mod 4017m 5c modularproducts

www.grassvalley.com/modular

2010 / 2011

MODULAR CATALOG

October, 2010

When the world is watching…we’re there!The Grass Valley™ brand is synonymous with the best content creation,management, and distribution solutions available. That’s why some of theworld’s top broadcast and teleproduction companies continue to place their trust, and their business, with Grass Valley.

When it comes to mission-critical signal management components, you want a brand that you can trust. This is where Grass Valley can help.From single-function applications to complex processing of multiple program streams, Grass Valley modular products offer a range of analog, SD, HD, and new 3G-SDI signal processing and distribution capabilities. Most modules can be set up with the easy-to-use NetConfig™ application and status monitored via NetCentral™ SNMP-based remote monitoring software.

This Ordering Guide is designed to help you easily find the right modular product for your next project or upgrade. For the very latest information on Grass Valley Modular products, please visit www.grassvalley.com/modular.

With Sincere Appreciation,

The Grass Valley Modular Products Team

Grass Valley 400 Providence Mine Road • Nevada City, CA 95959+1 530 478 3000

www.grassvalley.com

24 8901 Utility Analog Video Distribution Amplifier

25 8902 Analog Video Equalizing Distribution Amplifier

26 8906 Analog Video Clamping Equalizing Distribution Amplifier w/SNMP

27 8931 Digital Video Fanout Distribution Amplifier

28 8937 SDI/ASI Reclocking Equalizing Distribution Amplifier

29 8937D Dual SDI/ASI Reclocking Equalizing Distribution Amplifier

30 8941 Component Digital Video Monitoring Distribution Amplifier

31 8943RDA SD/HD/3G Reclocking Distribution Amplifier

32 8943RDA-DFR Fiber-Ready SD/HD/3G Reclocking Distribution Amplifier

33 8943RDA-DFR Fiber-Ready SD/HD/3G Reclocking Distribution Amplifier

34 8943RDA-D Dual SD/HD/3G Reclocking Distribution Amplifier

35 8945EDA SD/HD Equalizing Distribution Amplifier

36 8945EDA-D Dual SD/HD Equalizing Distribution Amplifier

37 8947RDA-D Dual SD/HD Reclocking Distribution Amplifier

38 8947RDA-FR Fiber-Ready SD/HD Reclocking DA

39 8949MDA-CXF PAL/NTSC Monitoring Distribution Amplifier

40 8949MDA-SXF SDI Monitoring Distribution Amplifier

Table of Contents

Modular CatalogAudio Distribution and Processing Modules

Video Distribution Modules

2 0 1 0 / 2 0 1 1

3 8910ADA-M Monaural Analog Audio Distribution Amplifier

4 8910ADA-SR Stereo Analog Audio DA w/Remote Control

5 8910ADA-ST Stereo Analog Audio Distribution Amplifier

6 8911 AES/EBU Reclocking Digital Audio Distribution Amplifier

7 8912RDA AES Reclocking Digital Audio Distribution Amplifier

8 8912RDA-D Dual AES Reclocking Digital Audio DA

9 8914 Dual AES/EBU Digital Audio Delay Distribution Amplifier

10 8916 AES/EBU Autotracking Digital Audio Delay DA

11 8920ADC Audio A-to-D Converter

12 8920ADT Audio A-to-D Converter with Autotracking Delay

13 8920DAC Audio D-to-A Converter

14 8920DMX Video/Audio Demultiplexer (De-embedder)

15 8920MUX Video/Audio Multiplexer (Embedder)

16 8921ADT Four-Channel Audio A-to-D Converter w/Delay Tracking

17 8921DAC Four-Channel Audio D-to-A Converter w/Delay

18 8925DMB-B SD/HD Balanced Audio De-Embedder

19 8925DMB-U SD/HD Unbalanced Audio De-Embedder

20 8925EMB-B SD/HD Balanced Audio Embedder

21 8925EMB-U SD/HD Unbalanced Audio Embedder

22 8977AP-4B Digital Audio Processor – Balanced I/O w/Delay

23 8977AP-4U Digital Audio Processor – Unbalanced I/O w/Delay

2 Table of Contents

41 8900FSS 4:2:2 Frame Synchronizer/Delay Submodule

42 8900GEN-SM GeckoFlex Reference Input Submodule

43 8964FS Four-Channel SDI Frame Synchronizer

44 8981FS SDI Frame Synchronizer/Delay

45 8981NR 270 Mb/s SDI Noise Reducer Module

46 8990ARC SDI Aspect Ratio Converter

47 8985FS SD/HD Video Frame Synchronizer

49 8985FSP SD/HD Frame Synchronizer w/Proc. Amp & Color Corrector

51 8985PRC SD/HD Video Processing Amplifier

53 8995DNC Downconverter and Frame Sync

55 8995UDX Up/Down/Crossconverter and Frame Sync

57 8995UPC Upconverter and Frame Sync

59 8935CF 4-Channel Electrical to 4-Channel Fiber Optic Conversion Module

60 8935FC 4-Channel Fiber Optic to 4-Channel Electrical Conversion Module

61 8943CF 4-Channel Electrical to 4-Channel Fiber Optic Conversion Module


63 8939FCA/8939FCB Fiber Optic Mux/Demux Modules

65 Fiber Optic SFP Devices68 Fiber Media Converter Devices

69 8949SVM-UMD/-LOC SD/HD-SDI Single Viewing Module

Video Conversion, Synchronization and Processing Modules

Fiber-Optic Conversion and Optical Devices

Analog Video Modules

Frames, Monitoring, and Support

70 8950ADC Component A-to-D Converter

71 8950DAC Component D-to-A Converter

72 8960DEC NTSC/PAL to SDI Decoder

73 8960ENC SDI to NTSC/PAL Encoder

74 8964DEC Four-Channel NTSC/PAL to SDI Decoder

75 8964ENC Four-Channel SDI to NTSC/PAL Encoder

76 7600REF Reference and Test Signal Generator

77 7620PX Changeover Unit

78 8972PX Protection Switch

79 NetCentral 5.2 Comprehensive Remote-Monitoring Software

80 GeckoFlex Module Control

81 Newton Modular Control System

86 GeckoFlex Frame

90 8900NET Network Interface Module (Net Card)

Specifications Ordering Information

MonauralBalanced

Input

EightMonauralBalancedOutputs

SelectableGain Amp

Output Amps

GainRange >6 dB

Stepped Gain6 dB per Step

-12

+

–

+30


J1

J2J3

J4J5

J6J7

J8

J9

J10

J11

J13

J12

J14

8900A-R

AnalogAudio

Outputs

AnalogAudioIntput

Not Used

Not Used Not Used

Not Used

Not Used

AnalogAudioOutputs

Pin 3Pin 2Pin 1

Pin 1Pin 2Pin 3

+_

G

G_

+

3

Key FeaturesEight monaural outputs•

Frequency response of 20 Hz to 20 kHz •±0.05 dB

Gain range from –15 dB to +33 dB•

Max output level +24 dBu•

AC coupled input, eliminates DC •component

Remote monitoring via Ethernet•

The 8910ADA-M offers cost-effective distribution of monaural analog audio throughout your facility. It features a flat frequency response to maintain signal integrity. You can easily monitor the condition of the 8910ADA-M with our popular Ethernet interface, which provides a convenient Web interface and SNMP monitoring capability. We offer a wide range of gain controls using a combination of board jumpers and local gain control from the front of the module.

Supported Frame TypesGeckoFlex™ with 8900A-R GeckoFlex Audio rear module, Gecko™ audio frames: 8900TX-A, 8900TF-A, 8900TFN-A

Power Rating2.3 Watts – single slot

InputImpedance: >24 kΩ

Level: +30 dBu max.

CMRR: >72 dB, 60 Hz to 20 kHz

OutputNumber of outputs: Eight balanced outputs

Impedance: <50Ω balanced

Level: ≤+24 dBu

Level match between outputs: ≤±0.25 dB

Output to output isolation: >100 dB

Drive capability: 600Ω minimum load impedance

PerformanceFrequency response: ±0.05 dB, 20 Hz to 20 kHz

THD: <0.01% @ +24 dBu

IM distortion: <0.005% @ 24 dBu

Noise: –86 dBu max.

Gain range: –15 to +33 dB

OtherUser controls: Input gain, >6 dB range

Gain jumpers: –12 to +30 dB gain in 8, 6 dB steps

Operating temperature: 0° to 45°C

Humidity range: 0% to 90% non-condensing

Non-operating temperature: –10° to 70°C

Remote – SNMP alarms

8910ADA-M Monaural Analog Audio Distribution Amplifier

This module can be mounted in a GeckoFlex frame when ordered with the 8900A-R GeckoFlex Audio rear module.

8910ADA-M Monaural analog audio distribution amplifier

8900-A-CBL (Gecko Frames only)Package of four three-terminal to dual BNC cables, used for unbalanced outputs on modules in a Gecko frame

8900-GFA-CBL (GeckoFlex Frames only)Package of four three-terminal to dual BNC cables, used for unbalanced outputs on 8900A-R modules in a GeckoFlex frame

For detailed specifications, installation, and setup instructions see:www.grassvalley.com/docs/modular

Specifications Ordering InformationSpecifications Ordering Information

J1

J2J3

J4J5

J6J7

J8

J9

J10

J11

J13

J12

J14

8900A-R

AnalogAudio 1Outputs

AnalogAudio 1

Intput

Not Used Not Used

PotentiometerGain

PotentiometerBalance

AnalogAudio 2

Intput


Pin 1Pin 2Pin 3

Pin 3Pin 2Pin 1

+_

G

G_

+


LEDs

Balanced Inputs

Balanced Outputs

Hard-wired poteniometer for fine Gain

Hard-wiredpotentiometer for fine Balance

Processor

Audio 1Output

Audio 2Output

Channel 1Output Amps

Channel 2Output Amps

AudioInput 2

AudioInput 1

Gain

0.1 dBGainTrim

0.1 dBGainTrim

AnalogProcessing

&A/D

Balance

DigitalVolume Control

(0.5 dB resolution)

DigitalVolume Control

(0.5 dB resolution)

SumSwapModes

4

The 8910ADA-SR offers full-featured distribution of monaural or stereo analog audio signals. In stereo mode, there are four stereo outputs, and in monaural mode there are eight outputs. With this module, audio signals can be summed for monaural monitoring, swapped L to R, or phase inverted to fix upstream transmission problems. Featuring flat frequency response to maintain signal integrity, the 8910ADA-SR offers a wide range of gain and balance control options, including local module control (using paddle controls and a hard-wired potentiometer for fine adjustment of ±6 dB), Ethernet-connected Newton™ control panels, and Web browser interface. The user-enabled audio presence detection feature generates SNMP traps that can be sent to our NetCentral SNMP manager, or other SNMP systems for mission-critical applications.

Key FeaturesStereo and monaural modes•

Audio presence detection with SNMP •reporting


Gain/balance level controls•

Gain range from –20 dB to +30 dB set •with remote controls or front edge paddle switch

Sum, swap, or invert signals•

Max. output level +28 dBu•

Hard-wired potentiometers via rear •BNC connectors for ±6 dB fine gain and balance control in Local Mode

Input present (>–40 dBu) detection•

Remote monitoring and control via •Ethernet

Supported Frame TypesGeckoFlex with 8900A-R GeckoFlex Audio rear module, Gecko audio frames: 8900TX-A, 8900TF-A, 8900TFN-A

Power Rating5 Watts – single slot

InputImpedance: 18 kΩ to 30 kΩ

Level: +30 dBu max.


OutputNumber of outputs: Four balanced stereo outputs or eight balanced monaural outputs


Level: ≤+28 dBu


Gain tracking between channels: <0.3 dB


PerformanceFrequency response: 20 Hz to 20 kHz ±0.05 dB

THD: <0.05% @ 24 dBu

IM distortion: <0.025% @ 24 dBu


Crosstalk: >95 dB 20–20 kHz @ 0 dB

Overall gain range: –20 to +30 dB

Hard-wired potentiometer gain/balance range (local mode only): ±6.0 dB

OtherUser gain controls: Input gain, –12 dB to +30 dB, stereo/mono mode select




Remote – SNMP alarm

8910ADA-SR Stereo Analog Audio DA w/Remote Control


8910ADA-SRStereo analog audio distribution amplifier with remote control




Balanced Input

Balanced Outputs

Audio 1Balanced Monaural

Input

Audio 2Balanced

Input

Monaural

Audio 1/MonauralOutputs

Audio 2/MonauralOutputs

Stereo

SelectableGain Amp

Output AmpsGainRange >6 dB

GainRange >6 dB



-12

+

–

+

–

+30

-12 +30


J1

J2J3

J4J5

J6J7

J8

J9

J10

J11

J13

J12

J14

Pin 3Pin 2Pin 1

Pin 1Pin 2Pin 3

8900A-R


AnalogAudio 1

Intput

Not Used

Not Used Not Used

Not Used

AnalogAudio 2

Intput


+_

G

G_

+

5

Key FeaturesStereo or monaural modes•


Independent local gain control for each •channel

Gain range from –15 dB to +33 dB•

Max. output level +24 dBu•

AC coupled input, eliminates DC •component


The 8910ADA-ST offers cost-effective distribution of monaural or stereo analog audio throughout your facility. In stereo mode there are four pairs of outputs, and in monaural mode there are eight outputs. Featuring flat frequency response to maintain your signal integrity, the 8910ADA-ST offers a wide range of gain controls using a combination of board jumpers and local gain adjustment from the front of the module. Channel 1 and 2 gains are controlled separately so you can use this board as a dual 1x4 analog audio distribution amplifier. Additionally, you can easily monitor the condition of the module with our popular Ethernet interface, which provides a convenient Web interface, Newton control system, and SNMP monitoring.



InputImpedance: >24 kΩ

Level: +30 dBu max.


OutputNumber of outputs: Four stereo outputs, eight mono


Level: ≤+24 dBu max.



Drive capability: 600Ω minimum load impedance

PerformanceFrequency response: ±0.05 dB, 20 Hz to 20 kHz

THD: <0.01% @ +24 dBu

IM distortion: <0.005%


Gain range: –15 to +33 dB

OtherUser controls: Input gain, >6 dB range each channel

Gain jumpers: –12 to +30 dB gain in 8, 6 dB steps




Remote – SNMP alarms

8910ADA-ST Stereo Analog Audio Distribution Amplifier


8910ADA-STStereo analog audio distribution amplifier





J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

Outputs Outputs

Input

Loopthru

8900V-R

DigitalAudioInput

Rx Reclocker

PhaseLockLoop

AESOutputs

6 8911 AES/EBU Reclocking Digital Audio Distribution Amplifier

Key FeaturesDifferential looping input offers excellent •common mode rejection (CMR)

Eight outputs•

Accepts 48, 44.1, and 32 kHz•

Reclocking removes jitter induced by long •cable runs

Note: for balanced 110Ω requirements see the 8912 series digital audio distribution amplifiers

The amount of digital audio is ever increasing as studios and broadcast facilities transition to digital. The 8911 offers a low-cost method of reclocking AES/EBU digital audio signals to ensure signal integrity. Best of all, the 8911 fits into our 8900-V series Gecko frames or into a GeckoFlex frame with an 8900V-R rear module, which boast passive differential loopthrough inputs, high density, and a wide range of distribution and format conversion functions.

Supported Frame TypesGeckoFlex with 8900V-R GeckoFlex Video rear module, Gecko video frames: 8900TX-V, 8900TF-V, 8900TFN-V


InputNumber of inputs: One differential loopthrough

Connector: High Z

Standard: AES-3id-1995 and SMPTE 276M

Return loss: >25 dB (0.1 to 6 MHz)

CMRR: 60 dB @ 50/60 Hz

OutputNumber of outputs: Eight

Connector: 75Ω BNC



PerformanceSample rates: 48 kHz, 44.1 kHz, and 32 kHz

Operating temperature: 0°C to 45°C ambient

Relative humidity: 0% to 90% non-condensing

Indicators and ControlsIndicators: Input audio present, power

This module can be mounted in a GeckoFlex frame when ordered with the 8900V-R GeckoFlex Video rear module.

8911AES/EBU reclocking digital audio distribution amplifier



LEDs

Out 1

Out 2

Out 3

Out 4

Out 5

Out 6

Out 7

Out 8

T1Input

Unbalanced

BalancedReclocker

Microprocessor

J1

J2J3

J4J5

J6J7

J8

J9

J10

J11

J13

J12

J14

8900A-RPin 3Pin 2Pin 1

Pin 1Pin 2Pin 3

AESOutputs

AESInput

AESInput

AESOutputs

Not Used

Not Used

Not Used

Not Used

+_

G

G_

+

7

The 8912RDA brings balanced digital audio distribution to the 8900 family of products. This module complements the 8911 AES reclocking DA by offering terminal-screw connectors for those facilities requiring balanced I/O. With built-in impedance conversion, you can select either 75Ω or 110Ω inputs. In addition, we’ve added a powerful remote monitoring capability to enable you to keep track of all your conversion and distribution assets using our NetCentral SNMP-based remote monitoring software.

Key Features75Ω AES3 or 110Ω AES3 input•

Eight 110Ω AES3 outputs•

Autodetect data rate and reclock sample •rates from 32 kHz to 96 kHz

Lock indicator LED •


Supported Frame TypesGeckoFlex with 8900A-R GeckoFlex Audio rear module, Gecko Audio frames: 8900TX-A, 8900TF-A, 8900TFN-A


InputSignal type: AES-3id-1992 or AES3 transformer coupled

Number of inputs: One

Impedance: 75Ω, 110Ω, or High Z

Connectors: BNC or terminal block

Sample rate: 32 kHz to 96 kHz

Input return loss: (100 kHz to 10 MHz) >15 dB balanced, >25 dB unbalanced

Balanced input common mode voltage range: ±10V 50 Hz to 20 kHz

OutputSignal type: AES3 AC coupled

Number of outputs: Eight

Impedance: 110Ω

Connectors: Terminal block

Sample rate: 32 to 96 kHz

Output return loss: >15 dB (100 kHz, 10 MHz)

PerformanceReclocking: Yes

DC offset: <±1 mV

Ability to lock jitter: .2 UI

Intrinsic jitter: 0.025 UI

Electrical length: 135 µs @ 48 kHz (or ~6.5X sample rate period)

OtherUser controls: Input impedance




Remote – SNMP alarm

8912RDA AES Reclocking Digital Audio Distribution Amplifier


8912RDAAES reclocking digital audio distribution amplifier





Frame Bus

DualChannel

SingleChannel

T1

T2Reclocker

Reclocker

Microprocessor

Unbalanced

Unbalanced

Balanced

Balanced

CH 2Input

CH 1Input CH 1

Outputs

LEDs

Out 1a

Out 1b

Out 1c

Out 1d

CH 2Outputs

Out 2a

Out 2b

Out 2c

Out 2d

J1

J2J3

J4J5

J6J7

J8

J9

J10

J11

J13

J12

J14

Pin 3Pin 2Pin 1

Pin 1Pin 2Pin 3

8900A-R

AESCH1

Outputs

AESCH2

Outputs

AES CH1Input

AES CH1Input

AES CH2Input

AES CH2Input

AESCH2Outputs

AESCH1Outputs

Not Used Not Used

+_

G

G_

+

8

Key Features75Ω AES3 or 110Ω AES3 inputs•

Eight 110Ω AES3 outputs, or four 110Ω •AES3 outputs per channel when in dual mode

Auto-detect data rate and reclock sample •rates from 32 kHz to 96 kHz

Lock indicator LED for both channels•


The 8912RDA-D brings low-cost balanced AES distribution to the 8900 family of products. This module complements the 8911 AES reclocking DA by offering terminal screw connectors for those facilities requiring balanced I/O. Where four or fewer outputs per input are required, this module provides a very compact solution. The flexibility of the 8912RDA-D allows you to switch easily between a 1x8 distribution amplifier and a dual 1x4 distribution amplifier. In addition, we’ve added a powerful remote monitoring capability to enable you to keep track of all your conversion and distribution assets using our NetCentral centralized SNMP-based remote monitoring software.

8912RDA-D Dual AES Reclocking Digital Audio DA

Supported Frame TypesGeckoFlex with 8900A-R GeckoFlex Audio rear module, Gecko Audio frames: 8900TX-A, 8900TF-A, 8900TFN-A


InputSignal type: AES-3id-1992 or AES3 AC coupled

Number of inputs: Two

Impedance: 75Ω, 110Ω, or High Z

Connectors: BNC or terminal block


Input return loss: (100 kHz to 10 MHz) >15 dB balanced, >25 dB unbalanced

Balanced input common mode voltage range: ±10V 50 Hz to 20 kHz

OutputSignal type: AES3 AC coupled

Number of outputs: Four per input

Impedance: 110Ω

Connectors: Terminal block


Input return loss: >15 dB (100 kHz, 10 MHz)

PerformanceReclocking: Yes

DC offset: <±1 mV

Ability to lock jitter: 0.2 UI

Intrinsic jitter: 0.025 UI

Electrical length: 135 µs @ 48 kHz (or ~6.5X sample rate period)

OtherUser controls: Single/dual mode, input impedance




Remote – SNMP Alarm


8912RDA-DDual AES reclocking digital audio distribution amplifier





J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

8900V-R

AES 2Outputs

AES 1Outputs

AES 1Input

Loopthru

AES 2Input

RX

RXAES 2

AES 1Delay

Delay

FPGA

AES2Outputs

AES 1OutputsLoopthrough

DelayControls

Serialto

Parallel

Serialto

Parallel

9

As the transition to digital video and audio accelerates, there is an increased need to delay the audio associated with broadcast video due to the relatively large processing times associated with DVEs and video production switchers. The 8914 provides a low-cost and easy-to-use solution to the lip sync errors associated with these large delays. We’ve included two fully controllable delay paths on a single board allowing up to 20 digital audio delays and distribution in a 2 RU frame. If you want more distribution instead, the first channel can be passively looped to the second channel for seven outputs. The 8914 is also a full-featured reclocking distribution amplifier.

Key FeaturesTwo full-function digital delays on a single •board

Up to 0.5 second delay in 2 ms increments •per channel

Four outputs on channel 1, three outputs •on channel 2

Up to 20 AES/EBU delays in a 2 RU 8900-V •frame

Accepts 32, 44.1, and 48 kHz audio signals•

Note: for balanced 110Ω requirements see the 8912 series digital audio distribution amplifiers

Supported Frame TypesGeckoFlex with 8900V-R GeckoFlex Video rear module, Gecko video frames: 8900TX-V, 8900TF-V


InputNumber of inputs: •Channel1:oneloopthrough•Channel2:oneterminated

Connectors: 75Ω BNC


AES frame rates: 32, 44.1, or 48 kHz


OutputsNumber of outputs: •Channel1:four•Channel2:three

Connectors: 75Ω BNC



Intrinsic jitter: <6 ns

PerformanceSample rates: 32, 44.1, or 48 kHz

Delayed outputs: •Minimum: 1.2 ms•Maximum:510ms(127.5AESblocks)

Delay increments: One AES block (2 ms)

Indicators and ControlsIndicators: Input video present, input data rate, power

Controls: Delay – two 16-position rotary switches

8914 Dual AES/EBU Digital Audio Delay Distribution Amplifier


8914Dual AES/EBU digital audio delay distribution amplifier



AES 1

AES/EBU

Loopthrough

Controller

Remote

LEDs

AESTX

AESRX

Processor

Delay

Fixed DelayControls

Ancillary Data

Variable Delay(from frame sync

RS-232 data)

J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

8900V-R

Loopthru

AES/EBUInput

Delay FromFrame Sync

AES/EBUOutputs

AES/EBUOutputs

10

Key FeaturesUp to 1/2 second delay in 2 ms •increments

Auto-tracks frame sync delays (8900FSS, •8981FS)

Seven outputs•

Remote control via Ethernet frame I/F•

The 8916 delays digital audio to adjust for lip sync errors. Lip sync specifications are usually expressed as +1/-2 video frames of audio leading/lagging video. Because human perception tolerates audio lagging better than audio leading video, the specification is looser for audio lag. The 8916 offers tremendous flexibility with two forms of delay that are summed—a fixed delay of up to 0.5 seconds and a variable delay based on the signal input from one of our video frame synchronizers. Key applications include adjusting for a large fixed lip sync error while continuously adjusting audio delay to match video delay created from a video frame sync.



InputsStandard: AES-3id-1995 and SMPTE 276M

Connector: BNC differential loopthrough

Return loss: >25 dB (0.1 to 6 MHz) transformer coupling on input eliminates common mode noise

OutputsStandard: AES-3id-1995 and SMPTE 276M

Number of outputs: Seven

Connector: 75Ω BNC


Intrinsic jitter: <6 ns

PerformanceSample rates: 32 kHz, 44.1 kHz, 48 kHz

Delayed outputs: •Minimum:3ms@32kHz,[email protected]

48 kHz•Maximum:510ms

Delay increments: 2 ms



Indicators and ControlsIndicators: Input signal present, input data rate, fault, tracking, power, communication active

Controls: Output delay

Remote: All indicators and controls via frame Ethernet

8916 AES/EBU Autotracking Digital Audio Delay DA


8916AES/EBU autotracking digital audio delay distribution amplifier



J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

8900V-R

LeftAnalog

Input

AES/EBUOutputs

AES/EBUOutputs

AES Reference

Loopthru

RightAnalogInput

Mode Controls

Remote

LEDs

FilterAnalog 1

(using the supplied balanced 8900CTB-04 audio adapter)

Analog 2 Filter

Controller

FPGA24-bitStereoADC

AES/EBU

AESTX

+

+

11

The 8920ADC converts analog audio to digital audio. Its various modes allow you to modify the outgoing signal such as channel swapping, channel summing, phase inversion, and more. The remote capability supports mode selection and input gain control.

Key Features24-bit resolution•

Wide range of output modes (swap, invert, •sum, tones)

AES/EBU loopthrough reference input•

48 kHz sampling rate•

Terminal block input via adapter for •balanced analog audio input

Independent input level control from •+12 dBu to +28 dBu




Analog Input SignalNumber of inputs: Single stereo pair

Connector type: Terminal block 8900CTB-04

Input impedance: >10 kΩ

Input level: +12 to +28 dBu

Sampling rate: 48 kHz

AES Reference InputSignal type: AES-3id transformer coupled (does not support word clock or video)

Number of inputs: One loop-through

Input return loss: >15 dB (100 kHz to 10 MHz)

Maximum jitter: <200 ps RMS

OutputNumber of outputs: Four

Signal type: AES-3id-1992

Connector type: 75Ω BNC

PerformanceSampling rate: 48 kHz

Signal/noise ratio: >102 dB unweighted, >105 dB “A” weighted

Frequency response: ±0.05 dB 20 Hz to 20 kHz

Interchannel crosstalk: <–100 dB, 20 Hz to 20 kHz



Indicators and ControlsIndicators: Input present, ref. present, power, clipping, fault, communication active

Controls: Operation modes (normal, channel swap, phase invert, channel sum, tone), input gain

Remote: All controls and indicators via Ethernet

8920ADC Audio A-to-D Converter

8900CTB-04 connects here for balanced analog inputs


8920ADCAudio A-to-D converter supplied with one 8900CTB-04 adapter



8900CTB-04 connects here for balanced analog inputs

Ω

Ω

Delay Control I/F

LoopthroughReference Input AES or Video

LEDs

FilterAnalog 1

Analog 2 Filter Delay

Controller

FPGA

Remote

Buffered

RS-232

24-bitStereoADC

Dual 75

Single 110

AESTX

+

+

8900CTB-02 connects here for 110Ω output

12

J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

8900V-R

LeftAnalog

Input

DelayControl

Input

DelayControlOutput

AES/EBUOutputs

Reference Input

Reference Input

Loopthru

RightAnalogInput



Analog Input SignalNumber of inputs: Stereo pair

Connector type: Terminal block 8900CTB-04

Input impedance: >22 kΩ

Input level: +0 to +30 dBu

Sampling rate: 48 kHz

AES Reference InputSignal type: Composite video, AES-3id-1992, word clock (48 kHz sample rate)

Number of inputs: One loop-through

Input return loss: >90 dB at 50/60 Hz, >45 dB to 20 kHz

OutputSignal type: AES-3id-1992 (75Ω), AES3 (110Ω)

Number of channels: Dual 75Ω outputs, single 110Ω output

Connectors: BNC (75Ω) terminal block adapter (110Ω)

PerformanceSignal/noise ratio: •>102dB,20Hzto20kHz•>105dB“A”weighted

THD+noise, 20 Hz to 20 kHz: <0.005%, 20 Hz to 20 kHz, +24 dBu


Frequency response: ±0.05 dB relative to 1 kHz, 20 Hz to 20 kHz

Delay: Maximum: 1365 ms

Delay increments: 2 ms



Indicators and ControlsIndicators: Tracking, level, remote override, power, communications active, CH1 and CH2 >–20 dBFS, CH1 and CH2 >–0.5 dBFS, clip level, internal fault, ref. locked, remote lock out

Controls: Level, delay


The 8920ADT takes the best features of our 8920ADC and 8916, and incorporates them into one cost-effective, space-saving module. It provides conversion of analog audio to digital audio with the capability to simultaneously adjust for lip sync errors. It offers two forms of delay that are summed—a fixed delay of up to 1.365 seconds and a variable delay based on a signal from one of our video frame synchronizers, enabling you to adjust for a large, fixed lip sync error while continuously adjusting audio delay to match the video delay created by the frame sync. The 8920ADT also provides various modes of controlling the output audio signal such as channel swapping, channel summing, and phase inversion.

Key Features24-bit resolution•

75Ω or 110Ω output•

Wide range of output modes (swap, invert, •sum, tones)

Loop-through reference input (video, •AES-3id, AES word clock)

48 kHz sampling rate•

Terminal block input via adapter •8900CTB-04

Up to 1.365 second delay in 2 ms •increments

Auto-tracks frame sync delays •(8900FSS, 8981FS, RS-232 serial data)

Remote control via Ethernet frame •interface


8920ADTAudio A-to-D converter with autotracking delay 75Ω unbalanced outputs

8920ADT-110Audio A-to-D converter with auto-tracking delay 110Ω balanced output supplied with one each 8900CTB-04 and 8900CTB-02

8920ADT Audio A-to-D Converter with Autotracking Delay



Analog 1

ModeControls

24-bitStereoDAC

ControllerLEDs

Filter

Remote

+

–

Analog 2+

–Filter

FPGAAESRX

Gain

Gain

75Ω AES/EBULoopthrough

L

R

J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

8900V-R

AnalogAudio

Outputs

Not Used

Not Used

Not Used

Loopthru

Not Used

AES/EBUInput

AnalogAudioOutputs

8900CTB-04 Terminal Block to BNC Adapter

13

The 8920DAC is an easy-to-use digital audio to analog audio converter. Its various modes allow you to modify the outgoing signal, such as channel swapping, channel summing, phase inversion, and more. The remote capability supports mode selection and input monitoring. Typical applications include interfacing between digital and analog equipment, such as speakers, audio mixers, and routers.

Key FeaturesAES/EBU differential loop-through input•

20- or 24-bit modes•

Wide range of output modes (swap, invert, •sum, tones, silence)

32 to 48 kHz sampling rate with indicators at •32, 44.1, and 48 kHz

Terminal block output via adapter •8900CTB-04

Independent output level control from •+14 dBu to +24 dBu

>110 dB “A weighted” signal-to-noise •ratio

Housed in the same frame with other •8900-V audio and video modules

Remote control via Ethernet frame •interface



InputType: AES-3id-1992 – unbalanced

Number of inputs: One differential loop-through

Connector: 75Ω BNC

Common mode range: ±12 V pk DC –20 kHz

Input signal level range: 200 mV to 12 Vp-p

Sampling rates: Any rate from 32 to 48 kHz with indicators at 32, 44.1, and 48 kHz

Input return loss: >15 dB (100 kHz to 10 MHz)

Maximum jitter: <200 ps RMS

OutputNumber of outputs: One stereo pair

Output level: +14 to +24 dBu max

Output impedance: 50Ω single-ended, 100Ω differential

Connector type: Terminal block through 8900CTB-04 BNC adapter board

PerformanceSignal/noise ratio: •>107dBunweighted22kHzfilter•>110dB“A”weighted

Frequency response: ±0.1 dB 20 Hz – 20 kHz @ 48 kHz sampling

THD + noise: <0.004% @ 24 dBu

Quantization: 20- or 24-bit


DC offset: <±50 mV


Humidity: 10% to 90% non-condensing


Indicators and ControlsIndicators: Input data rates, power, de-emphasis, fault, remote override communication active, configuration

Controls: Operation modes (normal, channel swap, phase invert, channel sum, tone), output gain

Remote: All Indicators and controls via frame Ethernet except gain

8920DAC Audio D-to-A Converter


8920DACAudio D-to-A converter supplied with one 8900CTB-04 adapter



J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

VideoOutput

(75/110Ω)AES 1 Output

VideoInput




VideoOutput

Loopthru

8900V-R

DEMUX

Micro-processor

Ethernet

AES/EBU

LEDs

AES/EBU

SDIw/Embedded

Audio

AES TX

AES TX

Delay

Delay

ReclockerSDIw/EmbeddedAudio

Dual 75Ω

Single 110Ω

Dual 75Ω

Single 110Ω

8900CTB-04 110Ω input adapter

14


8920DMXAudio/video demultiplexer, 75Ω

8920DMX-110Audio/video demultiplexer, 110Ω

8900CTB-04BNC to terminal block adapter to convert 8920DMX to 8920DMX-110

Key FeaturesExtracts up to two AES/EBU streams•

Supports 48 kHz audio•

EDH detection•

75Ω unbalanced or 110Ω balanced digital •audio outputs

Supports networked control and •monitoring

This companion to the 8920MUX simplifies the management of multichannel audio by extracting up to two 48 kHz AES audio streams (up to four discrete channels) from one of the eight available AES groups in the ancillary data space of embedded 525 or 625 serial digital component video. The 8920DMX recognizes and preserves the ID and channel status of the 20- or 24-bit AES group and can delete groups assigned for extraction or pass them through to another demultiplexer. The two AES/EBU outputs can be either 75Ω unbalanced or 110Ω balanced to accommodate a variety of digital audio processing equipment.



Video InputSignal type: SMPTE 259M, EBU 3267-E

Connector: Differential loop-through BNC

Impedance: High Z

Return loss: >15 dB up to 270 MHz

Cable equalization: <300 meters

Audio OutputSignal type: AES-3id-1995 (75Ω), AES3 (110Ω)

Number of channels: Four (two streams)

Connectors: BNC (75Ω), terminal block adapter (110Ω)

Sample rate: 48 kHz

Resolution: 20- or 24-bit

Video OutputSignal type: SMPTE 259M

Connector: Four 75Ω or two 110Ω via 8900CBT-04

Return loss: >15 dB, 5 to 270 MHz

Error checking: EDH embedded

PerformanceOperating temperature: 0° to 45°C


Indicators and ControlsIndicators: Video present, audio present, fault, power, communication active, configuration, remote override

Controls: Audio group selection

Remote: All indicators and controls via Ethernet

8920DMX Video/Audio Demultiplexer (De-embedder)



J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

Output

(75/110)75Ω AES 1

SDI VideoInput

Output

110Ω

(75/110)75Ω AES 2

110Ω

8900V-R

Loopthru

Local Controls

MUX

Micro-processor LEDs

Ethernet

SDIw/Audio

AES/EBU 2

AES/EBU 1

SDIw/Audio

(75Ω or 110Ω)AES RX Delay

AES RX Delay

15


8920MUXVideo/audio multiplexer, 75Ω

8920MUX-110Video/audio multiplexer, 110Ω

8900CTB-04BNC to terminal block adapter to convert 8920MUX to 8920MUX-110

As serial digital video signals become more prevalent in production facilities, the demand for multi-channel audio increases. The 8920MUX provides a cost-effective solution for inserting or replacing one of the eight available groups of dual AES streams in a multiplexed serial digital video signal with embedded AES/EBU audio. The 8920MUX can multiplex up to two dual-channel, 20- or 24-bit AES/EBU audio streams (up to four discrete channels). The 20- or 24-bit AES streams are grouped together and given a unique group ID. This AES group is then inserted into the ancillary data space of the 525 or 625 serial digital component video signal. The 8920MUX is able to add a new AES group into empty ancillary data space, or it can replace an existing AES group—without disturbing the remaining AES groups. Digital audio inputs can be either 75Ω unbalanced or 110Ω balanced.

Key FeaturesEmbeds two AES/EBU streams•

Existing audio remains undisturbed•

Accepts 48 kHz audio •

EDH detection and insertion•

75Ω unbalanced or 110Ω balanced audio •inputs




Video InputSignal type: SMPTE 259M, EBU 3267-E


Impedance: High Z



Audio InputSignal type: AES-3id-1995 (75Ω), AES3 (110Ω)

Number of channels: Four (two AES streams)

Connectors: BNC (75Ω), 8900CTB-04 terminal block adapter (110Ω)

Sample rate: 48 kHz

Resolution: 20- or 24-bit

OutputSignal type: SMPTE 259M, EBU 3267-E

Connector: Four 75Ω BNC



PerformanceOperating temperature: 0° to 45°C


Indicators and ControlsIndicators: Video present, audio present, group present, fault, power, communication active, configuration, remote override

Controls: Audio group selection


8920MUX Video/Audio Multiplexer (Embedder)

8900CTB-04 110Ω input adapter


J1

J2J3

J4

J5

J7

J9

J11

J13

J12

J14

J6

J8

AES 1-1

AES 1-2

AES 1-3

Pin 3

Pin 3Pin 2 Pin 2

Pin 1

Pin 1

Audio In 1 Audio In 2

Audio In 4Audio In 3

Loopthru

Looping Reference Input

Tracking Input(J5 to pins 2-3)

or AES 1 Out(J5 to pins 1-2)

Tracking Output(J6 to pins 2-3)

or AES 2 Out(J6 to pins 1-2)

AES 2-1

AES 2-2

AES 2-3

G_

+8900A-R

+_

G

SumSwapInvertEtc.

A-to-DConversion

Gain,Delay

and Pairing

Audio Processing

ReferenceInput

Unbalanced AES 1/Tracking Input

Unbalanced AES 2/Tracking Input

Balanced AES 2

Balanced AES 1

LEDsEthernet

Audio Input 1

Audio Input 2

Audio Input 3

Audio Input 4


16

This module can be mounted in a GeckoFlex frame when ordered with the 8900A-R GeckoFlex Audio Rear module.

8921ADTFour-channel audio analog-to-digital converter with delay tracking



Key FeaturesUser-selectable 48 kHz or 96 kHz sampling •rates

24-bit ADC A-to-D conversion•

>105 dB “A” weighted signal-to-noise •ratio

Independent control of each audio •channel including channel pairing, level adjustment, swapping, summation, phase inversion, delay up to 1.5 seconds, test tone generation

Auto tracking delay of video frame •synchronizers (8900FSS, 8981FS)

Four inputs, two pairs of balanced High Z •analog audio inputs:— Supports levels up to +30 dBu

Looping reference input supports NTSC/•PAL color black, AES signal, 48 kHz or 96 kHz DARS

Options:•— 8900-A-CBL package of four cables,

breakout cable package converts three-pin balanced AES audio to dual 75Ω BNCs, unbalanced AES audio

— 8900-GFA-CBL package of four cables, breakout cable package for GeckoFlex 8900A-R rear module with three-terminal to dual BNCs converts balanced AES audio to dual 75Ω, unbalanced AES audio

The 8921ADT provides conversion of four channels of analog audio to two digital audio streams. In addition to conversion, it offers two forms of delay. These delays are summed—a fixed delay of up to 1.5 seconds and a variable delay based on a signal from video decoders fitted with frame synchronizers or directly from a frame sync card, enabling adjustment for large, fixed lip sync errors while continually adjusting audio delay to match video delay created by the frame synchronizer. Operational modes allow modification to the outgoing signal, such as levels, channel swapping, channel summing, and phase inversion plus channel pairing for the digital audio streams. Many adjustments to this card can be performed directly on the module card-edge controls, while a few of the more complex adjustments require the Web-based interface or the Newton control panel.



Analog InputsNumber of inputs: Four balanced

Impedance: >22 kΩ

Common mode input voltage: 20V maximum

Connector: Three-pin mini-terminal strip

Reference InputNumber of inputs: One differential loop-through

Impedance: High Z loop-through

Input return loss: >40 dB 100 kHz to 10 MHz @ 75Ω

Common mode input voltage: ±1V maximum

Digital OutputsNumber of outputs: Three balanced and one unbalanced per channel

Signal type:•Balanced:AES-3id-1992•Unbalanced:AES-3id-2001

Output voltage level: •Balanced:3Vp-p±0.2V@110Ω•Unbalanced:1Vp-p±0.2V@75Ω

Output impedance: •Balanced:110Ω•Unbalanced:75Ω

Connector type: Three-pin mini-terminal strip

Sample rate: 48 kHz or 96 kHz jumper selectable

8921ADT Four-Channel Audio A-to-D Converter w/Delay Tracking



J1

J2J3

J4

J5

J7

J9

J11

J13

J12

J14

J6

J8

Pin 3Pin 2Pin 1

Pin 1Pin 2Pin 3

AES 1 A/B In

Analog Audio Out 1

Analog Audio Out 2Analog Audio Out 4

Analog Audio Out 3

AES 1 A/B In

AES Out 1 AES Out 3

AES Out 4AES Out 2

AES 2 C/D In

AES 2 C/D In

Not UsedNot Used

8900A-R+_

G

G_

+

Ethernet Control via frame bus

Microprocessor LEDs

AES 1AES 2

AES 3AES 4

LocalControl

AESInput 2

AESInput 1

Unbalanced

Unbalanced

Balanced

Balanced

BalancedAnalog Audio 1&2

BalancedAnalog Audio 3&4

SumSwapInvertEtc.

Audio Processing

D-to-A Convertion

SampleRate

Converter

4x4 Router

Delayand Gain

D-to-A Convertion

From AES Input 1

From AES Input 2

AES Distributed Outputs

17

This module can be mounted in a GeckoFlex frame when ordered with the 8900A-R GeckoFlex Audio Rear module.

8921DACFour-channel audio digital-to-analog converter with delay



The 8921DAC provides conversion of two digital audio streams, either balanced or unbalanced, to four analog audio outputs. In addition to digital to analog conversion, it offers per-channel independent delay with up to 5 seconds per channel. Its various modes enable modification of the outgoing analog signal, such as channel gain, swapping, channel summing, phase inversion, and more. Many adjustments to this card can be performed directly on the module’s card-edge controls while a few of the more complex adjustments require the Web-based interface or the Newton control panel.

Key FeaturesTwo 32-96 kHz AES/EBU digital audio •inputs, either balanced or unbalanced

24-bit D-to-A conversion•

Four balanced analog audio outputs •0 dBFS supports up to +24 dBu

Four buffered digital balanced outputs•

Independent control of each audio:•— Channel including— Channel pairing— Level adjustments— Phase inversion— Delay of up to 5 seconds— Tone generation

Card-edge control and status indicators•



Digital InputDigital audio input signal: •Balanced:AES-3id-1992•Unbalanced:AES-3id-1995

Number of inputs: Two balanced or unbalanced

Connector type: •Balanced:mini-screwterminalblock•Unbalanced:BNC

Common mode range: •Balanced:20Vp-pDC–20kHz•Unbalanced:N/A

Sampling rate:Inputsamplingrate32to96kHzandoutputsamplingrate48kHz

Input return loss:>25dB(100kHzto10MHz)

Input impedance: •Balanced:110Ω•Unbalanced:75Ω

Analog OutputNumber of outputs: Four channels, single output each channel

Output impedance:5Ωsingle-endedand10Ωdifferential

Connector type: Mini-screw terminal block

PerformanceSignal/noise ratio:>104dBunweighted22kHzfilter,>107dB“A”weighted

THD + noise swept, 20 Hz to 20 kHz: >0.01% 22kHzfilter,+24dBu(≥–80dB)

Interchannel crosstalk:<–100dB20Hzto20kHz

Frequency response: ±0.1dB20Hzto20kHzwrt1kHz@48kHz

OtherOperating temperature range: 0° to 45°C

Non-operating temperature range:–10°to+70°C


8921DAC Four-Channel Audio D-to-A Converter w/Delay



18 8925DMB-B SD/HD Balanced Audio De-Embedder

Key FeaturesEight-channel SD/HD audio de-embedder •(demultiplexer) with AES outputs

Any embedded audio stream can be •passed and distributed to any discrete output

Choice of four balanced AES outputs •

Four HD-SDI/SDI outputs (one active loop-•through)

Support 48 kHz audio sample rate and •20-bit or 24-bit audio sample resolution

Handles Dolby E •

Fiber-ready option for receiving or •transmitting over fiber

Remote control and monitoring via •Ethernet frame interface

ApplicationsHD-SDI audio de-embedding •

SD and HD signal handling•

Receiving SD/HD SDI from fiber and •de-embedded audio

Supported Frame TypesGeckoFlex with 8900NET (Net Card) for configuration


Video InputsSD/HD-SDI:•Inputequalization:HDupto125m,SDupto330m•Auto-sensing:yes

Optical: Single-mode (optional)

Formats supported: 1080i @ 59.94, 50, 720p @ 59.94, 50, 480i @ 59.94, 576i @ 50, [email protected], 1080sF @ 23.98

Audio OutputsAES: Four outputs•Signaltype–balanced:AES-3id-1992•Commonmoderange:10Vp-pDC20kHz•Samplingrate:48kHz•Resolution:20-or24-bit•Outputreturnloss:>15dB(100kHzto12MHz)•Inputimpedance–balanced:110Ω•Connectortype–balanced:mini-screwterminal

block

Video OutputsSD/HD-SDI: Four outputs•Returnloss:>15dB,5to270MHz;

>15 dB typical, to 1.5 GHz•Signallevel:SDI800mV/p±10%•Rise/falltime(20-80%):140pstypicalforHD,

640 ps typical for SD Output jitter, low jitter applied:•

< 0.2 UI HD > 100 kHz < 1.0 UI HD 10 Hz > 100 kHz < 0.2 UI SD > 1 kHz < 0.2 UI SD 10 Hz > 1 kHz


Electrical length (delay)SDI: HD input <400 ns, SD input <1.2 µs

AES (@48 kHz): HD input 0.41 ms, SD input 0.83 ms

De-embeddingOutput audio stream: Silence or any embedded pair

Output audio resolution: 20-, 24-bit, or auto as input

This module can be mounted in a GeckoFlex frame but not in other 8900 series frames, including Gecko-A or Gecko-V frames. As this module has no card-edge controls, an 8900NET (Net Card) Network Interface module is required for configuration.

8925DMB-BSD/HD de-embedder, four balanced audio inputs, front and rear module set

SFP-13103G-M1TRXFiber transceiver. Low-power 1310 nm single-mode optical transceiver

SFP-13103G-M1DTXDual fiber transmitter. Dual low-power 1310 nm single-mode optical transmitter

SFP-13103G-M1DRXDual fiber receiver. Dual low-power 1310 nm single-mode optical receiver


The 8925DMB-B is a compact SD/HD digital audio de-embedder (audio demultiplexer) module. It provides four balanced AES outputs and supports both PCM audio and Dolby E. This module is ideal for building dense audio/video infrastructure for production and playout applications. The 8925DMB-B provides four SD/HD-SDI outputs, one of which is a direct reclocked feed of the input. The four AES outputs are synchronous to the video. Output PCM audio sample resolution can be forced to 20 or 24 bits.

With its fiber-ready architecture, the 8925DMB-B can be configured to support up to two fiber inputs or up to two fiber outputs. Configured as a fiber transceiver it can take SDI from fiber, de-embed audio, and provide SDI output over fiber and discrete AES outputs. The dual-receiver option makes it ideal for receiving incoming feeds from longer distances with fiber input selection, and locally de-embedding audio for providing audio and SDI over copper.

All parameters can be adjusted via standard HTML Web browsers or via the Newton Control. In addition, NetConfig and NetCentral can be used for remote configuration and signal health monitoring.

4XAESOut

3X SD/HDSDI Out

SD/HDReclockedSDI Out

SD/HDSDI In

Equalizer andReclocker

Only one fiberoption may be

selected

Fiber TX

Fiber TX

Fiber TX

Fiber RX

Fiber RX

Fiber RX

SD/HDOptical In

2X SD/HDOptical In

SD/HDOptical Out

2X SD/HDOptical Out

Option Option

Option

DMUX

8900BVF-R

SD/HDSDI Out

SD/HDSDI Out

ReclockedOutput

SD/HDSDI In

SD/HDSDI Out

SD/HDSDI Out

Fiber In/OutConnector

AudioOutputAudio

Output

AudioOutputAudioOutput

Pin 3Pin 2Pin 1

Pin 1Pin 2Pin 3

+_

G

G_

+J5 J6

J7 J8

J9

FIBER

J1J2

J3J4


198925DMB-U SD/HD Unbalanced Audio De-Embedder

Key FeaturesEight-channel SD/HD audio de-embedder •(demultiplexer) with AES outputs

Any embedded audio stream can be •passed and distributed to any discrete output

Choice of four unbalanced AES outputs •

Four HD-SDI/SDI outputs (one active loop-•through)

Support 48 kHz audio sample rate and •20-bit or 24-bit audio sample resolution

Handles Dolby E •



ApplicationsHD-SDI audio de-embedding •

SD and HD signal handling•

Receiving SD/HD-SDI from fiber and •de-embedded audio





Formats supported: 1080i @ 59.94, 50, 720p @ 59.94, 50, 480i @ 59.94, 576i @ 50, 1080p @ 23.98, 1080sF @ 23.98

Audio OutputsAES: Four outputs

Signal type – unbalanced: AES-3id-2001•Common mode range: N/A•Sampling rate: 48 kHz•Resolution: 20- or 24-bit•Output return loss: >15 dB (100 kHz to 12 MHz)•Inputimpedance:75Ω•Connector type: BNC•

Video OutputsSD/HD-SDI: Four outputs•Returnloss:>15dB,5to270MHz;

>15 dB typical, to 1.5 GHz•Signallevel:SDI800mVp-p±10%•Rise/falltime(20-80%):140pstypicalforHD,




Electrical Length (delay)SDI: HD input <400 ns, SD input <1.2 µs

AES (@48 kHz): HD input 0.41 ms, SD input 0.83 ms

De-EmbeddingOutput audio stream: Silence or any embedded pair


This module can be mounted in a GeckoFlex frame but not in other 8900 series frames, including Gecko-A or Gecko-V frames. As this module has no card-edge controls, an 8900NET (Net Card) Network Interface card is required to configure this module.

8925DMB-USD/HD de-embedder, front and rear modules, four unbalanced audio inputs, front and rear module set





The 8925DMB-U is a compact SD/HD digital audio de-embedder (audio demultiplexer) module. It provides four unbalanced AES outputs and supports both PCM audio and Dolby E. This module is ideal for building dense audio/video infrastructure for production and playout applications.

The 8925DMB-U also provides four SD/HD-SDI outputs, one of which is a direct reclocked feed of the input. The four AES outputs are synchronous to the video. Output PCM audio sample resolution can be forced to 20 or 24 bits.

With its fiber-ready architecture, the 8925DMB-U can be configured to support up to two fiber inputs or up to two fiber outputs. Configured as a fiber transceiver it can take SDI from fiber, de-embed audio, and provides SDI output over fiber and discrete AES outputs. The dual-receiver option makes it ideal for receiving incoming feeds from longer distances with fiber input selection, and locally de-embedding audio for providing audio and SDI over copper.

8900UVF-RJ1 J2

J3 J4

J5 J6

J7 J8

J9

FIBER

AudioOutput

AudioOutput

SD/HDSDI Out

SD/HDSDI Out

ReclockedOutput

SD/HDSDI In

AudioOutput

AudioOutput

SD/HDSDI Out

SD/HDSDI Out


All parameters can be adjusted via standard HTML Web browsers or via the Newton Control. In addition, NetConfig and NetCentral can be used for remote configuration and SNMP signal health monitoring.

4XAESOut

3X SD/HDSDI Out


SD/HDSDI In



selected

Fiber TX

Fiber TX

Fiber TX

Fiber RX

Fiber RX

Fiber RX

SD/HDOptical In

2X SD/HDOptical In

SD/HDOptical Out

2X SD/HDOptical Out

Option Option

Option

DMUX


20 8925EMB-B SD/HD Balanced Audio Embedder

Key FeaturesEight-channel (four stream) SD/HD digital •audio embedder (multiplexer)

Four balanced AES inputs•

Accepts asynchronous PCM audio•

Supports Dolby E•

Three SD/HD SDI outputs with embedded •audio

Sample rate conversion accepts 32 kHz, •44.1 kHz, 48 kHz, or 96 kHz

Embeds 20 or 24 bits•


ApplicationsEmbedding audio into an HD-SDI stream•

Embedding asynchronous PCM digital •audio

Embedding audio channels and sending •an HD-SDI signal over fiber

Suitable for use where existing embedded •audio needs to be combined with incoming embedded audio






Audio InputsAES: Four inputs•Signaltype:balanced:AES-3id-1992•Commonmoderange:10Vp-pDC20kHz•Samplingrate:32,44.1,48,or96kHz•Resolution:20or24bits•Inputreturnloss:>–25dB(100kHzto12MHz)•Inputimpedance:110Ω•Connectortype:mini-screwterminalblock

Video OutputsSD/HD-SDI: Four outputs•Returnloss:>15dB,5to270MHz;>15dBtypical,

to 1.5 GHz

•Signallevel:SDI800mVp-p±10%•Rise/falltime(20-80%):140pstypical.forHD,




Electrical Length (delay)Minimum SDI Video Delay Mode: HD input: <19 µs, SD input: <13 µsMinimum SDI Audio/Video Offset Mode: HD input: <84 µs, SD input: <525 µsPCM Audio with SRC (at 48 kHz): HD input: 3.04 ms, SD input: 3.45 msNon-PCM audio or PCM with SRC off: HD input: 0.15 ms, SD input: 0.56 ms

Minimum Audio/Video Output Offset: SD: 40 µs, HD: 62 µs

EmbeddingDelete individual embedding audio group: Yes/no

Embedded audio stream: Silence, any incoming group, or any audio input


This module can be mounted in a GeckoFlex frame but not in other 8900 series frames, including Gecko-A or Gecko-V frames. As this module has no card-edge controls, a network interface card is required to configure this module.

8925EMB-BSD/HD embedder, front and rear, four balanced audio inputs, front and rear module set





The 8925EMB-B is a compact eight-channel SD/HD digital audio embedder (multiplexer) module. It provides three distributed SDI outputs with embedded audio and one output acting as an input reclocked loop-through. The module is ideal for building dense SD/HD and audio infrastructure for production and playout applications.

The module automatically detects the audio format, and Dolby E streams are also detected and passed transparently. The AES inputs can handle asynchronous audio and sampling rates from 32 kHz to 96 kHz, which are converted to synchronous 48 kHz embedded within the video stream.

With its fiber-ready architecture, the 8925EMB-B can be configured to support up to two fiber inputs and two fiber outputs. With the fiber transmitter or transceiver option, it can take video from copper or fiber, embed audio, and transmit over fiber in one single slot. The receiver option makes it ideal for receiving incoming feeds from longer distances and locally embedding audio.

All parameters can be adjusted via standard HTML Web browsers or via the Newton Control Panel. In addition NetConfig and NetCentral can be used for remote configuration and SNMP signal health monitoring.

Bypass

Bypass

Sample RateConverter

3X SD/HDSDI Out


SD/HDSDI In


DelayBlock


selected

Fiber TX

Fiber TX

Fiber TX

Fiber RX

Fiber RX

Fiber RX

SD/HDOptical In

2X SD/HDOptical In

SD/HDOptical Out

2X SD/HDOptical Out

Option Option

Option

MUX4XAES

In

8900BVF-R

J5 J6

J7 J8

J9

FIBER

J1J2

J3J4

SD/HDSDI Out

SD/HDSDI Out

ReclockedOutput

SD/HDSDI In

SD/HDSDI Out

SD/HDSDI Out


AudioInput

AudioInput

AudioInputAudioInput

Pin 3Pin 2Pin 1

Pin 1Pin 2Pin 3

+_

G

G_

+


218925EMB-U SD/HD Unbalanced Audio Embedder

Key FeaturesEight-channel (four stream) SD/HD digital •audio embedder (multiplexer)

Four unbalanced AES inputs•

Accepts asynchronous PCM audio•

Supports Dolby E•

Three SD/HD SDI outputs with embedded •audio

Sample rate conversion accepts 32 kHz, •44.1 kHz, 48 kHz, or 96 kHz

Embeds 20 or 24 bits•


ApplicationsEmbedding audio into an HD-SDI stream•

Embedding asynchronous PCM digital •audio

Embedding audio channels and sending •an HD-SDI signal over fiber

Suitable for use where existing embedded •audio needs to be combined with incoming embedded audio






Audio InputsAES: Four inputs•Signaltype–unbalanced:AES-3id-2001•Commonmoderange:N/A•Samplingrate:32,44.1,48,or96kHz•Resolution:20-or24-bit•Inputreturnloss:>–25dB(100kHzto12MHz)•Inputimpedance:75Ω•Connectortype:BNC

Video OutputsSD/HD-SDI: Four outputs•Returnloss:>15dB,5to270MHz;>15dBtypical,

to 1.5 GHz

•Signallevel:SDI800mVp-p±10%•Rise/falltime(20-80%):140pstypicalforHD,




Electrical Length (delay)Minimum SDI Video Delay Mode: HD input: <19 µs, SD input: <13 µsMinimum SDI Audio/Video Offset Mode: HD input: <84 µs, SD input: <525 µsPCM Audio with SRC (at 48 kHz): HD input: 3.04 ms, SD input: 3.45 msNon-PCM audio or PCM with SRC off: HD input: 0.15 ms, SD input: 0.56 ms

Minimum Audio/Video Output Offset: SD: 40 µs, HD: 62 µs

EmbeddingDelete individual embedded audio group: Yes/noEmbedded audio stream: Silence, any incoming group or any audio inputOutput audio resolution: 20-, 24-bit, or auto as input

This module can be mounted in a GeckoFlex frame but not in other 8900 series frames, including Gecko-A or Gecko-V frames. As this module has no card-edge controls, an 8900NET (Net Card) Network Interface card is required to configure this module.

8925EMB-USD/HD embedder, front and rear, four unbalanced audio inputs, front and rear module set





The 8925EMB-U is a compact eight-channel SD/HD digital audio embedder (multiplexer) module. It provides three distributed SDI outputs with embedded audio and one output acting as an input reclocked loop-through. This module is ideal for building dense SD/HD and audio infrastructure for production and playout applications.

The module automatically detects the audio format, and Dolby E streams are also detected and passed transparently. The AES inputs can handle asynchronous audio and sampling rates from 32 kHz to 96 kHz, which are converted to synchronous 48 kHz embedded within the video stream.

With its fiber-ready architecture, the 8925EMB-U can be configured to support up to two fiber inputs and two fiber outputs. With the fiber transmitter or transceiver option, it can take video from copper or fiber, embed audio, and transmit over fiber in one single slot. The receiver option makes it ideal for receiving incoming feeds from longer distances and locally embedding audio.

8900UVF-R

J1 J2

J3 J4

J5 J6

J7 J8

J9

FIBER

AudioInput

AudioInput

SD/HDSDI Out

SD/HDSDI Out

ReclockedOutput

SD/HDSDI In

AudioInput

AudioInput

SD/HDSDI Out

SD/HDSDI Out


All parameters can be adjusted via standard HTML Web browsers or via the Newton Control Panel. In addition NetConfig and NetCentral can be used for remote configuration and signal health monitoring.

Bypass

Bypass

Sample RateConverter

3X SD/HDSDI Out


SD/HDSDI In


DelayBlock


selected

Fiber TX

Fiber TX

Fiber TX

Fiber RX

Fiber RX

Fiber RX

SD/HDOptical In

2X SD/HDOptical In

SD/HDOptical Out

2X SD/HDOptical Out

Option Option

Option

MUX4XAES

In

Two Channels or One Stream

External Reference

input

Synchronizer

Option

Ref In

Bus Bus

Genlock Adjustment

Sample Rate Converter

Programmable Delay Tracking Delay Gain

Programmable Delay

Channel/

Stream Router

Dolby E & Non-PCM Path

AES 1 In

AES 2 In

AES 3 In

AES 4 In

Mono/Stereo Switch

M/S

M/S

M/S

AES 1 Out

AES 2 Out

AES 3 Out

AES 4 Out

DelayTracking




The 8977AP-4B is a compact, high-performance, high-density digital audio processor. It provides processing at channel level for up to eight PCM audio channels. It also provides sample-rate conversion and synchronization for asynchronous and consumer-type sources. Automatic delay tracking synchronizes the sound to a video synchronizer, while a user-configurable delay can compensate for fixed latency processing.

A particularly powerful feature of the 8977AP-4B is its ability to handle Dolby E streams. These can be both routed and delayed while preserving the non-PCM data. The 8977AP-4B can handle a mix of Dolby E streams and PCM channels so that, for example, a Dolby stream on AES input 1 can be routed to AES output 2 and then replaced by selected PCM channels on output 1. Audio input and output connectors are all balanced (see 8977AP-4U for unbalanced connectors).

PCMaudiocanbesynchronizedtoareference;either a color black video reference, tri-level syncs, an AES feed, or even word-clock can be used. Reference can be fed directly to the module by fitting the optional 8900GEN-SM

Key FeaturesEight independent channels of audio •processing

Four AES Inputs and four AES outputs •– all balanced

Auto tracking delay to video synchronizers •

Fixed delay for each channel up to 10s•

Smooth audio handling when adjusting •delay

Channel routing for PCM signals, stream •routing for Dolby E

Dolby E programmable delay and routing•

Sample rate conversion accepts 32 kHz, •44.1 kHz, 48 kHz, or 96 kHz and outputs 48 kHz

Uses local or frame reference for •synchronization

High density (80 PCM channels per 2 RU •frame)


ApplicationsA companion to the 8985, 8995, and 8981 •modules with video synchronization to provide AES audio handling with tracking delay

To route and control PCM channels •combined with Dolby E audio streams



Audio I/OAES: Four inputs, four outputs

Signal type: Balanced AES-3id-1997

Common mode range: Balanced 10 Vp-p DC 500 Hz to 20 kHz

Input sampling rate (FS): 32, 44.1, 48, or 96 kHz

Input resolution: 16-, 20-, or 24-bit

Input return loss: >20 dB (100 kHz – 128 FS)

Output sampling rate: 48 kHz

Output resolution: 20- or 24-bit

Output return loss: >15 dB (100 kHz – 128 FS)

Input impedance:Balanced:110Ω

Connector type: Balanced: mini-screw terminal block

ReferenceSee 8900GEN-SM genlock submodule

Tracking InputOne wire serial interface (RS-232 type)

Format: 1200 baud

Parity: Even

Bits/word: Seven

Stop bit: One

Connector type: BNC

Electrical Length (delay)PCM mode: 1.7 ms to 3.9 ms depending on input sampling rate, typically 3.9 ms at 48 kHz

Non-PCM mode: 280 µs

Sync PCM mode: 280 µs

This module can be mounted in a GeckoFlex frame but not in other 8900 series frames, including Gecko-A or Gecko-V frames. As this module has no card-edge controls, in order to configure this module, an 8900NET (Net Card) Network Interface module is required.

8977AP-4BAudio processor – eight channels – balanced audio I/O, front and rear module set

8977AP-4UAudio processor, front and rear – eight channels – unbalanced audio I/O (see next page)

8900GEN-SMReference input submodule

8900-GFA-CBLPackage of four three-terminal to dual BNC cables, used for unbalanced outputs on 8900A-R modules in a GeckoFlex frame



reference input submodule or alternatively taken from one of GeckoFlex’s two internal busses. This allows several modules in a frame to share a reference feed, including sharing it with a video synchronizer.

22 8977AP-4B Digital Audio Processor – Balanced I/O w/Delay

J1

J2J3

J4J5

J6J7

J8

J9

J10

J11

J13

J12

J14

8900BA-R

AudioInput

Audio DelayTracking

Input

AudioOutput

Not UsedRef Input

Not Used

Pin 3Pin 2Pin 1

Pin 1Pin 2Pin 3

+_

G

G_

+

The 8977AP-4U is a compact, high-performance, high-density digital audio processor. It provides processing at channel level for up to eight PCM audio channels. It also provides sample-rate conversion and synchronization for asynchronous and consumer-type sources. Automatic delay tracking synchronizes the sound to a video synchronizer, while a user-configurable delay can compensate for fixed latency processing.

A particularly powerful feature of the 8977AP-4U is its ability to handle Dolby E streams. These can be both routed and delayed while preserving the non-PCM data. The 8977AP-4U can handle a mix of Dolby E streams and PCM channels so that, for example, a Dolby stream on AES input 1 can be routed to AES output 2 and then replaced by selected PCM channels on output 1. Audio input and output connectors are unbalanced (see 8977AP-4B for balanced connectors).

PCMaudiocanbesynchronizedtoareference;either a color black video reference, tri-level syncs, an AES feed, or even word-clock can be used. Reference can be fed directly to the

Key FeaturesEight independent channels of audio •processing

Four AES inputs and four AES outputs – all •unbalanced

Auto tracking delay to video synchronizers •

Fixed delay for each channel up to 10s•

Smooth audio handling when adjusting •delay

Channel routing for PCM signals, stream •routing for Dolby E

Dolby E programmable delay and routing•

Sample rate conversion accepts 32 kHz, •44.1 kHz, 48 kHz, or 96 kHz and outputs 48 kHz

Uses local or frame reference for •synchronization

High density (80 PCM channels per 2 RU •frame)


Applications A companion to the 8985, 8995, and 8981 •modules with video synchronization to provide AES audio handling with tracking delay

To route and control PCM channels •combined with Dolby E audio streams

J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

AudioInput

AudioOutput

RefInput

Audio DelayTracking Input

8900UE-R


External Reference

input

Synchronizer

Option

Ref In

Bus Bus

Genlock Adjustment

Sample Rate Converter

Programmable Delay Tracking Delay Gain

Programmable Delay

Channel/

Stream Router

Dolby E & Non-PCM Path

AES 1 In

AES 2 In

AES 3 In

AES 4 In

Mono/Stereo Switch

M/S

M/S

M/S

AES 1 Out

AES 2 Out

AES 3 Out

AES 4 Out

DelayTracking






module by fitting the optional 8900GEN-SM reference input sub-module or alternatively taken from one of GeckoFlex’s two internal busses. This allows several modules in a frame to share a reference feed including sharing it with a video synchronizer.

238977AP-4U Digital Audio Processor – Unbalanced I/O w/Delay



Audio I/OAES four inputs, four outputs

Signal TypeUnbalanced: AES-3id-2001

Common mode range: Unbalanced: N/A

Input sampling rate (FS): 32, 44.1, 48, or 96 kHz

Input resolution: 16-, 20-, or 24-bit

Input return loss: >20 dB (100 kHz – 128 FS)

Output sampling rate: 48 kHz

Output resolution: 20- or 24-bit

Output return loss: >15 dB (100 kHz – 128 FS)

Input impedance:Unbalanced:75Ω

Connector type: Unbalanced: BNC

ReferenceSee 8900GEN-SM genlock submodule

Tracking InputOne wire serial interface (RS-232 type)

Format: 1200 baud

Parity: Even

Bits/word: Seven

Stop bit: One

Connector type: BNC

Electrical Length (delay)PCM mode: 1.7 ms to 3.9 ms depending on input sampling rate, typically 3.9 ms at 48 kHz

Non-PCM mode: 280 µs

Sync PCM mode: 280 µs

This module can be mounted in a GeckoFlex frame but not in other 8900 series frames, including Gecko-A or Gecko-V frames. As this module has no card-edge controls, in order to configure this module, an 8900NET (Net Card) Network Interface module is required.

8977AP-4UAudio processor – eight channels – unbalanced audio I/O, front and rear module set

8977AP-4BAudio processor, front and rear – eight channels – balanced audio I/O (see previous page)

8900GEN-SMReference input submodule


J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

Outputs Outputs

Loopthru

Input

8900V-R

AnalogVideoInput

AC CoupledDC Coupled

AnalogVideoOutputs

Gain

24

This distribution amplifier is ideal for short cable runs of high-quality signals. Its flat frequency response and very impressive signal-to-noise ratio ensures high-quality copies to all eight outputs. The AC coupled mode is used when the incoming video signal has a blanking level at anything other than zero volts. For handling color-difference signals (B-Y, R-Y), DC input coupling is recommended. Additionally, the 8901 module can be used for simple fanout distribution of AES/EBU 1 Vp-p coaxial digital audio signals that do not need reclocking. The bandwidth of the 8901 easily handles the 6 MHz frequency response required by professional 48 kHz AES/EBU digital audio signals. Our entire line of both analog and digital distribution amplifiers offer passive differential loop-through inputs designed to remove common mode hum induced by cable runs adjacent to AC mains cables.

Key FeaturesSuitable for NTSC, PAL, SECAM, RGB, YUV, •Tri-level sync

Passive differential looping input with •eight active outputs

Selectable AC or DC input coupling modes•

Card-edge adjustable gain control•

Excellent differential gain and phase •specifications

Card-edge status indicators •



InputType: 1 Vp-p analog video with operation up to 2 Vp-p NTSC, PAL, SECAM, RGB, YUV, Tri-level sync

Connector type: BNC

Impedance: Passive high impedance differential loop-through


CMRR: >66 dB 50/60 Hz

Common mode input: ±10V

OutputVoltage: 1 Vp-p ±2 dB

Number of outputs: Eight active plus one passive loop-through input window out

Connector type: BNC

Impedance: 75Ω


Output DC: <50 mV

PerformanceFrequency response:•±0.025dBto5MHz•±0.05dB5to8MHz•–1dBat16MHz

Differential gain: <0.1%

Differential phase: <0.1°

Gain range: ±2 dB

Tilt: <0.5%

Coupling: AC, DC

Electrical length: 20 ns

Temperature range: 0° to 30°C

Indicators/ControlsUser controls: Output gain adjustment range: ±2 dB

LED indicators: Fault, power, frame bus communication

8901 Utility Analog Video Distribution Amplifier


8901Utility analog video distribution amplifier


AnalogVideoInput

AnalogVideoOutputs

EQAdjust

GainAC CoupledDC CoupledDC Restored

J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

Outputs Outputs

Loopthru

Input

8900V-R

Ordering InformationSpecifications

25



Selectable AC, DC, and DC restore input •coupling modes

Card-edge adjustable cable-specific •equalization for up to 300 meters




Offering the same features and functionality of the 8901 utility DA, this module adds cable equalization to accurately compensate for attenuation and phase errors induced from long cable runs. Additionally, the DC restoration mode can be used to smoothly restore the DC component during blanking level to zero volts. This DC restoration circuit functions with or without synchronization pulses so it can be used with RGB or YUV signals that do not contain synchronization pulses. Our entire line of both analog and digital distribution amplifiers offer differential loop-through inputs designed to remove common mode hum induced by cable runs adjacent to AC mains cables.

8902-EQ-11Belden RG11/U, 8238 cable

8902-EQ-1694ABelden 1694A cable

8902-EQ-8281Belden 8281 cable

8902-EQ-0.03-0.14Belden 1505A and Gepco VPM 2000

8902-EQ-9259Belden RG59U, 9259 cable

8902-EQ-VDM230Gepco VDM230 cable

8902-EQ-1.0-6.6PIK AF 0.6/6.6 cable

8902-EQ-0.6-2.8PIK AF 0.6/2.8 cable

8902-EQ-0.6-3.7PIK AF 0.6/3.7 cable

8902-EQ-PSF1-3PSF 1/3 cable

8902-EQ-5C2VSCanare L-5C2VS cable

8902-EQ-VCB100S2CEB VCB100 cable


Power Rating2.3 Watts - single slot


Connector type: BNC



CMRR: >66 dB 50/60 Hz



Number of outputs: Eight active plus one passive loop-through input

Connector type: BNC

Impedance: 75Ω


Output DC: <50 mV

PerformanceCable equalization: Dual range•0to150m(0–500ft.)•150to300m(500–1000ft.)

Frequency response: •±0.025dBto5MHz•±0.05dB5to8MHz•–1dBat16MHz



Gain range: ±2 dB

Tilt: <0.5%

Coupling: AC, DC, DC restore



Indicators/ControlsUser controls: Output gain adjustment range: ±2 dB EQ adjustment for up to 300 meters of input cable


8902 Analog Video Equalizing Distribution Amplifier



J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

Outputs Outputs

Loopthru

Input

8900V-R

AnalogVideoOutputs

AnalogVideoInput

EQAdjust

Video InputPresence Detection

AC CoupledDC CoupledDC Restored

Clamped

WhiteClip

Gain


26



NTSC/PAL input presence detection with •SNMP trap generation

Selectable AC, DC, DC restore, or clamp •(slow/fast) input coupling

Selectable, dual-speed clamp for single-•ended hum rejection

Adjustable White Clipper removes peak •impulse transients

Card-edge adjustable cable-specific •equalization for up to 300 meters




This distribution amplifier offers all the features and functionality of our 8901 utility DA and our 8902 equalizing DA, plus a dual-speed clamp and video presence detection with SNMP trap generation. While all Grass Valley distribution amplifiers remove differential or common mode hum induced by cable runs adjacent to AC mains cables, this module offers a dual-speed self-clamping circuit to handle single-ended hum caused by grounded coaxial cable shields.

Additionally, a White Clipper circuit eliminates impulse noise above a user-selectable threshold. And the user-enabled video presence detection feature generates SNMP traps that can be sent to our NetCentral SNMP manager or other SNMP systems for mission-critical applications.

8906-EQ-11Belden RG11/U, 8238 cable

8906-EQ-1694Belden 1694A cable

8906-EQ-8281Belden 8281 cable

8906-EQ-0.03-0.14Belden 1505A and Gepco VPM 2000

8906-EQ-9259Belden RG59U, 9259 cable

8906-EQ-VDM230Gepco VDM230 cable

8906-EQ-1.0-6.6PIK AF 0.6/6.6 cable

8906-EQ-0.6-2.8PIK AF 0.6/2.8 cable

8906-EQ-0.6-3.7PIK AF 0.6/3.7 cable

8906-EQ-PSF1-3PSF 1/3 cable

8906-EQ-5C2VSCanare L-5C2VS cable

8906-EQ-VCB100S2CEB VCB100 cable




Connector type: BNC



CMRR: >66 dB 50/60 Hz



Number of outputs: Eight active plus one passive loop-through input

Connector type: BNC

Impedance: 75Ω


Output DC: <50 mV

PerformanceCable equalization: Dual range•0to150m(0–500ft.)•150to300m(500–1000ft.)

White clip: On/off user selectable

Frequency response: •±0.05dBto5MHz•±0.1dB5to8MHz•–1dBat16MHz



Gain range: ±2 dB

Tilt: <0.5%

Coupling: AC, DC, DC restore, clamp two speeds

Clamp hum rejection: Slow: 20 dB Fast: 46 dB



Indicators/ControlsUser controls: Output gain adjustment range: ±2 dB EQ adjustment for up to 300 meters of input cable White clipper adjustment range: 500 mV to 1200 mV


8906 Analog Video Clamping Equalizing Distribution Amplifier w/SNMP




J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

SDI onlyOutputs(180 º)

SDI onlyOutput(180 º)

ASI/SDI Outputs

(0 º)

Loopthru

8900V-R

ASI/SDI Outputs(0 º)

ASI/SDI Output(0 º)

ASI/SDI Input(0 º)

EQ WarningAdjustment Input

Monitor EQ Warning LED

SDI or 4fscOutputs (180)Only

ASI/SDI or 4fscOutputs (0)

EQASI, SDI or4fsc Input

278906 Analog Video Clamping Equalizing Distribution Amplifier w/SNMP


8931Digital video fanout distribution amplifier

The 8931 digital video fanout distributor amplifier is designed for distributing all major serial digital video formats. It is especially suited for short runs of recently reclocked signals where jitter is not a problem.

Key FeaturesPassive differential loop-through design •adds system flexibility and reliability

Eight outputs•

Auto input cable equalization up to 300m•

Supports both component and composite •signals, all data rates 143, 177, 270, 360 Mb/s

Front panel LED indicate EQ warning•

Remote health monitoring•

NOTE: ASI compatibility with 0° in phase outputs



InputType: Serial digital (SMPTE 259M A, B, C, and D)

Connector type: BNC

Impedance: High Z differential loop-through

Supported data rates: 143, 177, 270, and 360 Mb/s

Return loss: >18 dB up to 270 MHz, >15 dB up to 360 MHz

Automatic cable equalization: <300 meters (up to 270 Mb/s) <200 meters (up to 360 Mb/s)

OutputType: Serial digital (SMPTE 259M A, B, C, and D)

Number of outputs: Eight

Connector type: BNC

Impedance: 75Ω

Return loss: >18 dB up to 270 MHz >15 dB up to 360 MHz

PerformanceNo signal reclocking

Electrical length: 3.4 ±1 ns

Temperature range: 0° to 50°C (all specifications met)

Health monitoring: Power supply fault alert per SMPTE 269M•Inputsignalpresent•InputEQwarning

Indicators and ControlsIndicators: EQ warning

Remote: Frame alarm

8931 Digital Video Fanout Distribution Amplifier

For detailed specifications, installation and setup instructions see:www.grassvalley.com/docs/modular


J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

Outputs Outputs

Loopthru

Input

8900V-R

Reclocker

LEDs

Video Input

PresenceDetection

EQASI or SDI In

LocalControl

BypassSwitch ASI or

SDI Out

Ethernet Controlvia frame bus

Microprocessor

28


8937 SDI/ASI reclocking equalizing distribution amplifier

This distribution amplifier is ideal for medium- to long-distance distribution of digital signals. It is fully DVB ASI compatible so it can be used in any application where standard SDI video or ASI signals are to be copied and distributed. The standard reclocker circuit greatly reduces jitter induced over long cable runs or from unstable sources of standard data rate signals. The reclocker can easily be disabled to pass SMPTE 310M and other non-standard data rate signals. A user-enabled video presence detection feature generates SNMP traps that can be sent to our NetCentral SNMP manager or other SNMP systems.

Key FeaturesPassive differential looping input with •eight active outputs

Suitable for SMPTE 310M, SMPTE 259M, •DVB ASI, SDI 270 Mb/s plus most other 800 mV data from 4 Mb/s to 360 Mb/s

Input presence detection with SNMP trap •generation

Reclocking circuit eliminates jitter •

Automatic input cable equalization for up •to 300 meters

Card edge LEDs status indicators •



InputType: 800 mV ±10% serial digital data including SMPTE 259M

Connector type: BNC


Supported data rates: 4 Mb/s through 360 Mb/s

Reclocked data rates: 143, 177, 270, 360 Mb/s

Return loss: >15 dB (up to 360 MHz)

Auto equalization: Up to 300 meters (270 Mb/s)

OutputType: 800 mV serial digital data in phase with the input signal

Number of outputs: Eight active plus one passive loopthrough

Connector type: BNC

Impedance: 75Ω


PerformanceElectrical length: <20 ns

Temperature range: 0° – 45°C

Local Indicators/ControlsLED indicators:•Signalpresence•Inputsamplerate

User controls: •Bypass/autojumperselectionforreclocker•Local/local-remotecontrolenablejumper

Remote: SNMP trap generation – input presence detection

8937 SDI/ASI Reclocking Equalizing Distribution Amplifier


J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

Output 2

Input 2

Output 1

Input 1

Output 2

Output 1

Loopthru

Output 1(passive)

8900V-R

Reclocker

Reclocker

Video Input

PresenceDetection

Video Input

PresenceDetection

EQ

EQASI or SDI In 2

ASI or SDI In 1

SDI Out 1(passive)

LocalControl

LEDs

BypassSwitch

BypassSwitch

ASI orSDI Out 1

ASI orSDI Out 2

Ethernet Controlvia frame bus

Microprocessor


29

Key FeaturesTwo separate distribution amplifiers on a •single card

One with a looping differential input with •three active outputs in addition to the loop-through passive output

One with a single-ended terminating •input with four active outputs

Suitable for SMPTE 310M, SMPTE 259M, •DVB ASI, SDI 270 Mb/s and most other 800 mV data from 4 Mb/s to 360 Mb/s

Input presence detection for each channel •with SNMP trap generation

Independent reclocking circuits for each •channel to reduce jitter

Automatic input cable equalization for up •to 300 meters for each channel

Card edge LED status indicators •

This distribution amplifier is ideal for space-constrained applications where a limited number of signal copies are required. By offering twice the density, it’s a perfect solution for mobile production applications—enabling 20 channels of distribution in only 2 RU of rack space. Both channels are fully DVB ASI compatible and can be used in any application where standard SDI video or ASI signals are to be copied and distributed. The standard reclocker circuits greatly reduces jitter-induced over cable runs adjacent to high power lines or from unstable sources of standard data rate signals. The reclocker can easily be disabled to pass SMPTE 310M and other nonstandard data rate signals. A user-enabled video presence detection feature generates individual SNMP traps for each channel that can be sent to our NetCentral SNMP manager or other SNMP systems.



InputsType: 800 mV ±10% serial digital data including SMPTE 259M

Connector type: BNC

Impedance: High Z differential loop-through and 75Ω terminating

Supported data rates: 4 Mb/s through 360 Mb/s

Reclocked data rates: 143, 177, 270, 360 Mb/s


Auto equalization: Up to 300 meters (270 Mb/s)

OutputType: 800 mV serial digital data in phase with the input signal

Number of outputs:•Fouroutputs,threeactiveplusonepassiveloop-

through•Fouroutputs,fouractivesignals

Connector type: BNC

Impedance: 75Ω


PerformanceElectrical Length: <20 ns

Temperature Range: 0° – 45°C

Local Indicators/ControlsLED indicators: •Signalpresence•Inputsamplerate

User controls:•Bypass/autojumperselectionforreclocker•Local/local-remotecontrolenablejumper

Remote: SNMP trap generation – input presence detection


8937D Dual SDI/ASI reclocking equalizing distribution amplifier

8937D Dual SDI/ASI Reclocking Equalizing Distribution Amplifier


Ordering Information

J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

SDI OnlyOutputs(180 º)

ASI/SDIOutput

(0 º)

SDIInput(0 º)

Loopthru

8900V-R

SDIInput(0 º)

ASI/SDIOutput(0 º)

NTSC/PALAnalog Out

NTSC/PALAnalog Out

SDI OnlyOutput(180 º)

Auto orManual Modes

Input Monitor

SDI Input(270 Mb/s)

De-serializer

Reclocker

PLD

Encoder+ DA

EQ LED

Signal + Format LEDs

ASI/SDI Output0

SDI Only Output180

NTSC/PAL OutputsTRS

Detector

Specifications

30


8941Component digital monitoring distribution amplifier

The 8941 monitoring DA supports up to four NTSC or PAL encoded monitor outputs for picture viewing, in addition to four reclocked serial component digital outputs. The 8941 is tailored specifically for 270 Mb/s serial component digital signals, both 525 and 625 formats. In addition to a composite video monitoring output, the 8941 also indicates via front panel LED whether either ancillary data or audio is embedded in the signal.

Key FeaturesPassive differential loop-through design •adds flexibility and reliability to system

Four NTSC/PAL analog composite outputs •and four serial component digital outputs

Ancillary data and audio detection•

Auto format detection (525/625)•

Front panel LEDs indicate line count, •EQ warning, and ancillary audio/data presence

Remote health monitoring•



InputType: Serial digital (SMPTE 259M-C)

Connector type: BNC


Supported data rate: 270 Mb/s


Automatic cable equalization: <300 meters (up to 270 Mb/s)

Digital OutputType: Serial digital (SMPTE 259M-C)

Number of outputs: Four

Connector type: BNC

Impedance: 75Ω


Analog OutputType: Composite NTSC/PAL analog (SMPTE 170M or CCIR 624)


Connector type: BNC

Impedance: 75Ω


PerformanceDigital output signal reclocked

Differential gain: <1% (analog output)

Differential phase: <1° (analog output)

Electrical length:•Analog:9.87µstypical•Digital:10nstypical

Temperature range: 0° to 50°C (All specifications met)

Health monitoring: Power supply fault alert per SMPTE 269M, input signal present, input EQ warning, missing EAV/SAV

Indicators and ControlsIndicators: Input video present, EQ warning, ancillary data present, ancillary audio data present

User controls: Setup, input rounding, health alarm modes, cross-color reduction, vertical blanking, test signal, output gain

Remote: Frame alarm

Test signal: Full field color bars

8941 Component Digital Video Monitoring Distribution Amplifier



J9Input Equalizer

Reclock Bypass

Reclocker

J1J2J3J4

J5J6J7J8

J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

Out

Out

Out

Out

Out

Out

Out

Out

Not Used In

89003E-R

318943RDA SD/HD/3G Reclocking Distribution Amplifier

Supported Frame TypesGeckoFlex frame


InputsSD/HD/3G-SDI: One electrical input (J9)•Inputequalization(Belden1694Acable)

90m for 3 Gb/s (Input 1) 140m for 1.5 Gb/s 400m for 270 Mb/s

•Returnloss:>15dBupto1.5Gb/s, 10 dB (typical) up to 3 Gb/s

Formats supported: •SD-SDI•HD-SDI•3G-SDI•DVBASI

OutputsSD/HD/3G-SDI: Eight reclocked electrical outputs•Returnloss:>15dBupto1.5Gb/s,

>10 dB (typical) up to 3 Gb/s•Signallevel:800mV±10%•Outputjitter(forinputsconformingtoSMPTE259M

and 292M standards): <0.2 UI >100 kHz for 3G <0.2 UI >100 kHz for HD <1.0 UI 10 Hz – 100 kHz for HD

<0.2 UI 10 Hz – up for SD

DVB ASI: Eight non-inverted outputs

DistributionReclocking: Active/bypass

Input format selection: Auto/manual

Electrical length (input to output latency in ns): CH1: Input J9 to Output J1: 3G: Reclocked: 3.8 ns, Bypassed: 3.55 ns HD: Reclocked: 4.0 ns, Bypassed: 3.6 ns SD: Reclocked: 6.0 ns, Bypassed: 4.0 ns

Control and MonitoringSNMP: Yes

Web page configuration: Yes

Local configuration: Yes

Newton support: Yes

NetConfig support: Yes

NetCentral support: Yes

This module can be mounted in a GeckoFlex frame but not in other 8900 series frames including Gecko-A or Gecko-V frames.

8943RDASD/HD/3G-SDI reclocking distribution amplifier, front and rear module set


Key FeaturesReclocking SD-SDI, HD-SDI, and 3G-SDI •distribution amplifier

Auto or manual input format selection•

Supports rates up to 1080p•

Single 1x8 DA •

100% DVB ASI compliant•

High density (up to ten 1x8 DAs per 2 rack •unit)


ApplicationsDistributing HD/3G signals or mixed HD/3G •and SD format installations

Installations where an SD to HD/3G update •is planned

Installations where highest density is •required at the lowest cost

The 8943RDA is an SD/HD/3G-SDI reclocking distribution amplifier with one electrical input feeding eight reclocked electrical outputs. The module is completely DVB ASI compliant.

This module can distribute HD/3G-SDI or SD-SDI, making it ideal for mixed-format applications or installations where an upgrade to HD/3G is planned. Cable equalization is up to 90 meters for HD/3G-SDI and 440 meters for SD-SDI.

All parameters can be configured directly from the card edge or via a standard HTML Web browser when the 8900NET (Net Card) Network Interface module has been installed. The module operation and configuration, as well as the signal presence and format, can be monitored using industry standard SNMP protocol via the 8900NET (Net Card) module.

Specifications

89003FR-RJ1 J2

J3 J4

J5 J6

J7

1

2

J8

J10

FIBER

Out

Out

Out

Out

In

Out

Out

Out

In

Fiber I/OConnector

Ordering InformationSpecificationsSupported Frame TypesGeckoFlex frame

Power Rating5.2 Watts (no SFP fiber submodule) – single slot 5.9 Watts (with SFP fiber submodule) – single slot

InputsSD/HD/3G-SDI: Two electrical inputs (J10 and J8) and 2 optional single-mode fiber optic inputs (with dual receiver), or 1 optional fiber optic input (with transceiver)•Inputequalization(Belden1694Acable)

90m for 3 Gb/s (Input 1, J10) 100m for 3 Gb/s (Input 2, J8) 140m for 1.5 Gb/s 400m for 270 Mb/s

•Returnloss:>15dB:upto1.5Gb/s, 10 dB (typical) up to 3 Gb/s


OutputsSD/HD/3G-SDI: Seven reclocked electrical outputs (in four output pairs (J1/J2, J3/J4, J5/J6, and J7) and two single-mode fiber optic outputs (with dual transmitter option, or one fiber optic output (with transceiver option)•Returnloss:HD>15dBupto1.5Gb/s,

>10 dB up to 3 Gb/s•Signallevel:800mV±10%

•Outputjitter(forinputsconformingtoSMPTE259Mand 292M standards):

<0.2 UI >100 kHz for 3G <0.2 UI >100 kHz for HD <1.0 UI 10 Hz – 100 kHz for HD


DVB ASI: Seven non-inverted outputs (in output pairs)

Electrical Length (input to output latency in ns) : CH1: Input J10 to Output J1: 3G: Reclocked: 3.8 ns, Bypassed: 3.55 ns HD: Reclocked: 4.0 ns, Bypassed: 3.6 ns SD: Reclocked: 6.0 ns, Bypassed: 4.0 ns

CH2: Input J8 to Output J1: 3G: Reclocked: 4.0 ns, Bypassed: 3.75 ns HD: Reclocked: 4.1 ns, Bypassed: 3.7 ns SD: Reclocked: 6.2 ns, Bypassed: 4.25 ns

CH3: Input F2 to Output F1 (Transceiver option): 3G: Reclocked: 6.0 ns, Bypassed: 5.7 ns HD: Reclocked: 6.0 ns, Bypassed: 5.7 ns SD: Reclocked: 11.25 ns, Bypassed: 9.25 ns

Reclocking: Active/bypass


Control and MonitoringSNMP: YesWeb page configuration: YesLocal configuration: YesNewton support: YesNetConfig support: YesNetCentral support: Yes


8943RDA-DFRSD/HD/3G-SDI reclocking distribution amplifier, front and rear module set

Fiber Optic SFP Options: Order one option kit (fiber optic submodule, mounting bracket and cable assembly) per front module depending on your application for signals up to 3 Gb/s.

Dual Receiver (1270 nm >1610 nm): SFP-13103G-M1DRX-K

Dual Transmitter, 1310 nm and 1310 nm: SFP-13103G-M1DTX-K

Fiber Transceiver, 1310 nm and 1310 nm: SFP-13103G-M1TRX-K

CWDM Dual Transmitter, 1470 nm and 1490 nm: SFP-CWDM3G-1-K





Key FeaturesSupports SD/HD/3G-SDI rates up to 1080p•


Fiber-ready for fiber optic submodule •option for receiving or distributing over single-mode fiber

Two dedicated electrical inputs•

Seven reclocked electrical outputs •(in four output pairs: 3x2 and 1x1)

Configurable input to output mapping•


High connectivity input/output density •with multiple configurations


Input to output mapping: all availalbe •inputs can be active at the same time and are configurable to any output pair or available optional fiber optic output (one input per electrical output pair or fiber optic output). Availability of fiber optic inputs and outputs depends on the type of option fiber optic submodule installed



Combining HD/3G, SD, or ASI distribution •with a long-distance isolated fiber connection

The 8943RDA-DFR is a fiber-ready SD/HD/3G-SDI reclocking DA with two dedicated electrical inputs and seven reclocked electrical outputs (in four output pairs). An optional fiber optic submodule can be installed to provide additional fiber optic inputs and outputs.

The module can equalize up to 90 meters for input 1 (J10) and 100 meters for input 2 (J8) of Belden 1694A cable for HD/3G-SDI. It can distribute either HD/3G-SDI or SD-SDI, making it ideal for mixed format applications or installations where an upgrade to HD/3G is planned. It is also completely DVB ASI compliant.

With its fiber-ready architecture, the 8943RDA-DFR can be configured as a fiber receiver, providing two fiber optic inputs that can be mapped to feed seven electrical outputs (in output pairs). The two fiber optic inputs are both active along with the dedicated electrical inputs. This makes the module ideal where redundant feeds are used.

Using the dual transmitter fiber option, this module can distribute two additional fiber outputs as well as the seven electrical outputs (in output pairs) allowing it to feed both local and remote locations simultaneously. This can also provide redundant fiber feeds.

With the transceiver option, the 8943RDA-DFR makes a flexible DA ready for either fiber in or fiber out applications. The fiber option makes it ideal for receiving signals from distant downlinks or transmitting to remote uplinks.

Refer to the configuration block diagrams on the next page for illustrations of the mulitple uses for the 8943RDA-DFR with the available fiber optic submodule options. Note that all module inputs and outputs can be active at the same time and input to output mapping can be set as desired in configuration.

All parameters can be configured directly from the card edge or via a standard HTML Web browser when the 8900NET (Net Card) Network Interface module has been installed. The module operation and configuration, as well as the signal presence and format can be monitored using industry standard SNMP protocol via the 8900NET (Net Card) module.

32 8943RDA-DFR Fiber-Ready SD/HD/3G Reclocking Distribution Amplifier 8943RDA-DFR Fiber-Ready SD/HD/3G Reclocking Distribution Amplifier

338943RDA-DFR Fiber-Ready SD/HD/3G Reclocking Distribution Amplifier 8943RDA-DFR Fiber-Ready SD/HD/3G Reclocking Distribution Amplifier

8943RDA-DFR (without Fiber Optic option)

Active Inputs Available OutputsBNC J10

BNC pairs: J1/J2, J3/J4, J5/J6, J7BNC J8

8943RDA-DFR (with Dual Receiver Fiber Optic option)


BNC pairs: J1/J2, J3/J4, J5/J6, J7BNC J8

Fiber 1 In

Fiber 2 In

8943RDA-DFR (with Dual Transmitter Fiber Optic option)

8943RDA-DFR (with Transceiver Fiber Optic option)

BNC J10Input

BNC J8Input

Equalizer

Reclock Bypass

Reclocker

Fiber 1Output

Equalizer

Reclock Bypass

ReclockerInput to Output

Mapping

Fiber 2Output

Dual Transmitter

Option

Fiber TX

Fiber TX

J1J2

J3J4

J5J6

J7

BNC J10Input

BNC J8Input

Equalizer

Reclock Bypass

Reclocker

Fiber 1Input

Equalizer

Reclock Bypass

Reclocker

Fiber 2 Output

Reclock Bypass

Reclocker

Input to Output

Mapping

Transceiver OptionFiber RX Fiber TX

J1J2

J3J4

J5J6

J7

Active Inputs Available OutputsBNC J10 BNC pairs: J1/J2, J3/J4, J5/J6, J7,

Fiber 1 Out, Fiber 2 OutBNC J8


BNC pairs: J1/J2, J3/J4, J5/J6, J7, Fiber 2 Ouptut

BNC J8

Fiber 1 Input

BNC J10Input

BNC J8Input

Reclock Bypass

Reclocker

Fiber 1Input

Reclock Bypass

Reclocker

Equalizer

Equalizer

Reclock Bypass

Reclocker

Input to Output

Mapping

Fiber 2Input

Reclock Bypass

Reclocker

Dual Receiver

Option

Fiber RX

Fiber RX

J1J2

J3J4

J5J6

J7

J10Input

J8Input

Equalizer

Reclock Bypass

Reclocker

Equalizer

Reclock Bypass

Reclocker

Input to Output

Mapping

J1J2J3J4

J5J6J7

Specifications Ordering InformationOrdering InformationOrdering InformationSpecifications

8943RDA-D Dual SD/HD/3G Reclocking Distribution Amplifier

Key FeaturesSupports SD/HD/3G-SDI rates up to 1080p•

Two electrical inputs•

Four electrical reclocked output pairs•

Configurable input to output pair mapping•



High density (up to twenty DA inputs per •2 rack unit)




Installations where highest density is •required at the lowest cost

For optimizing and adapting trade-off •between number of DAs and number of outputs

J9Input

J10Input

Equalizer

Reclock Bypass

Reclocker

Equalizer

Reclock Bypass

Reclocker

Input to Output

Mapping

J1J2J3J4

J5J6J7J8



InputsSD/HD-SDI: Two electrial inputs (J9 and J10)•Inputequalization(Belden1694Acable)

90m for 3 Gb/s (Input 1, J9) 100m for 3 Gb/s (Input 2, J10) 140m for 1.5 Gb/s 400m for 270 Mb/s

•Returnloss:>15dBupto1.5Gb/s, 10 dB (typical) up to 3 Gb/s


OutputsSD/HD-SDI: Eight reclocked electrical outputs (in four output pairs: J1/J2, J3/J4, J5/J6 and J7/J8)•Returnloss:>15dBupto1.5Gb/s,

>10 dB to 3 Gb/s•Signallevel:800mV±10%•Outputjitter(forinputsconformingtoSMPTE259M

and 292M standards): <0.2 UI >100 kHz for 3G <0.2 UI >100 kHz for HD <1.0 UI 10 Hz – 100 kHz for HD


DVB ASI: Eight non-inverted outputs (four output pairs)

DistributionReclocking: Active/bypass


Input to output mapping: Both inputs are active at the same time and are configurable to any output pair (one input per electrical output pair).

Electrical length (input to output latency in ns): CH1: Input J9 to Output J1: 3G: Reclocked: 3.8 ns, Bypassed: 3.55 ns HD: Reclocked: 4.0 ns, Bypassed: 3.6 ns SD: Reclocked: 6.0 ns, Bypassed: 4.0 ns

CH2: Input J10 to Output J1: 3G: Reclocked: 4.0 ns, Bypassed: 3.75 ns HD: Reclocked: 4.1 ns, Bypassed: 3.7 ns SD: Reclocked: 6.2 ns, Bypassed: 4.25 ns




Newton support: Yes




8943RDA-DDual SD/HD/3G-SDI reclocking distribution amplifier, front and rear module set

The 8943RDA-D is a dual input SD/HD/3G-SDI reclocking distribution amplifier. It provides two electrical inputs that can be mapped to feed any of four reclocked electrical output pairs (one input per output pair). The module is also completely DVB ASI compliant.

It can distribute either HD/3G-SDI or SD-SDI, making it ideal for mixed format applications or installations where an upgrade to HD/3G-SDI is planned. Up to 90 meters for input 1 (J9), 100 meters for input 2 (J10) of Belden 1694A cable can be equalized for HD/3G-SDI and up to 440 meters for SD-SDI.

All parameters can be configured directly from the card edge or via a standard HTML Web browser when the 8900NET (Net Card) Network Interface module has been installed. The module operation and configuration, as well as the signal presence and format, can be monitored using industry standard SNMP protocol via the 8900NET (Net Card) module.

J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

Out

Out

Out

Out

Out

Out

Out

Out

In In

89003E-R


34


358945EDA SD/HD Equalizing Distribution Amplifier

Key FeaturesEight output SD-SDI or HD-SDI equalizing •distribution amplifier



ApplicationsDistributing HD signals or supporting •SD/HD rate-agile installations

Installations that will upgrade to HD•

Distribution of non-standard wideband •signals

The 8945EDA module is a single SD/HD equalizing distribution amplifier. It provides eight outputs and can equalize up to 125 meters of Belden 1694A cable for HD-SDI. It can be used to distribute either SD-SDI or HD-SDI, making it ideal for mixed-format applications or installations where an upgrade is planned.



InputsSD/HD-SDI: One input

Input equalization (Belden 1694A): •Upto125mHD-SDI•Upto330mSD-SDI

Return loss: >15 dB 0.004 to 1.5 GHz

Formats supported: 1080i @ 59.94, 50, 720p @ 59.94, 50, 480i @ 59.94 (NTSC) 576i @ 50 (PAL-B)

DVB ASI: Yes

Input type supported: •SMPTE259-M•292-M•344-M(270,1483.5and1485Mb/s)

Input type selection: Manual only between HD and SD/ASI

PerformanceElectrical length: <5 ns

OutputsSD/HD-SDI: Eight outputs

Return loss: •>15dB,5to270MHz•>10dBto1.5GHz

Signal level: SDI 800 mVp-p ±10%


DistributionEqualizing: Active/bypass

Output mode: 1x8





Newton support: Yes




8945EDASD/HD equalizing distribution amplifier (front and rear module set)

SD/HDSDI In

Equalizer

8X SD/HDSDIOut

Equalizer bypass

J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

8900WE-R

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI In

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI Out

Not Used



36

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI In

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI In

8900WE-R

J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

SD/HDSDI In

Equalizer

4X SD/HD-SDIOut

4X SD/HD-SDIOut

Equalizer bypass

SD/HDSDI In

Equalizer

Equalizer bypass

8945EDA-D Dual SD/HD Equalizing Distribution Amplifier

Key FeaturesDual SD-SDI or HD-SDI equalizing •distribution amplifier

Single 1x8 or dual and configurable •1x4 models


High density (up to 10 1x4 distribution •amplifiers per rack unit)

Equalizer bypass for low bit-rate signals•


ApplicationsDistributing stable HD signals or SD/HD in •rate-agile installations


Optimizing density and cost•

Distribution of non-standard wideband •signals

The 8945EDA-D module is a dual SD/HD equalizing distribution amplifier. It provides four outputs for each of its two inputs and can equalize up to 125 meters of Belden 1694A cable for HD-SDI. It can be used to distribute either SD-SDI or HD-SDI, making it ideal for mixed-format applications or installations where an upgrade is planned.



InputsSD/HD-SDI: Two inputs

Input equalization (Belden 1694A): •Upto125mHD-SDI•Upto330mSD-SDI

Return loss: >15 dB 0.004 to 1.5 GHz


DVB ASI: Yes

Input types supported: SMPTE 259-M, 292-M, 344-M (270, 1483.5 and 1485 Mb/s)


PerformanceElectrical Length: <5 ns

OutputsSD/HD-SDI: Eight outputs

Return loss: •>15dB,5to270MHz•>10dBto1.5GHz

Signal level: SDI 800 mVp-p ±10%



Output mode: 1x8/dual 1x4





Newton support: Yes




8945EDA-DDual SD/HD equalizing distribution amplifier, front and rear module set



3737

Key FeaturesDual SD-SDI or HD-SDI reclocking •distribution amplifier

Automatic input-format detection•

Single 1x8 or dual and configurable •1x4 models


High density (10 1x4 distribution •amplifiers per rack unit)

Equalizer bypass for low bit-rate signals•


ApplicationsDistributing HD signals or SD/HD in •rate-agile installations


Optimizing density and cost•

Optimizing trade-offs between the number •of modules and outputs

The 8947RDA-D is a dual SD/HD re-clocking distribution amplifier, with automatic format detection. It provides four to eight reclocked outputs for each of its two inputs and can equalize up to 125 meters of Belden 1694A cable for HD-SDI. It can be used to distribute either HD-SDI or SD-SDI making it ideal for mixed format applications or installations where an upgrade is planned.

All parameters can be configured directly from the card edge or via standard HTML Web browser if a network interface module has been installed. The module operation and configuration as well as the signal presence and format can be monitored using industry standard SNMP protocol via the network interface module.



InputsSD/HD-SDI: Two inputs•Inputequalization:upto125mHD-SDI,

up to 330m SD-SDI (Belden1694A)•Returnloss:>15dB0.004to1.5GHz


DVB ASI: Yes

OutputsSD/HD-SDI: Eight outputs•Returnloss:>15dB,5to270MHz;

>10 dB to 1.5 GHz•Signallevel:SDI800mVp-p±10%•Outputjitter:forinputwith<0.1UIjitter,theoutput

jitter complies with the SMPTE 259M and 292M standards


PerformanceElectrical length: <10 ns (reclocking enabled) <5 ns (reclocking bypassed)



Input format selection: Automatic/manual




Newton support: Yes




8947RDA-DDual SD/HD reclocking distribution amplifier, front and rear module set

8947RDA-D Dual SD/HD Reclocking Distribution Amplifier

J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

8900WE-R

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI In

SD/HDSDI In

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI In

Equalizer

4X SD/HD-SDIOut

4X SD/HD-SDIOut

Equalizer bypass

SD/HDSDI In

Equalizer

Equalizer bypass

Reclocker

Reclock bypass

Reclocker

Reclock bypass

Formatdetector



38

8900WFR-RJ1 J2

J3 J4

J5 J6

J7 J8

J9

FIBER

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI In

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI Out

Fiber I/OConnector

8X SD/HDSDIOut

SD/HDSDI In

Equalizer

Equalizer bypass

Reclocker

Reclock bypass

Up to one fiberoption may beselected

Fiber RX

Fiber RX

Fiber RX

Fiber TX

Fiber TX

Fiber TX

SD/HDOptical In

SD/HDOptical Out

OptionOption

Option

FormatDetector

Key FeaturesEight-output SD-SDI or HD-SDI reclocking •distribution amplifier

Fiber-ready architecture supports up to •two optional connections— 100% DVB ASI compliant— High connectivity density: eight coaxial

outputs and fiber option


ApplicationsDistributing HD signals or SD/HD in •rate-agile installations


Combining SD, HD, or ASI distribution with •long-distance, isolating fiber connection

As a fiber receiver or transmitter in single-•channel-per-module applications

The 8947RDA-FR is a dual SD/HD reclocking distribution amplifier, with automatic format detection. It provides eight reclocked outputs and can equalize up to 125 meters of Belden 1694A cable for HD-SDI. It can be used to distribute either SD-SDI or HD-SDI signals, making it ideal for mixed-format applications or installations where an upgrade is planned.

Supporting up to two fiber connections, this module is ready for either fiber-in or fiber-out applications. It can also distribute eight non-inverted DVB ASI outputs, making it ideal for receiving signals from distant downlinks or transmitting to remote uplinks.

8947RDA-FR Fiber-Ready SD/HD Reclocking DA



InputsSD/HD-SDI: •Inputequalization:upto125mHD-SDI,




DVB ASI: Yes

OutputsSD/HD-SDI:Eightoutputs•Returnloss:>15dB,5to270MHz; >10dBto1.5GHz

•Signallevel:SDI800mVp-p±10%•Outputjitter:forinputwith<0.1UIjitter,theoutputjittercomplieswiththeSMPTE259M&292Mstandards


DVB ASI:Eightnon-invertedoutputs

PerformanceElectrical length: <10ns(reclockingenabled) <5ns(reclockingbypassed)



Manual input selection: Coax In, fiber 1, fiber 2 (with optional fiber input option)





Newton support: Yes




8947RDA-FRSD/HD re-clocking distribution amplifier – fiber ready (front and rear module set)

SFP-13103G-M1DRXDual input fiber receiver. Suits one-signal-per-fiber and CWDMfibersystems

SFP-13103G-M1DTXDual output fiber transmitter. For one-signal-per-fiber systems

SFP-13103G-M2TRXFiber transceiver. For one-signal-per-fiber systems



8949MDA-CXF PAL/NTSC Monitoring Distribution Amplifier

Key FeaturesReclocked distribution of SD or HD-SDI •signals for reconstructed input fan-out

PAL/NTSC monitoring output with aspect •ratio controls for HD inputs

Distributes both SD-SDI and HD-SDI with •automatic format detection for flexible future-proof system architectures

Provides SD monitoring output whether •input is SD or HD

Very high-density solution•

Accepts optional fiber transmitter to •provide optical, HD-SDI, and PAL/NTSC monitoring outputs for combined local/ remote systems

Configurable as fiber receiver with four •HD-SDI outputs and PAL/NTSC monitoring

ApplicationsWhere an PAL/NTSC monitoring feed is •required

HD-SDI distribution alongside monitoring •in PAL or NTSC

Rate-agile systems requiring distribution •and a consistent composite monitoring feed

A fiber receiver with composite monitoring•

A fiber transmitter with local HD and •composite monitoring feeds


Power Rating7.3 Watts – single slot without fiber optic submodule

8.0 Watts – single slot with fiber optic submodule

InputsSD/HD-SDI:•Inputequalization:upto125mHD-SDI,




OutputsSD/HD-SDI: Four outputs•Returnloss:>15dB,5to270MHz;


jitter complies with the SMPTE 259M & 292M standards


Analog video: Four outputs (75Ω)•Formats:SMPTE170M(NTSC),CCIR624(PAL-B)•Returnloss:>40dBto10MHz

•Signallevel:SDI800mVp-p±10%•Outputjitter:forinputwith<0.1UI

Electrical Length (Delay)<0.97 ms

Conversion8 bits representationType: Field-based high speed monitoring to drive 16:9 monitors

Input formats: 59.94 Hz, 1080i @ 59.94 Hz, 720p @ 59.94 Hz, 480i @ 59.94 Hz•Tooutputformat:[email protected]

Input formats: 50 Hz, 1080i @ 50 Hz, 720p @ 50 Hz, 576i @ 50 Hz•Tooutputformat:576i@50Hz

Manual input selection: Coax In, fiber 1, fiber 2 (with optional fiber input)


Control And MonitoringSNMP: Yes



Newton support: Yes




8949MDA-CXFSD/HD monitoring distribution amplifier PAL/NTSC output – fiber-ready front and rear module set. Fiber optic kit option includes fiber optic submodule, mounting bracket, and fiber cable assembly for mounting on the module circuit board.

SFP-13103G-M1DRX-KDual input fiber receiver kit. For one-signal-per-fiber and CWDM fiber systems

SFP-13103G-M1DTX-KDual output fiber transmitter kit. For one-signal-perfiber systems

SFP-13103G-M1TRX-KFiber transceiver kit. For one-signal-per-fiber systems

Please note that the 8949MDA-CXF provides 16:9 anamorphic monitoring outputs for HD signals and 4:3 outputs for SD inputs. You should use the 8949MDA-SXF for SDI outputs. To provide the fastest possible conversion, this module does not perform deinterlacing and consequently it has an extremely short processing delay of 0.97 ms.

J1 J2

J3 J4

J5 J6

J7 J8

J9

FIBER

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI In

PAL/NTSCOut

PAL/NTSCOut

PAL/NTSCOut

PAL/NTSCOut

Fiber I/OConnector

8900WFR-XFR

SD/HDSDI In Equalizer and

Re-clocker

Only one fiberoption may beselected

Fiber RX

Fiber RX

Fiber RX

Fiber TX

Fiber TX

Fiber TX

SD/HDOptical In

SD/HDOptical Out

OptionOption

Option

Down-converter Encoder

Aspect RatioControl

AutoFormatDetction

4X SD/HD-SDIOut

4X PAL/NTSCOut

The 8949MDA-CXF is a monitoring distribution amplifier with PAL/NTSC monitoring outputs. This module is ideal for low-cost monitoring of HD-SDI signals. It provides four monitoring coax outputs and four reclocked coax outputs and can be used to distribute either SD-SDI or HD-SDI making it ideal for mixed format applications or installations where an upgrade is planned. Aspect ratio controls are active on the downscaled outputs with an HD input signal.

With its fiber-ready architecture, the 8949MDA can use one of three types of fiber optic submodule options. With a dual transmitter fiber option installed, two fiber outputs are provided in addition to the eight coax outputs. Applications include use as an HD-SDI fiber transmitter with additional monitoring and reclocked coax feeds. Or the module can have a dual receiver (two fiber inputs) or a transceiver (one fiber input and one fiber output.

Parameters can be adjusted with onboard controls or via standard HTML Web browsers or via the Newton control panel (when installed in network-equipped frames). In addition NetConfig and NetCentral can be used for remote configuration and signal health monitoring.

This is a monitoring device so, in order to provide the fastest possible conversion, the module does not perform de-interlacing and consequently it has an extremely short processing delay of 0.97 ms.


39


40

J1 J2

J3 J4

J5 J6

J7 J8

J9

FIBER

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI Out

SD/HDSDI In

SD SDIOut

SD SDIOut

SD SDIOut

SD SDIOut

Fiber I/OConnector

8900WFR-XFR

SD/HDSDI In Equalizer and

Re-clocker

Only one fiberoption may beselected

Fiber RX

Fiber RX

Fiber RX

Fiber TX

Fiber TXSD/HD

Optical In

SD/HDOptical Out

OptionOption

Option

Down-converter

Aspect RatioControl

AutoFormat

Detection

Fiber TX

4X SD/HD-SDIOut

4X SD-SDIOut

8949MDA-SXF SDI Monitoring Distribution Amplifier

Key FeaturesReclocked distribution of SD or HD-SDI •signals for reconstructed input fan-out

SD-SDI monitoring•

Can distribute both HD-SDI and SD-SDI •with automatic format detection for flexible future-proof system architectures

Provides SD monitoring output whether •input is SD or HD

Very high-density solution•

Accepts optional fiber transmitter to •provide optical, HD-SDI, and SD-SDI monitoring outputs for combined local/ remote systems

Configurable as fiber receiver with four •HD-SDI outputs and SD-SDI monitoring

High-quality downscaled signals with new •EDH CRC packet generated on outputs

ApplicationsWhere an SD-SDI monitoring feed is •required

HD-SDI distribution alongside SD-SDI •monitoring

Rate-agile systems requiring consistent •SD feed monitoring

A fiber receiver with SD monitoring•

A fiber transmitter with local SD and HD •monitoring feeds


Power Rating8.1 Watts – single slot without fiber optic submodule

8.8 Watts – single slot with fiber optic submodule

InputsSD/HD-SDI:•Inputequalization:upto125mHD-SDI,




OutputsSD/HD-SDI: Four outputs•Returnloss:>15dB,5to270MHz;


jitter complies with the SMPTE 259M & 292M standards

SD-SDI: Four outputs•Returnloss:>15dB,5to270MHz•Signallevel:SDI800mVp-p±10%•Outputjitter:forinputwith<0.1UIjitter,theoutput

jitter complies with the SMPTE 292M standards

Electrical Length (Delay)<0.95 ms

Conversion10 bits representation

Type: Field-based high-speed monitoring to drive 16:9 monitors

Input formats 59.94 Hz: 1080i @ 59.94 Hz, 720p @ 59.94 Hz, 480i @ 59.94 Hz•Tooutputformat:[email protected]

Input formats 50 Hz: 1080i @ 50 Hz, 720p @ 50 Hz, 576i @ 50 Hz•Tooutputformat:576i@50Hz

Manual input selection: Coax In, fiber 1, fiber 2 (with optional fiber input)





Newton support: Yes



The 8949MDA-SXF is a monitoring distribution amplifier with SD-SDI monitoring outputs. This module is ideal for low-cost monitoring of HD-SDI signals. The 8949MDA provides four monitoring outputs and four reclocked outputs and can be used to distribute either SD-SDI or HD-SDI making it ideal for mixed format applications or installations where an upgrade is planned. Aspect ratio controls are active on the downscaled outputs with an HD input signal.

With its fiber-ready architecture the 8949MDA can be configured to support up to two fiber connections in addition to its eight coax outputs. Applications include use as an HD-SDI fiber transmitter with additional monitoring and reclocked coax feeds. Or the module can have a dual receiver (two fiber inputs) or a transceiver (one fiber input and one fiber output).

All parameters can be adjusted directly from the module itself or via standard HTML Web browsers or via the Newton Control Panel (when installed in network-equipped frames). In addition NetConfig and NetCentral can be used for remote configuration and signal health monitoring.

This is a monitoring device so, in order to provide the fastest possible conversion, the module does not perform de-interlacing and consequently it has an extremely short processing delay of 0.95 ms.


8949MDA-SXFSD/HD monitoring distribution amplifier SDI output – fiber ready front and rear module set. Fiber optic kit option includes one fiber optic submodule, mounting bracket, and fiber cable assembly for mounting on the module circuit board.

SFP-13103G-M1DRX-KDual input fiber receiver kit. For one-signal-per-fiber and CWDM fiber systems

SFP-13103G-M1DTX-KDual output fiber transmitter kit. For one-signal-per-fiber systems

SFP-13103G-M1TRX-KFiber transceiver kit. For one-signal-per-fiber systems

Please note that the 8949MDA-SXF provides 16:9 anamorphicmonitoring outputs for HD signals and 4:3 outputs for SD inputs.You should use the 8949MDA-CXF for composite outputs. Toprovide the fastest possible conversion, this module does notperform de-interlacing and consequently it has an extremely short



The 8900FSS is a low-cost solution to digital system timing. Full frame synchronization and delay are available by connecting the 8900FSS to a host module such as the 8960DEC decoder or 8960ENC encoder. All user controls are resident on the host module and include output phasing/delay and freeze frame options. It operates as a companion to the popular 8916AES autotracking delay DA, and 8920ADT and 8921ADT for audio synchronization applications. The 8900FSS requires less than 2.5W so that, even when coupled to the 8960DEC/8960ENC, up to ten host/sub-modules can be accommodated in the 8900 frame when the front cover fan is installed.

All possible adjustments to this card can be performed directly on the host module. When the 8900NET (Net Card) module is installed in the frame, you gain immediate access to remote control and monitoring.

Inputs fromHost Module

Outputs to Host Module

10-bit 10-bit

Delay

525 Ref.

625 Ref.

Controls

Read & Write Control

Reference Selector

LPFSync

Separator

FrameStore &Demux

FPGA

41

Key Features10-bit signal processing•

Full frame output phasing for total control •of output timing

Compatible with 8960DEC and 8960ENC•

Outputs RS-232 serial audio delay control •signal

Offers up to full frame of delay•

Black or freeze on loss of video•

Supported Frame TypesGeckoFlex Gecko Video frames: 8900TX-V, 8900TF-V, 8900TFN-V


InputSignal type: 10-bit parallel 4:2:2 component video

Connector type: 40-pin connector to host module

Reference InputNumber of inputs: Two

Signal type: SMPTE 170M (525 lines) or CCIR624 (625 lines)

Connector type: 40-pin connector to host module, selectable High Z or 75Ω for external reference signal looping

OutputSignal type: 10-bit parallel 4:2:2 component video

Connector type: 40-pin connector to host module

PerformanceSignal path: 10-bit

Phasing/delay: One video frame

Phase/delay increment: 37 ns

Minimum delay: 1.5 µs

Operating temperature: 0° to 45°C ambient


Indicators and ControlsUser controls: Horizontal phase/delay, vertical phase/delay, freeze mode

Remote: All controls

This submodule can be mounted on a module in a GeckoFlex frame when ordered with the 8900V-R GeckoFlex Video rear module.

8900FSS4:2:2 frame synchronizer/delay submodule

8900FSS 4:2:2 Frame Synchronizer/Delay Submodule



42 8900GEN-SM GeckoFlex Reference Input Submodule

The 8900GEN-SM submodule attaches to a synchronizer module and provides a reference input for: •Thehostsynchronizermodule•OtherGeckoFlexmodulesviatheframereferencebus(ifthemoduleismountedinslot1orslot3)

A second submodule attached to another GeckoFlex host module can provide a redundant frame reference or a reference of a completely different signal format.

NOTE: At least one module per frame must have a genlock submodule installed to provide reference bus support.


Genlock Reference Supported Formats:•NTSC29.97HzandPAL25Hzcolorblack(black

and burst)•1080i59.94Hztri-levelsync•720p59.94Hztri-levelsync•1080i50Hztri-levelsync•720p50Hztri-levelsync•1080p24Hztri-levelsync•1080sf24Hztri-levelsync•AES48kHzsignalandAES96kHzsignals•WordClock48kHzandWordClock96kHz


8900GEN-SMReference input submodule. This submodule mounts to the synchronizer to provide reference input for the frame reference bus. It is not required for 8985PRC module operation.


J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

8900V-R

SDIInput 1

SDIInput 2

SDIInput 3

SDIInput 4

ReferenceInput

Loopthru

SDIOutput 1

SDIOutput 2

SDIOutput 3

SDIOutput 4

SDI 1 Timing

Timing

Timing

Timing

SDI In

SDI In

SDI In

SDI In

ReferenceLoopingReference Input

SDI 2

SDI 3

SDI 4

SDI 1VBI

VBI

VBI

VBI

SDI 2

SDI 3

SDI 4

43


8964FS Four-channel SDI frame synchronizer

The 8964FS provides a very compact and low-cost alternative to the 8981FS by providing four complete SDI frame synchronizers. Using the latest technology enables the 8964FS to achieve unsurpassed density, providing 40 full featured frame synchronizers in just 2 RU. This module can also operate in a fixed delay mode with no reference required. In either mode, the output can be phased relative to input or reference up to one frame in increments of 37 ns. All adjustments can be performed on the module’s card edge controls. The on-screen display capability greatly simplifies card-edge configuration.

Key FeaturesFour 270 Mb/s frame synchronizers•

One output per input•

Looping color black reference input•

Automatic 525/625 lines selection •

Output timing locked to reference input •and adjustable in 37 ns steps over a full frame

Passes or blanks horizontal ancillary data •(HANC)

Passes or blanks vertical interval ancillary •data (VANC)

Monitors its input signals for EDH errors•

Inserts new EDH on output•

Hot swappable•

Freeze mode •

On-screen display simplifies local •configuration and control

Compatible with Ethernet-based Newton •control system



InputsNumber of inputs: Four, one for each synchronization path

Signal type: SMPTE 259M, 10-bit, 270 Mb/s serial component digital

Connector: Terminating 75Ω BNC

Return loss: >15 dB to 270 MHz

Reference InputNumber of inputs: One NTSC/PAL

Signal type: Color Black, SMPTE 170M (525 lines) or CCIR624 (625 lines)


OutputNumber of outputs: Four, one for each synchronizer





Error detection and insertion: EDH

Min. electrical length (delay mode): •525lines:5lines+55.22µs•625lines:4lines+55.90µs

Output timing range: One frame

Output timing resolution: 37 ns


Operating humidity range: 0% to 90% non-condensing

Indicators and ControlsIndicators: Input video present, reference present, communication active, power, fault

Controls: Vertical blanking, sync/delay modes, test signal, EDH, OSD


8964FS Four-Channel SDI Frame Synchronizer



J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

8900V-R

SDIOutput

DelayControlOutput

SDIInput GPI

Reference input

Loopthru

DelayControlOutput

SDIOutput

ReferenceLoopthrough

SDI with Embedded Audio

EDHDetection

TimingGenerator

EDHInsertion

AudioDelayData

SDIwithEmbeddedAudio

LocalControls

GPI

Micro-processor

Ethernet

LED

Control

Framestore

OutputSignal

Processor

44

The 8981FS offers unparalleled functionality. It combines the best features of a frame synchronizer, frame delay, and digital processing amplifier in one module. The 8981FS is designed to handle various environments and applications including asynchronous input video signal timing, manual color correction, and production freeze frame applications. It operates as a companion to the popular 8916 AES autotracking delay DA, and 8920ADT or 8921ADT for audio synchronization applications. Several control modes are also offered, including local board controls, GPI for freeze control, and Ethernet control over a LAN/WAN using a variety of user friendly interfaces.

Key Features10-bit signal processing assures •broadcast quality

Proc. amp controls •

Various freeze options for production •applications

Audio delay signal to drive audio delay •cards

Functions as frame synchronizer or fixed •delay

Up to a full frame of delay •

Cleanly handles input signal hot switches •

Passes all horizontal ancillary data (AES)•

Passes or blanks vertical interval data •user adjustable

EHD detection and insertion•

Complete remote control with GPI or •Ethernet interface



InputSignal type: SMPTE 259M-C or EBU 3267 (270 Mb/s)

Connector: 75Ω BNC, terminating

Automatic cable eq.: <300 meters


Reference InputSignal type: Analog color black 525 or 625 lines per SMPTE 170M or CCIR 624


Signal level: Sync level 140 mV to 560 mVp-p

Return loss: >40 dB to 5.5 MHz

OutputSignal type: SMPTE 259M-C or EBU 3267


Connector: 75Ω BNC


Audio Delay DataNumber of outputs: Two

Connector: BNC

Type: RS-232 serial data


Error detection and insertion: EDH

Switching line processing: Optional black insertion

Min. electrical length (delay mode): Two lines

Output timing range: One frame

Output timing resolution: 37 ns



Indicators and ControlsIndicators: Signal present, line rate, reference present, freeze mode, delay mode, fault, communication active, configuration

Controls: Output timing, proc. amp controls, freeze, blanking, sync/delay mode

GPI control: Freeze



8981FSSDI frame synchronizer/delay

8981FS SDI Frame Synchronizer/Delay



J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

8900V-R

VideoOutput

VideoInput

VideoOutput

NotUsed

NotUsed

NotUsed

NotUsed

NotUsed

EDHDetection

Test Generators

SDIOutput

Micro-processor

Control

LED

Framestore

Ethernet

NoiseFilters

LocalControls

SDI Input

45


8981NR270 Mb/s SDI video noise reducer module

The 8981NR is a 270 Mb/s SDI component digital noise reducer module. This module incorporates two different noise reduction methods that are targeted at different sources of noise. A recursive filter is effective for low levels of wide-band (random) variations that have no frame-to-frame correlation, and a horizontal median filter is very effective for impulse noise.

Typical applications include reduction of random noise generated during analog transmission or digital processing. Signals from various sources with varying amounts of noise resulting from poor transmission and processing will greatly benefit from using this product by reducing the bandwidth required later during the MPEG compression process.


Recursion filter for random noise •reduction

Horizontal median filtering for impulse •noise reduction

Split screen mode with internal noise •generator for setup purposes

Video processing adjustments including •video gain and black level

Setting stored in non-volatile memory•

Output EDH generated•

VANC pass or blank•

Passes all HANC data •



SDI InputConnector: BNC

Input impedance: 75Ω terminating

Signal type: SMPTE 259M serial 10-bit 4:2:2 component video


SDI OutputConnector: 4X BNC

Signal type: SMPTE 259M

Output impedance: 75Ω



Environmental ConditionsOperating ambient temperature (frame): 0° to 45°C


8981NR 270 Mb/s SDI Noise Reducer Module



46

J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

VideoOutput

NotUsed

SDIInput

GPIGPI

Loopthru

OutputOutput

8900V-R

ReclockerReclocker

SDIOutputs

Micro-processor

Filter

GPI

TimingGenerator

Ethernet

FrameMemory

LocalControls

SDI InputLoopthrough


8990ARCSDI aspect ratio converter

The 8990ARC addresses the need to convert between standard and widescreen formats resulting from various DTV standards worldwide. Flexible aspect ratio control is offered whether you’re starting with 4:3 or 16:9. GPI control allows the selection of several predetermined aspect ratio modes while local or remote control, via the Ethernet interface, provides more complete aspect ratio control. Additional control modes include WSS widescreen signaling and video index data embedded in the SDI video stream.

Key FeaturesSDI 270 Mb/s I/O•

Operates at 50 and 59.94 Hz•

Converts between 4:3 and 16:9 aspect •ratios

Various aspect ratio modes with •controllable crop location

Simple GPI remote control via BNC•




InputSignal type: SMPTE 259M-C, EBU 3267-E


Supported data rate: 270 Mb/s



OutputSignal type: SMPTE 259M-C, EBU 3267-E


Connector: 75Ω BNC

Return loss: >15 dB (up to 270 Mb/s)

PerformanceSignal path processing: 12-bit 16:9 to 4:3

Conversion mode: •Letterbox:fullheight,14:9sub-image•4:3to16:9conversionmode:sidepanels,fullwidth,

14:9 sub-image

EDH insertion: WSS and VID

Reclocking data rates: 270 Mb/s

Delay: 75 lines



Indicators and ControlsIndicators: Video present, aspect ratio mode, fault, power, communication active, configuration, remote override

Controls: Aspect ratio mode, vertical and horizontal position



8990ARC SDI Aspect Ratio Converter


478985FS SD/HD Video Frame Synchronizer

The 8985FS is a compact, high-performance, fiber-ready SD/HD frame synchronizer module with low hysteresis, a dual-redundant reference capability, and a perfect-picture mode. This module is therefore suited to production and playout applications where high reliability is required.

The 8900GEN-SM submodule provides a dual-redundant reference to ensure continuous glitch-free operation even when the incoming reference signal fails. Perfect-picture mode prevents damaged frames and picture stutter from appearing when the incoming feed fails.

Fiber-ready technology allows this module to accept one of three types of SFP fiber optic submodules. One of these can be installed in the fiber optic rear cage connector to provide two fiber inputs (Dual Receiver), two fiber outputs (Dual Transmitter), or one fiber input/one fiber output (Transceiver).

The 8900NET (Net Card) module is required for Web browser or Newton control panel configuration. In addition, NetConfig and NetCentral can be used for remote configuration and SNMP signal health monitoring.

Refer to the rear module pinout and block diagram on the next page.

Key FeaturesHD/SD frame synchronizer •

Operates in frame sync and delay modes •with user-programmable delay, plus a framing delay from 300 pixels up to eight frames minus 5 lines in pixel-sized steps

Supports genlock submodule to manage •reference timing (required for frame sync operation)

Genlock submodule supports Tri-level sync •and NTSC/PAL color black and loop-through

Split screen mode for in/out comparison•

Accepts an optional fiber transmitter, fiber •receiver, or fiber transceiver SFP device providing optical HD-SDI and SD-SDI I/O



InputsSD/HD-SDI: One electrical or optional fiber optic•Inputequalization:upto125m•Auto-sensing:Yes


Formats supported:[email protected],50; 1080p@24,1080sf@24;[email protected],50; [email protected];576i@50

OutputsSD/HD-SDI: Four electrical and up to two additional optional fiber optic •Returnloss:>15dB,5to270MHz;

>15 dB typical, to 1.5 GHz•Signallevel:SDI800mVp-p±10%•Rise/falltime(20–80%):140pstypicalforHD,

500 ps typical for SD •Outputjitterinframesyncmode,lowjitterapplied: <0.2 UI HD >100 kHz <1.0 UI HD 10 Hz >100 kHz <0.2 UI SD >1 kHz


Electrical Length (delay)Fixed delay mode: Nominal: 1 frame (±1 pixel) User-adjustable range: 1 frame minus 5 lines to 2 frames minus 5 lines

Synchronizing mode (asynchronous input): Minimum: 1 frame minus 5 lines Maximum: 2 frames minus 5 lines

Fixed delay mode = in minimum delay mode: Nominal: 300 pixels (±1 pixel) User-adjustable range: 300 pixels to 1 frame minus 5 linesSynchronizing mode = in minimum delay mode (synchronous input): Nominal: 300 pixels (±1 pixel) User-adjustable range: 300 pixels to 1 frame minus 5 linesAdditional adjustable delay: 0 to 6 additional frames

SynchronizingGenlock (reference signal):The 8900GEN-SM submodule is required for genlocking GeckoFlex modules with frame sync.

The 8900GEN-SM submodule attaches to the front module and provides genlock reference support to:• Host synchronizer module•Hostsynchronizermoduleandoneoftwoframe

reference buses•OtherGeckoFlexmodulesviatheframereference

bus

A second submodule attached to another GeckoFlex module can provide redundant frame reference or a different signal format. (NOTE: at least one module per frame must have a genlock submodule installed to provide reference bus support).

Reference signal to timing pulse edge: Adjustable from 0 to 1 frame in 1 SD pixel steps.

Control And MonitoringSNMP: YesWeb page configuration: YesLocal configuration: NoNewton support: YesNetConfig support: YesNetCentral support: Yes


This module can be mounted in a GeckoFlex frame but not in other 8900 series frames, including Gecko-A or Gecko-V frames. As this module has no card-edge controls, an 8900NET (Net Card) Network Interface module is required to configure the module.

8985FSSD/HD frame synchronizer (front and rear module set)

8900GEN-SMGenlock submodule. This submodule mounts to the front module to provide reference input for the module and frame reference bus. This is required for frame synchronizing operation

SFP-13103G-M1TRXFiber transceiver. Low-power 1310 nm single-mode optical transceiver submodule (one fiber input/one fiber output)

SFP-13103G-M1DTXDual fiber transmitter. Dual low-power 1310 nm single-mode optical transmitter submodule

SFP-13103G-M1DRXDual fiber receiver. Dual low-power 1310 nm single-mode optical receiver submodule

ApplicationsWith asynchronous sources where SD-SDI •and HD-SDI line or frame synchronization is required

With synchronous sources to compensate •for cable or processing delays

When a video signal needs timing •adjustment to match other sources

With live signals where minimum delay is •important

8900GFR-RJ1 J2

J3 J4

J5 J6

J7 J8

J9

FIBER

GenlockIn

GenlockLoop Out

Out

Out

In

Auto TrackDelay

Auto TrackDelay

Out

Out

Fiber I/OConnector

48 8985FS SD/HD Video Frame Synchronizer

Fiber RX

Fiber RX

Fiber RX

Fiber TX

Fiber TX

Only one fiber option can be

installed

4X SD/HD-SDIOut

SD/HDFiber In 1

SD/HDFiber In 1

SD/HDFiber In 2

SD/HDSDI In

Frame Bus 2Frame Bus 1

Ref In

Loop

SD/HDFiber Out 2

SD/HDFiber Out 2

SD/HDFiber Out 1

SFP Fiber Optic Dual Receiver

Option

SFP Fiber Optic Transceiver Option

SFP Fiber Optic Dual Transmitter

Option

Equalizer

Genlockadjustment

Synchronizer

Fiber TX

8900GEN-SMSubmodule

Option

Specifications


498985FSP SD/HD Frame Synchronizer w/Proc. Amp & Color Corrector

Key FeaturesSD/HD frame synchronizer with proc. amp•

RGB color correction for adjusting gain, •offset, and gamma

Video proc. amp controls for adjusting •component gain, offset, and color saturation and Y/C white and Y black clipping levels


Fiber-ready design supports upgrade to •optical receiver/transmitter/or transceiver

Select between coaxial input and up to •two optional fiber inputs

Operates in frame-sync or delay modes, •with programmable delay

Accepts reference input submodule for •local reference input or feeding reference buses



InputsSD/HD-SDI: One electrical or optional fiber optic•Inputequalization:upto125m•Auto-sensing:Yes

Optical: Single-mode (optional)Formats supported:[email protected],50; 1080p @ 24, 1080sf @ 24;[email protected],50; [email protected];576i@50

OutputsSD/HD-SDI: Four electrical and up to two additional optional fiber optic•Returnloss:>15dB,5to270MHz; >15 dB typical, to 1.5 GHz•Signallevel:SDI800mVp-p±10%•Rise/falltime(20-80%):140pstypicalforHD,

500 ps typical for SD •Outputjitterinframesyncmode,lowjitterapplied: <0.2 UI HD >100 kHz <1.0 UI HD 10 Hz >100 kHz <0.2 UI SD >1 kHz <0.2 UI HD 10 Hz >1 kHz


Electrical Length (delay)Fixed delay mode: Nominal: 1 frame (±1 pixel) User-adjustable range: 1 frame minus 5 lines to 2 frames minus 5 lines

Synchronizing mode (asynchronous input): Minimum: 1 frame minus 5 lines Maximum: 2 frames minus 5 lines

Fixed delay mode = in minimum delay mode: Nominal: 300 pixels (±1 pixel)

User-adjustable range: 300 pixels to 1 frame minus 5 lines

Synchronizing mode = in minimum delay mode (synchronous input): Nominal: 300 pixels (±1 pixel) User-adjustable range: 300 pixels to 1 frame minus 5 lines

Additional adjustable delay: 0 to 6 additional frames

RGB Color CorrectionRGB range 0% to 200% in 1% steps: R gain, Ggain,Bgain;totalgain(controlsall3atonce)

RGB offset range 0% to 100% in 1% steps: R offset, Goffset,Boffset;RGBoffset(controlsall3atonce)Gamma correction range 0.25 to 4.00 in .01 steps: R, G, and B gamma correction or RGB total gamma correction

Proc. AmpGain Range: 0% to 200% in 1% steps: Y gain, color saturation, total gain (controls Y gain and color saturation together), Cb gain, Cr gain

Offset Range: 100% to 100% in 1% steps: Cb offset, Cr offset, Y offsetClip Range: 50 to 109%: Y/C White clip level, and -7 to 50%: Y Black clip levelHue Range: -180° to 179° in 1° steps

Synchronizing (Genlock reference signal):The 8900GEN-SM submodule is required for genlocking GeckoFlex platform modules



Local configuration: No

Newton support: Yes



The 8985FSP is a fiber-ready, compact SD/HD frame synchronizer module with a video proc. amp capability, including RGB and component color correction. With the same low-hysteresis synchronizer, perfect-picture mode, and redundant-reference feature as the 8985FS, this module is suited to production and playout applications where synchronization needs to be combined with comprehensive video signal control.

The minimum delay while synchronizing is 300 pixels, which makes this unit ideal for live applications. The SD/HD capability is ideal for installations that will be upgraded or that have to handle both rates. Embedded audio including Dolby E is passed through but not processed.

Fiber-ready technology allows this module to accept one of three types of SFP fiber optic submodules. One submodule option can be installed in the fiber optic rear cage connector to provide two fiber inputs (Dual Receiver), two fiber outputs (Dual Transmitter), or one fiber input/one fiber output (Transceiver).

The 8900NET (Net Card) module is required for Web browser or Newton control panel configuration and NetConfig and NetCentral control and SNMP signal health monitoring.

Refer to the rear module pinout and the block diagram on the next page.


This module can be mounted in a GeckoFlex frame but not in other 8900 series frames, including Gecko-A or Gecko-V frames. As this module has no card-edge controls, an 8900NET (Net Card) Network Interface module is required to configure the module.

8985FSPSD/HD frame synchronizer with proc. amp, front and rear module set

8900GEN-SMGenlock submodule. This submodule mounts on the front module to provide reference input for the module and frame reference bus. This is required for frame synchronizing operation




ApplicationsSynchronization of SD-SDI or HD-SDI •signals from asynchronous sources

Compensation of cable or processing •delay from synchronous sources

Timing video signals before routing or •switching and after routing

Low-latency synchronization for latency-•critical live broadcasts

Video signal color processing to correct •or match other sources

50 8985FSP SD/HD Frame Synchronizer w/Proc. Amp & Color Corrector

8900GFR-RJ1 J2

J3 J4

J5 J6

J7 J8

J9

FIBER

GenlockIn

GenlockLoop Out

Out

Out

In

Auto TrackDelay

Auto TrackDelay

Out

Out

Fiber I/OConnector

Fiber RX

Fiber RX

Fiber RX

Fiber TX

Fiber TX

4X SD/HD-SDIOut

AutoTrackingDelay

SD/HDFiber In 1

SD/HDFiber In 1

SD/HDFiber In 2

SD/HDSDI In

Frame Bus 2Frame Bus 1

Ref In

Loop

SD/HDFiber Out 2

SD/HDFiber Out 2

SD/HDFiber Out 1Only one fiber

option can be installed



Option

SFP Fiber Optic Dual Transmitter

Option

EqualizerRGB VideoProc. Amp

ComponentVideo

Proc. Amp

Genlockadjustment

Synchronizer

Fiber TX

8900GEN-SMSubmodule

Option


518985PRC SD/HD Video Processing Amplifier

Key FeaturesSD/HD video proc. amp•

Full proc. amp functions, including color •correction

Video gain, chroma gain, and black-level •control

Phase control (hue)•

Individual component controls (Y, Cr, Cb)•

Individual RGB gain, offset, and gamma •controls

Overall gain, offset, and gamma controls•


Accepts an optional fiber transmitter, •receiver, or transceiver SFP device providing optical HD-SDI and SD-SDI I/O

Intuitive Web browser configuration and •SNMP monitoring

Supports Newton control panels for •on-the-fly facility operation



InputsSD/HD-SDI: One electrical or optional fiber optic•Inputequalization:upto125m•Auto-sensing:No


Formats supported: [email protected],50; 1080p@24,1080sf@24;[email protected],50; [email protected];576i@50

OutputsSD/HD-SDI: Four electrical and up to two additional optional fiber optic•Returnloss:>15dB,5to270MHz;

>15 dB typ, to 1.5 GHz•Signallevel:SDI800mVp-p±10%•Rise/falltime(20-80%):140pstypicalforHD,

500 ps typical for SD •Outputjitter,lowjitterapplied:

<0.2 UI HD >100 kHz <1.0 UI HD 10 Hz >100 kHz <0.2 UI SD >1 kHz

•Reclocked:Yes


Electrical Length (delay)HD modes: 104 pixels

SD modes: 90 pixels

Precision: ±1 pixel

RGB Color CorrectionRGB range 0% to 200% in 1% steps: R gain, G gain, B gain, total gain (controls all three at once)

RGB offset range 0% to 100% in 1% steps: R offset, G offset, B offset, RGB offset (controls all three at once)

Gamma correction range 0.25 to 4.00 in .01 steps: R gamma correction, G gamma correction, B gamma correction, total gamma correction

Proc. AmpRange 0% to 200% in 1% steps: Y gain, color saturation, total gain (controls Y gain and color saturation together), Cb gain, Cr gain

Range -100% to 100% in 1% steps: Cb offset, Cr offset, Y offset

Range -180° to 179° in 1° steps: Hue



Local configuration: No

Newton support: Yes



The 8985PRC is a fiber-ready SD/HD-SDI video processing amplifier and color corrector. It is ideal for correcting camera feeds, in-vision monitor feeds, archive playback, or general proc. amp duties.

This full-featured proc. amp allows RGB color correction including gamma and component adjustments on either SD or HD video. The 8985PRC can also control hue, chroma, and luma similar to a traditional analog composite proc. amp. Combined with a Newton control panel, one or several channels of video can be controlled easily and precisely by an operator to make preliminary or even live adjustments to levels and colors. All the functions of this proc. amp are available in the 8985FSP frame synchronizer where proc. amp control needs to be combined with frame synchronization.

One of three types of optional SFP fiber optic submodules can be installed in the fiber optic rear cage connector to provide two fiber inputs (Dual Receiver), two fiber outputs (Dual Transmitter), or one fiber input and one fiber output (Transceiver).

All parameters are set via the standard HTML Web browsers or via the Newton control panel (when installed in network equipped frames). In addition, NetConfig and NetCentral can be used for remote configuration and SNMP signal health monitoring.



This module can be mounted in a GeckoFlex frame but not in other 8900 series frames including Gecko-A or Gecko-V frames. As this module has no card-edge controls, an 8900NET (Net Card) Network Interface module is required to configure the module.

8985PRCSD/HD Video Processing Amplifier, front and rear module set




ApplicationsColor correction for camera feeds in live •production

Color enhancement and level correction •for playback of archival material

Correction of previously digitized material •not properly color corrected at digitization

Color balancing of feeds to in-vision •monitors for neutral look

52

8900GFR-RJ1 J2

J3 J4

J5 J6

J7 J8

J9

FIBER

Not Used

Not Used

Out

Out

In

Not Used

Not Used

Out

Out

Fiber I/OConnector

Fiber RX

Fiber RX



OptionFiber RX

Fiber TXSFP Fiber Optic Dual Transmitter

Option Fiber TX

4X SD/HD-SDIOut

SD/HDFiber In 1

SD/HDFiber In 1

SD/HDFiber In 2

SD/HDSDI In

SD/HDFiber Out 2

SD/HDFiber Out 2

SD/HDFiber Out 1Only one fiber

option can be installed

Equalizer

Fiber TX

RGB VideoProc Amp

ComponentVideo

Proc Amp

8985PRC HD/SD Video Processing Amplifier


53


Power Rating and Size18 Watts – dual slot

InputsHD-SDI: One electrical or optional fiber optic•Inputequalization:upto125m•Auto-sensing:Yes•Returnloss:>15dB,5to270MHz;

>15 dB typical, to 1.5 GHz


OutputsSD-SDI: Four electrical and up to two additional optional fiber optic•Auto-sensing:yes•Returnloss:>15dB,5to270MHz;

>15 dB typical, to 1.5 GHz•Signallevel:800mVp-p±10%•Rise/falltime(20-80%):140pstypforHD,

500 ps typical for SD •Outputjitterinframesyncmode,lowjitterapplied:

< 0.2 UI p-p HD > 100 kHz < 1.0 UI p-p HD > 10 Hz


Electrical Length (delay)Fixed delay mode: Nominal: 2 frames (±1 pixel) User-adjustable range: 2 frames minus 5 lines to 3 frames minus 5 lines

Synchronizing mode (asynchronous input): Minimum: 2 frames minus 5 lines Maximum: 3 frames minus 5 linesFixed delay mode = in minimum delay mode: Nominal: 1 frame (±1 pixel) User-adjustable range: 1 frame to 2 frames minus 5 lines

Synchronizing mode = in minimum delay mode (synchronous input): Nominal: 1 frame (±1 pixel) User-adjustable range: 1 frame to 2 frames minus 5 linesAdditional adjustable delay: 0 to 6 additional frames

ConversionMethod: Motion adaptive

3:2/2:2 cadence: Automatic detection

Input: 1080i @ 59.94 Hz, 1080p @ 23.98, 1080sf @ 23.98, or 720p @ 59.94 Hz

Output choices: 480i @ 59.94 Hz

Input: 1080i @ 50 Hz or 720p @ 50 Hz

Output choices: 576i @ 50 Hz

Aspect Ratio ConversionConversion modes: 1:1, letterbox, pillarbox, anamorphic, 14:9

Synchronization (Genlock)•Standardframebusgenlockorexternalreferenceif

genlock submodule is installed (note at least one front module per frame must have genlock submodule)

•Adjustment:0to1framein1SDpixelsteps

Timecode and Closed CaptionVITC timecode and Closed Capiton HD to SD translation: for same frame rate and output line select for VITC and Closed Caption. NOTE: VITC and CC may not work accurately in 23.98 Hz 3:2 pulldown from higher frame rate conversion


The 8995DNC is a compact, broadcast-quality fiber-ready downconverter. Conversion is of the highest quality, with pixel-adaptive motion processing. In addition, the 8995DNC provides the most robust signal handling with the low hysteresis synchronizer, redundant reference, and perfect-picture mode of the 8985FS.

It is fully featured with color-space conversion and a powerful video proc. amp, including RGB color correction with gamma and component adjustments with Y/C clip level adjustments.

Powerful embedded audio handling includes channel-level and Dolby E stream routing. PCM audio processing eliminates the clicks caused by the video synchronizer dropping or repeating frames. This module silences the effects of hot upstream video switching using a V-fade.

VITC and closed caption conversion are supported for same frame-rate downconversions, making this an ideal module for playout applications.


Refer to the module pinout and block diagram on the next page.

This module can be mounted in a GeckoFlex frame but not in other 8900 series frames, including Gecko-A or Gecko-V frames. As this module has no card-edge controls and in order to configure this module an 8900NET (Net Card) Network Interface module is required.

8995DNCSD/HD video format downconverter, front module and dual wide rear module set

8900GEN-SMGenlock submodule. This submodule mounts to the front module to provide the reference input for the module and frame reference bus. This is required for frame synchronizing operation





8995DNC Downconverter and Frame Sync

Key FeaturesHigh-quality downconverter with •synchronizer for robust signal handling

Image enhancement and pixel-level •motion adaptive conversion for superb picture quality

Full video proc. amp functions, including •RGB and component color controls, video gain, chroma gain, phase control (hue), Y/C White and Y Black clip level controls, and color space conversion (ITU 601, ITU 709)

Embedded audio can be adjusted for •gain, delay, channel pairing, and output processing, then re-embedded into the video output stream

Minimum delay (1 frame conversion) for •low-latency live applications

Maximum adjustable delay up to 9 frames•

Fiber-ready – accepts an optional SFP •fiber device providing optical inputs or outputs

Optional genlock reference input •submodule for reference timing that supports loop-through, Tri-level sync and color black

ApplicationsWhere incoming feeds may be in either •1080 and 720 HD video formats

For live production where low latency •conversion is required

For conversion of signals with embedded •audio

Incoming lines ingest of any signal •format into an HD system, including synchronization conversion and proc. amp adjustment

54 8995DNC Downconverter and Frame Sync

8900UDX-RJ1 J2

J3 J4

J5 J6

J7 J8

J9

FIBER

GenlockIn

GenlockLoop Out

Out

Out

In

Auto TrackDelay

ReclockedSDI Out

Out

Out


Fiber RX

Fiber RX



OptionFiber RX


Option Fiber TX

Fiber TX

4X SD-SDIOut

AudioDelayOut

HD Fiber In 1

HD Fiber In 1

HD Fiber In 2

HD SDI In

Frame Bus 2

Dolby E and Non-PCM Path

Frame Bus 1

Ref In

Loop

SDFiber Out 2

SDFiber Out 2

Reclocked Ouptut

SDFiber Out 1


installed

De-Embedder

AudioSynchronizer

Embedder

Reclocker

RGB VideoProc. Amp

MotionAdaptiveScaler

ChannelStreamRouting

ComponentVideo

Proc. Amp

GenlockAdjustment

VideoSynchronizer

& Delay Adjust

8900GEN-SMSubmodule

Option

VITC/CCConverter

AdjustableDelay

ChannelGain

Specifications

This module can be mounted in a GeckoFlex frame but not in other 8900 series frames including Gecko-A or Gecko-V frames. As this module has no card-edge controls and in order to configure this module an 8900NET (Net Card) Network Interface module is required.

8995UDXSD/HD video format up/down/crossconverter, front module and dual wide rear module set

8900GEN-SMGenlock submodule. This submodule mounts to the front module to provide reference input for the module and frame reference bus. This is required for frame synchronizing operation.






55


Power Rating and Size18 Watts – dual slot

InputsSD/HD-SDI: One electrical or optional fiber optic•Inputequalization:upto125m•Auto-sensing:Yes•Returnloss:>15dB,5to270MHz;

>15 dB typ, to 1.5 GHz

Auto sensing: Yes


OutputsSD/HD-SDI: Four electrical and up to two additional optional fiber optic •Returnloss:>15dB,5to270MHz;

>15 dB typical, to 1.5 GHz•Signallevel:800mVp-p±10%•Rise/falltime(20-80%):140pstypforHD,

500 ps typical for SD •Outputjitterinframesyncmode,lowjitterapplied:




Synchronizing mode (asynchronous input): Minimum: 2 frames minus 5 lines Maximum: 3 frames minus 5 lines

Fixed delay mode = in Minimum Delay Mode: Nominal: 1 frame (±1 pixel) User-adjustable range: 1 frame to 2 frames minus 5 lines

Synchronizing mode = in Minimum Delay Mode (synchronous input): Nominal: 1 frame (±1 pixel) User-adjustable range: 1 frame to 2 frames minus 5 lines




Input: 1080i or 480i @ 59.94 Hz, 1080p @ 23.98, 1080sf @ 23.98 or 720p @ 59.94 Hz Output choices: 1080i or 480i @ 59.94 Hz, 1080p @ 23.98, 1080sf @ 23.98 or 720p @ 59.94 Hz

Input: 1080i or 576i @ 50 Hz or 720p @ 50 Hz Output choices: 1080i or 576i @ 50 Hz, 720p @ 50 Hz


Synchronization (Genlock):•Standardframebusgenlockorexternalreferenceif

genlock submodule is installed (NOTE: at least one module per frame must have genlock submodule)

•Adjustment:0to1framein1SDpixelsteps

Timecode and Closed CaptionVITC timecode and Closed Caption SD to HD or HD to SD translation: same frame rate and output line select for VITC and Closed Caption. NOTE: VITC and CC may not work accurately in 23.98 Hz 3:2 pulldown from higher frame rate conversion


8995UDX Up/Down/Crossconverter and Frame Sync

Key FeaturesUp/down/crossconverter with frame •synchronizer


Synchronizer for robust signal handling•

Full video proc. amp functions, including •RGB and component color controls, video gain, chroma gain, phase control (hue), Y/C White/Y Black clip level controls, and color space conversion (ITU 601, ITU 709)


Maximum adjustable delay up to 9 frames •

Fiber-ready – accepts an optional SFP •fiber device providing optical input or output


The 8995UDX is a compact, broadcast-quality, fiber-ready, up/down/crossconverter and synchronizer. Conversion is of the highest quality in all modes, with pixel-adaptive motion processing. In addition, the 8995UDX provides the most robust signal handling with the low hysteresis synchronizer, redundant reference, and perfect-picture mode of the 8985FS.

It is fully featured with color-space conversion and a powerful video proc. amp that includes RGB color correction with gamma and component adjustments with clip level controls on either HD or SD video. The user can also control hue, chroma, and luma similar to a traditional analog proc. amp.

Powerful embedded audio handling includes channel-level and Dolby E stream routing. PCM audio processing eliminates the clicks caused by the video synchronizer dropping or repeating frames and hot upstream video switching. VITC conversion and Closed Captioning are supported for same frame-rate conversions.



ApplicationsWhere incoming feeds may be in either •1080, 720, or SD formats



8900UDX-RJ1 J2

J3 J4

J5 J6

J7 J8

J9

FIBER

GenlockIn

GenlockLoop Out

Out

Out

In

Auto TrackDelay

ReclockedSDI Out

Out

Out


Fiber RX

Fiber RX



OptionFiber RX


Option Fiber TX

Fiber TX

4X SD/HD-SDIOut

AudioDelayOut

SD/HD-SDI Fiber In 1



SD/HDSDI In

Frame Bus 2


Frame Bus 1

Ref In

Loop

SD/HD-SDIFiber Out 2


Reclocked Ouptut



installed

De-Embedder

AudioSynchronizer

Embedder

Reclocker

RGB VideoProc. Amp



ComponentVideo

Proc. Amp

GenlockAdjustment

VideoSynchronizer

& Delay Adjust

8900GEN-SMSubmodule

Option

VITC/CCConverter

AdjustableDelay

ChannelGain

56 8995UDX Up/Down/Crossconverter and Frame Sync


57

Key FeaturesHigh-quality upconverter with •synchronizer for robust signal handling


Full video proc. amp functions, including •RGB and component color controls, video gain, chroma gain, phase control (hue), Y/C White/Y Black clip controls, and color space conversion (ITU 601, ITU 709)


Maximum adjustable delay up to 9 frames •

Fiber-ready – accepts an optional SFP •fiber submodule providing optical inputs or outputs



Power Rating18 Watts – dual slot

InputsSD-SDI: One electrical or optional fiber optic•Inputequalization:upto125m•Auto-sensing:Yes•Returnloss:>15dB,5to270MHz;

>15 dB typical, to 1.5 GHz


OutputsHD-SDI: Four electrical and up to two additional optional fiber optic•Returnloss:>15dB,5to270MHz;

>15 dB typ., to 1.5 GHz•Signallevel:800mVp-p±10%•Rise/falltime(20-80%):140pstyp.forHD,

500 ps typ for SD •Outputjitterinframesyncmode,lowjitterapplied:




Synchronizing mode (asynchronous input): Minimum: 2 frames minus 5 lines Maximum: 3 frames minus 5 lines

Fixed delay mode = in Minimum Delay Mode: Nominal: 1 frame (±1 pixel) User-adjustable range: 1 frame to 2 frames minus 5 lines

Synchronizing mode = in Minimum Delay Mode (synchronous input): Nominal: 1 frame (±1 pixel) User-adjustable range: 1 frame to 2 frames minus 5 lines




Input: 480i @ 59.94 Hz Output choices: 1080i @ 59.94 Hz, 1080p @ 23.98, 1080sf @ 23.98, or 720p @ 59.94 Hz

Input: 576i @ 50 Hz Output choices: 1080i @ 50 Hz, 720p @ 50 Hz


Synchronization (Genlock):•Standardframebusgenlockorexternalreferenceif

genlock submodule is installed (NOTE: at least one module per frame must have genlock submodule)

•Adjustment:0to1framein1SDpixelstepsTimecode and Closed CaptionVITC timecode and Closed Caption SD to HD translation: same frame rate and output line select for VITC and Closed Caption. NOTE: VITC and CC may not work accurately in 23.98 Hz 3:2 pulldown from higher frame rate conversion


For detailed specifications, installation and setup instructions see:www.grassvalley.com/docs/modular

This module can be mounted in a GeckoFlex frame but not in other 8900 series frames including Gecko-A or Gecko-V frames. As this module has no card-edge controls and in order to configure this module an 8900NET (Net Card) Network Interface module is required.

8995UPCSD/HD video format upconverter, front module and dual wide rear module set

8900GEN-SMGenlock submodule. This submodule mounts to the front module to provide reference input for the module and frame reference bus. This is required for frame synchronizing operation




8995UPC Upconverter and Frame Sync

ApplicationsWhere incoming feeds may be in either •480i or 576i SD video formats and require upconversion to HD video



The 8995UPC is a compact, broadcast-quality fiber-ready upconverter. Conversion is of the highest quality, with pixel-adaptive motion processing. In addition, the 8995UPC provides the most robust signal handling with the low hysteresis synchronizer, redundant reference, and perfect-picture mode of the 8985FS.

The 8995UPC is fully featured with color-space conversion and a powerful video proc. amp that includes RGB color correction with gamma and component with Y/C clip level adjustments.

Powerful embedded-audio handling includes channel-level and Dolby E stream routing. PCM audio processing eliminates the clicks caused by the video synchronizer dropping or repeating frames. This module silences the effects of hot upstream video switching using a V-fade.

VITC and closed caption data conversion are supported for same-frame-rate conversions, making this an ideal module for playout applications.



58

8900UDX-RJ1 J2

J3 J4

J5 J6

J7 J8

J9

FIBER

GenlockIn

GenlockLoop Out

Out

Out

In

Auto TrackDelay

ReclockedSDI Out

Out

Out


Fiber RX

Fiber RX



OptionFiber RX


Option Fiber TX

Fiber TX

4X HD-SDIOut

AudioDelayOut

SD Fiber In 1

SD Fiber In 1

SD Fiber In 2

SD SDI In

Frame Bus 2


Frame Bus 1

Ref In

Loop

HDFiber Out 2

HDFiber Out 2

Reclocked Ouptut

HDFiber Out 1


installed

De-Embedder

AudioSynchronizer

Embedder

Reclocker

RGB VideoProc. Amp



ComponentVideo

Proc. Amp

GenlockAdjustment

VideoSynchronizer

& Delay Adjust

8900GEN-SMSubmodule

Option

VITC/CCConverter

AdjustableDelay

ChannelGain

8995UPC Upconverter and Frame Sync


CH 1Output

CH 2Output

CH 3Output

CH 4Output

CH 1Input

CH 2Input

CH 3Input

CH 4Input

Fiber I/OConnector

Fiber OutConnector

8935CF-R

CoaxInputs

Ch2

Ch1

Ch4

Ch3

Equalizer #1

Equalizer #2

Equalizer #3

Equalizer #4

Reclock

Cable Driver #1

TX #1

TX #2

TX #3

TX #4

Cable Driver #2

Cable Driver #3

Cable Driver #4

Bypass

Bypass

Bypass

Bypass

Ch1

Ch2

Ch3

Ch4

FO1

FO2

FO3

FO4

Dual TX

Dual TX

Reclock

Reclock

Reclock

598935CF 4-Channel Electrical to 4-Channel Fiber Optic Conversion Module

The 8935CF is a four-channel electrical to optical broadcast quality fiber optic conversion module with reflected electrical outputs. It can accommodate SD/HD-SDI video inputs from 270 Mb/s to 1.5 Gb/s as well as DVB ASI, unbalanced AES, and Grass Valley audio TDM interfaces. The optical circuitry is housed in dedicated strapmount SFP submodule devices mounted on the module circuit board.To construct a four-channel solution, select two of the SFP transmitter devices for two four-channel operation. The SFPs selected set the power and the wavelength for the unit, which allows for CWDM operation when combined with the 8939FCA/8939FCB optical multiplexer. This replaceable optical technology allows for easy upgrade, reconfiguration, and servicing.

Parameters are controllable via the NetConfig Web browser interface for configuration and parameter adjustment. The popular NetCentral application provides health monitoring for modular products as well as many other Grass Valley products.

Key FeaturesFour-channel SDI/HD-SDI fiber transmitter•

Also supports DVB ASI, AES, and Grass •Valley audio TDM interface

Supports up to two SFP devices for up to •four fiber optic outputs

Reclocking for stable long distance •signals

Reclock bypass for non-SDI signal types•

Accommodates lasers with separated •wavelengths for CWDM optical multiplexing

Single-mode fiber•

Can be used with the 8935FC receiver and •other fiber-ready modules for distances of between 0 and 50 km, depending on the transmitter

Meets SMPTE 292M/297M/259M signal •specifications

ApplicationsTransporting multiple high-definition video •feeds over long distances

For constructing SD/HD-SDI optical tie-•lines

Sending multiple optical signals over long •distances to fiber-ready synchronizing modules for re-timing

To feed the 8939FCA for an extremely •compact multiplexed fiber solution

Supported Frame TypesGeckoFlex

Power Rating7.5 Watts (with two SFP devices) – single slot

Modes of OperationThe 8935CF supports following modes of operations:•Autoreclock270Mb/s/1.5Gb/s/bypassmode•Autoreclock270Mb/s/1.5Gb/smode•Fixedreclock270Mb/smode•Fixedreclock1.5Gb/smode•Fixedbypassmode

EnvironmentalOperating temperature range: 0 to +45°C

Non-operating temperature range: -10 to +70°C

Humidity: 90% non-condensing

Serial Digital InputConnector: BNC equalized for up to 300m of Belden 1694A cable for bit rates up to 270 Mb/s and up to 100 m of Belden 1694A for bit rates from 270 Mb/s to 1.5 Gb/s

Input impedance: 75Ω

Return loss: 15 dB

Reclocking: •SMPTE292M-1998at1.485Gb/s•SMPTE259M-1997andDVB-ASIat270Mb/s

Non-reclocking: 1 to 540 Mb/s, AES 3id-2001 and MADI

Fiber Digital Outputs

Connector: Four LC optical connectors

Optical outputs: One optical per electrical input

Electrical outputs: One 75Ω BNC reflected electrical output per electrical input

Electrical LengthReclocked at 270 Mb: 10 ns

Reclocked at 1.5 Gb: 8 ns

Bypass: 7 ns

Fiber Optic Submodule Devices

Channels 2 Frequencies per CWDM SFP Device

Channel 1 and 2 1470 nm & 1490 nm Transmitters




Channel 9 and 10 1310 nm & 1330 nm Transimitters




These SFP transmitters are Class 1 laser devices

This module can be mounted in a single slot in a GeckoFlex frame but not in other 8900 series frames, including Gecko-A or Gecko-V frames.

8935CFElectrical to fiber optic 1:1 converter baseboard, (front and 8935CF-R rear module set)

Important Order Note: Two SFP devices are required for the full operation of the 8935CF module.

SFP Device – Dual Transmitter•SFP-13103G-M1DTX-K

SFP Device – Dual Transmitter for CWDM•SFP-CWDM3G-1-K–1470nmand1490nm•SFP-CWDM3G-2-K–1510nmand1530nm•SFP-CWDM3G-3-K–1550nmand1570nm•SFP-CWDM3G-4-K–1590nmand1610nm•SFP-CWDM3G-5-K–1310nmand1330nm•SFP-CWDM3G-6-K–1350nmand1370nm•SFP-CWDM3G-7-K–1390nmand1410nm•SFP-CWDM3G-8-K–1430nmand1450nm

For detailed specifications, installation, and setup instructions see: www.grassvalley.com/docs/modular


FiberInputs

Ch2

Ch1

Ch4

Ch3

Equalizer #1 Reclock

Bypass

Bypass

Bypass

Bypass

Ch1

Ch2

Ch3

Ch4

Ch5

Ch6

Ch7

Ch8

Dual RX SFP

RX #1RX #2

Equalizer #2

RX #3RX #4

Equalizer #3

Equalizer #4

Cable Driver #1

Cable Driver #2

Cable Driver #3

Cable Driver #4

Dual RX SFP

Reclock

Reclock

Reclock

The 8935FC is a four-channel optical to electrical broadcast-quality fiber optic receiver module with two electrical outputs per channel. It can accommodate SD/HD-SDI video 270 Mb/s to 1.5 Gb/s as well as DVB ASI, unbalanced AES, and Grass Valley audio TDM interfaces. The optical circuitry is housed in dedicated strapmount SFP submodule devices mounted on the module circuit board.To construct a four-channel solution, select two of the SFP-DRX-1 SFP dual receiver devices. The SFP-DRX-1 supports both 1310 nm wavelengths and CWDM wavelengths (1270 nm to 1610 nm). This replaceable SFP optical technology allows for easy upgrade, reconfiguration, and servicing.

Parameters are controllable via our NetConfig web browser interface for configuration. The popular NetCentral application provides health monitoring for modular products as well as many other Grass Valley products.

J1 J2

J3 J4

J5 J6

J7 J8

1

32

IN IN

Ch 1Output

CH 1Output

Fiber InConnector

Ch 2Output

CH 2Output

Ch 3Output

CH 3Output

Ch 4Output

CH 4Output

Fiber InConnector

4

8935FC-R



InputsFour channels of SD/HD-SDI on single-mode fiber


Minimum optical input: -20 dBm

Maximum optical input: -1 dBm

OutputsElectrical outputs: Two electrical outputs per optical input

Reclocking: •SMPTE292M-1998at1.485Gb/s•SMPTE259M-1997andDVBASIat270Mb/s


Return loss:•15dB5MHzto540MHz•10dB540MHzto1.5GHz

Electrical length: Reclocked at 270 Mb: 10 ns, Reclocked at 1.5 Gb: 8 ns

Bypass: 7 ns

Modes of OperationThe 8935FC supports following modes of operations:•Autoreclock270Mb/s/1.5Gb/s/bypassmode•Autoreclock270Mb/s/1.5Gb/smode•Fixedreclock270Mb/smode•Fixedreclock1.5Gb/smode•Fixedbypassmode





60

Key FeaturesFour-channel SD/HD-SDI fiber receiver •(each SFP-DRX SPF has dual single-mode PIN receivers)


Supports up to two SFP-DRX-1 devices for •up to four fiber-optic inputs

Two reclocked outputs for stable long •distance reception of each optical feed


Inputs accommodates 1310 nm and •CWDM wavelengths


Can be used with the 8935CF transmitter •and other fiber-ready modules for distances of between 0 and 50 km, depending on the transmitter

Meets SMPTE 292M/297M/259M signal •specifications

ApplicationsReceiving multiple high-definition video •feeds over long distance fiber connections

For receiving implementing SD/HD-SDI •optical tie-lines

To provide multi-channel receiving •capability alongside the 8939FCA/8939FCB for an extremely compact multiplexed fiber solution


8935FC 4-Channel Fiber Optic to 4-Channel Electrical Conversion Module


8935FCOptical to electrical converter, front and 8935FC-R rear module set

Important order note: two SFP devices are required for the full operation of the 8935FC module.

SFP DeviceSFP-13103G-M1DRX-K – 1270 nm > 1610 nm dual receiver kit containing fiber optic submodule, mounting bracket, and fiber cable assembly

Specifications Ordering InformationOrdering InformationSpecifications

CH 1Output

CH 2Output

CH 3Output

CH 4Output

CH 1Input

CH 2Input

CH 3Input

CH 4Input

Fiber I/OConnector

Fiber OutConnector

8943CF-R

CoaxInputs

Ch2

Ch1

Ch4

Ch3

Equalizer #1

Equalizer #2

Equalizer #3

Equalizer #4

Reclock

Cable Driver #1

TX #1

TX #2

TX #3

TX #4

Cable Driver #2

Cable Driver #3

Cable Driver #4

Bypass

Bypass

Bypass

Bypass

Ch1

Ch2

Ch3

Ch4

FO1

FO2

FO3

FO4

Dual TX

Dual TX

Reclock

Reclock

Reclock

618943CF 4-Channel Electrical to 4-Channel Fiber Optic Conversion Module

The 8943CF is a four-channel electrical to optical broadcast quality fiber optic conversion module with reflected electrical outputs. It can accommodate SD/HD/3G-SDI video inputs as well as DVB ASI, unbalanced AES, and Grass Valley audio TDM interfaces. The optical circuitry is housed in dedicated strap-mount SFP submodule devices mounted on the module circuit board. To construct a four-channel solution, select two of the SFP transmitter devices for two four-channel operation. The SFPs selected set the power and the wavelength for the unit which allows for CWDM operation when combined with the 8939FCA and 8939FCB optical multiplexers. This replaceable optical technology allows for easy upgrade, reconfiguration and servicing.

Parameters are controllable via the NetConfig Web browser interface for configuration and parameter adjustment. The popular NetCentral application provides health monitoring for modular products as well as many other Grass Valley products.

Key FeaturesFour-channel SDI/HD/3G-SDI fiber •transmitter


Supports up to two SFP devices for up to •four fiber optic outputs

Reclocking for stable long distance •signals


Accommodates lasers with separated •wavelengths for CWDM optical multiplexing


Can be used with the 8943FC receiver and •other fiber-ready modules for distances of between 0 and 50 km, depending on the transmitter

Meets SMPTE 292M/297M/259M/424M •signal specifications

ApplicationsTransporting multiple high-definition video •feeds over long distances

For constructing SD/HD/3G-SDI optical •tie-lines

Sending multiple optical signals over long •distances to fiber-ready synchronizing modules for re-timing

To feed the 8939FCA for an extremely •compact multiplexed fiber solution



Modes of OperationThe 8943CF supports following modes of operations:•Autoreclock/bypass•Autoreclock/mute•3G2790M•HD1485M•SD270M•ManualbypassHD/3G•ManualbypassSD




Serial Digital InputConnector: BNC

Equalization (with Belden 1694A cable): 300m up to 270 Mb/s, 100m from 270 Mb/s to 1.5 Gb/s, 80m from 270 Mb/s to 2.97 Gb/s

Input impedance: 75Ω

Return loss: 15 dB

Reclocking: •SMPTE424Mat2.97Gb/s•SMPTE292M-1998at1.485Gb/s

•SMPTE259M-1997andDVB-ASIat270Mb/s


Fiber Digital OutputsConnector: Four LC optical connectors

Optical outputs: One optical per electrical input

Electrical outputs: One 75Ω BNC reflected electrical output per electrical input

Electrical LengthReclocked at 270 Mb: 10 ns



Bypass: 7 ns

Fiber Optic Submodule Devices

Channels 2 Frequencies per CWDM SFP Device





Channel 9 and 10 1310 nm & 1330 nm Transimitters




These SFP transmitters are Class 1 laser devices


8943CFElectrical to fiber optic 1:1 converter baseboard, (front and 8943CF-R rear module set)

Important Order Note: Two SFP devices are required for the full operation of the 8943CF module.

SFP Device – Dual Transmitter•SFP-13103G-M1DTX-K

SFP Device – Dual Transmitter for CWDM•SFP-CWDM3G-1-K–1470nmand1490nm•SFP-CWDM3G-2-K–1510nmand1530nm•SFP-CWDM3G-3-K–1550nmand1570nm•SFP-CWDM3G-4-K–1590nmand1610nm•SFP-CWDM3G-5-K–1310nmand1330nm•SFP-CWDM3G-6-K–1350nmand1370nm•SFP-CWDM3G-7-K–1390nmand1410nm•SFP-CWDM3G-8-K–1430nmand1450nm

8935FC 4-Channel Fiber Optic to 4-Channel Electrical Conversion Module


FiberInputs

Ch2

Ch1

Ch4

Ch3

Equalizer #1 Reclock

Bypass

Bypass

Bypass

Bypass

Ch1

Ch2

Ch3

Ch4

Ch5

Ch6

Ch7

Ch8

Dual RX SFP

RX #1RX #2

Equalizer #2

RX #3RX #4

Equalizer #3

Equalizer #4

Cable Driver #1

Cable Driver #2

Cable Driver #3

Cable Driver #4

Dual RX SFP

Reclock

Reclock

Reclock

J1 J2

J3 J4

J5 J6

J7 J8

1

32

IN IN

Ch 1Output

CH 1Output

Fiber InConnector

Ch 2Output

CH 2Output

Ch 3Output

CH 3Output

Ch 4Output

CH 4Output

Fiber InConnector

4

8943FC-R


The 8943FC is a four-channel optical to electrical broadcast-quality fiber optic receiver module with two electrical outputs per channel. It can accommodate SD/HD/3G-SDI video as well as DVB ASI, unbalanced AES, and Grass Valley audio TDM interfaces. The optical circuitry is housed in dedicated strap-mount SFP submodule devices mounted on the module circuit board. To construct a four-channel solution, select two of the dual receiver devices. The dual receiver supports both 1310 nm wavelengths and CWDM wavelengths (1270 nm to 1610 nm). This replaceable SFP optical technology allows for easy upgrade, reconfiguration, and servicing.

Parameters are controllable via our NetConfig web browser interface for configuration. The popular NetCentral application provides health monitoring for modular products as well as many other Grass Valley products.



InputsFour channels of SD/HD-SDI on single-mode fiber


Minimum optical input: -20 dBm

Maximum optical input: -1 dBm

OutputsElectrical outputs: Two electrical outputs per optical input

Reclocking: •SMPTE424Mat2.97Gb/s•SMPTE292M-1998at1.485Gb/s•SMPTE259M-1997andDVBASIat270Mb/s


Return loss:•15dB5MHzto540MHz•10dB540MHzto1.5GHz•10dB540MHzto3GHz

Electrical length:

•Reclockedat270Mb:10ns•Reclockedat1.5Gb:8ns•Reclockedat3Gb:8ns

Bypass: 7 ns

Modes of OperationThe 8943FC supports following modes of operations:•Autoreclock/bypass•Autoreclock/mute•3G2790M•HD1485M•SD270M•ManualbypassHD/3G•ManualbypassSD




Key FeaturesFour-channel SD/HD/3G-SDI fiber receiver •(each SFP-DRX SPF has dual single-mode PIN receivers)


Supports up to two SFP-DRX-1 devices for •up to four fiber-optic inputs

Two reclocked outputs for stable long •distance reception of each optical feed


Inputs accommodates 1310 nm and •CWDM wavelengths


Can be used with the 8943CF transmitter •and other fiber-ready modules for distances of between 0 and 50 km, depending on the transmitter

Meets SMPTE 292M/297M/259M/424M •signal specifications

ApplicationsReceiving multiple high-definition video •feeds over long distance fiber connections

For receiving implementing SD/HD/3G-SDI •optical tie-lines

To provide multi-channel receiving •capability alongside the 8939FCA/8939FCB for an extremely compact multiplexed fiber solution


8943FCOptical to electrical converter, front and 8943FC-R rear module set

Important order note: two SFP devices are required for the full operation of the 8943FC module.

SFP DeviceSFP-13103G-M1DRX-K – 1270 nm > 1610 nm dual receiver kit containing fiber optic submodule, mounting bracket, and fiber cable assembly


The 8939FCA and 8939FCB are bi-directional optical CWDM multiplexer/demultiplexer modules for the 2 RU GeckoFlex frame. They are used where multiple signals need to be sent over one fiber. When used together, these flexible modules are designed to multiplex up to 16 fiber optic signals onto a single fiber.

Each passive optical module supports SD-SDI, HD-SDI, and 3G-SDI signals from GeckoFlex modules equipped with SFP (small form-factor pluggable) CWDM optical transmitters and will handle up to 3 Gb/s. Standard receivers can be used on each output for the receive function with each module separating the light into its discrete wavelengths. These modules can be used both on the transmit, launch side, or the receive side of the cable.

With the 8939FCA module, the eight main optical ports can be used to accept CWDM wavelength lasers where each signal uses a specific wavelength of light. The expansion port can accept or deliver an additional 1310 nm wavelength signal for 9:1 multiplexing. GeckoFlex fiber-ready modules can be equipped with CWDM fiber transmitters for ultra-compact multiplexed optical capability.

The 8939FCA can also be used with the 8935FCB module to increase the number of optical channels to 16 which can be transmitted over one single-mode fiber cable.

Refer to the block diagrams shown on the following page for using the modules.

Key FeaturesOptical multiplexer/demultiplexer for •combining signals on a single fiber

8939FCA provides up to 8:1 or 1:8 •multiplexing or demultiplexing using CWDM technology

Will accept a ninth 1310 nm signal for 9:1 •multiplexing when connected to the EXP port of the 8939FCA

Using the 8939FCB connected to the EXP •port of the 8939FCA, up to 16 channels can be transmitted on a single fiber

Up to 10 8939FCA modules can be housed •in a GeckoFlex frame providing up to 80 channels of optical multiplexing or demultiplexing per 2 RU frame

The module is a passive optical device for •reliable service

ApplicationsFor transporting multiple SD/HD/3G-SDI •video signal over a limited fiber cable capacity

When reducing infrastructure costs •(cabling, electrical power consumption, space, etc.) is required – multiplexed video over fiber gives us an 8:1 ratio on cabling and support equipment

Fiber is commonly used in any application •where SD/HD/3G-SDI signals are found


Power Rating0.0 Watts (passive) – single-slot one piece rear mount

Performance Specifications8939FCA: 8-channel CWDM channels: 1470 nm, 1490 nm, 1510 nm, 1530 nm, 1550 nm, 1570 nm, 1590 nm, 1610 nm

8939FCB: 8-channel CWDM channels: 1310 nm, 1330 nm, 1350 nm, 1370 nm, 1390 nm, 1410 nm, 1430 nm, 1450 nm

Expansion port wavelength coverage: 1260 nm > 1450 nm

8-channel insertion loss: 2.25 dB max.

Expansion port insertion loss: 1.25 dB max.

8-channel link loss: 4 dB max.

Adjacent channel isolation: 35 dB typical

Non-adjacent channel isolation: 50 dB min.

Polarization dependant loss: 0.1 dB max.

Optical return loss: 50 dB min.

Optical ripple: 0.5 dB max.

Thermal stability: 0.005 nm/°C

Channel uniformity 8ch: 1.25 dB typical

EnvironmentalStorage temperature: -10 to +70°C

Operating ambient temperature: -40 to +85°C

Reference InformationThe CWDM SFP transmitter submodule devices used on 8943CF and the SFP receiver used on 8943FC modules (or other fiber-ready GeckoFlex modules) used in conjunction with the 8939FCA and 8939FCB support the following frequencies supporting data rates up to 3 Gb/s:

Model Transmitter Frequencies Supported

SFP-CWDM3G-1-K 1470 nm 1490 nm








Receiver Frequency Supported

SFP-13103G-M1DRX-K 1270 nm > 1610 nm Dual Receiver

NOTE: The CWDM submodules listed above may also be used with the 8935CF and 8935FC but the 8935 modules only handle bit rates up to 1.5 Gb/s..

These modules can be mounted in a GeckoFlex frame but not in other 8900 series frames, including Gecko-A or Gecko-V frames. These modules mount from the rear, each taking up one slot. These modules have no controls or settings.

8939FCARear-mount fiber optic mux and demux 8:1 or 1:8 module with Ch1 – Ch8 with expansion port

8939FCBRear-mount fiber optic mux and demux 8:1 or 1:8 module used with the 8939FCA to provide eight additonal fiber optic channels Ch9 – Ch16

WARNINGThe COM and EXP outputs of the 8939FCA and 8939FCB may fall into the Class IIIa Laser Device catagory, depending on number of SFP input choices.

CH101330 nm

COM

8939FCB

CH91310 nm

CH111350 nm

CH121370 nm

CH141410 nm

CH131390 nm

CH151430 nm

CH161450 nm

Class |||aLaser Product

N/A

CH21490 nm

COM

8939FCA

CH11470 nm

CH31510 nm

CH41530 nm

CH61570 nm

CH51550 nm

CH71590 nm

CH81610 nm

Class |||aLaser Product

EXP

638939FCA/8939FCB Fiber Optic Mux/Demux Modules


Block Diagrams for Mux/Demux ApplicationsThe 8939FCA module can be used alone for various applications or together with the 8939FCB module, depending on the application. Refer to the block diagrams below for applications for both modules. In all of the applications using the 8939FCA and 8939FCB modules, the 8935CF/8935FC (1.5 Gb/s) or 8943CF/8943FC (3 Gb/s) or other fiber-ready GeckoFlex modules feeding video to the 8939 modules must be fitted with the correct frequency SFP fiber optic submodule and cabled to the corresponding channel for that frequency.

8939FCA Bi-Directional Application

The 8939CFA and 8939FCB can also be used in a bi-directional application where any single channel on the module can transport a video signal on its specific wavelength independent of the direction and use of the other channels as shown in the block diagram at right. When the 8939FCB is connected to the 8939FCA via the EXP port, the module can mux and demux 16 channels in two directions in any combination.

8939FCA/8939FCB 16-Channel Mux/Demux Application

When the 8939CFA is used with the 8939FCB as shown in the block diagram at left, an additional eight fiber optic channels from the 8939FCB are made available. This allows a total of 16 channels to be multiplexed and demultiplexed on a single fiber cable.

8939FCA 9:1 Multiplexer to 1:9 Demultiplexer

The 8939FCA can multiplex up to nine fiber video channels from two 8943CF (Coax to Fiber) modules and another 1310 nm Grass Valley fiber-ready module. Another 8939FCA can demultiplex the signals and feed them to two 8943FC (Fiber to Coax) modules and a 1310 nm fiber-ready Grass Valley module over a single-mode fiber cable at a location up to 50 kilometers away.

When used as a nine-channel Mux > Demux device, the module can handle nine channels of video as shown in the block diagram example below. Note that this includes the use of the EXP ports in both modules.

Single-modeFiber

Distanceof 50 km

Ch1

Ch2

Ch3

Ch4

Ch1

Ch2

Ch3

Ch4

SD/HD-SDCoax In

SD/HD-SDCoax Out

SD/HD/3GSDI Coax In

Ch6 TX

Ch5 TX

Ch2 TX

Ch1 TX

Ch7 TX

Ch8 TX

Ch9 TXEXP

1610 nm

1310 nm

1590 nm

1570 nm

1550 nm

MUX

8939FCA8943FC

CWDM3G-3

CWDM3G-4

CWDM3G-1

CWDM3G-2

8943CF

8943CFCOM

8900Fiber-Ready

Module

Ch1

Ch2

Ch3

Ch4

Ch1

Ch2

Ch3

Ch4

SD/HD/3GSDI Coax Out

1260 nm TO 1610 nm DRX




8943FC

8943FC

8900Fiber-Ready

Module

1490 nm

1470 nm

Ch3 TXCh4 TX 1530 nm

1510 nm

CH11470 nm

CH21490 nm

CH31510 nm

CH41530 nm

CH51550 nm

CH61570 nm

CH71590 nm

CH81610 nm

EXP

DEMUX

8939FCA

COM

CH11470 nm

CH21490 nm

CH31510 nm

CH41530 nm

CH51550 nm

CH61570 nm

CH71590 nm

CH81610 nm

Ch9 TX1310 nm

Ch6 TX

Ch5 TX

Ch2 TX

Ch1 TX

Ch7 TX

Ch8 TX 1610 nm

1590 nm

1570 nm

1550 nm

1490 nm

1470 nm

Ch3 TXCh4 TX 1530 nm

1510 nm

COM

EXP

8939FCA

Single-mode Fiber (up to 50 km)

8939FCA

Ch1 TX

Ch2 TX

Ch3 TX

Ch4 TX

Ch5 TX

Ch6 TX

Ch7 TX

Ch8 TX

COMCh1 RX

Ch2 RX

Ch3 RX

Ch4 RX

Ch5 RX

Ch6 RX

Ch7 RX

Ch8 RX

COM

8939FCB 8939FCB

Ch9 TX

Ch10 TX

Ch11 TX

Ch12 TX

Ch13 TX

Ch14 TX

Ch15 TX

Ch16 TX

COM

Ch9 RX

Ch10 RX

Ch11 RX

Ch12 RX

Ch13 RX

Ch14 RX

Ch15 RX

Ch16 RX

MUX

DEM

UX

MUX

DEM

UX

EXP

EXP (N/A)(N/A) EXP

8939FCA 8939FCA

Ch7 RXCh8 RX

Ch3 TX

Single-mode

Ch4 TX

Ch1 TX

Ch5 RX Ch6 RX

Ch1 RX Ch2 RX Ch2 TX

Ch3 RXCh4 RX

Ch5 TX Ch6 TX

Ch7 TX Ch8 TX

EXP8943CF CH 1-4

8943CF CH 5-8

8943FC CH1-4

8943FC CH 5-8

EXP

COMM COMM

8939FCA

64 8939FCA/8939FCB Fiber Optic Mux/Demux Modules


Key FeaturesAdd fiber to your fiber-ready modules as •needed

Flexible choices in regards to transmit, •receive, and transceiver devices

SMPTE 292M/297M/259M/424M •compatible

Based on mature industry-standard SFP •technology

Handles pathological test patterns•

Internally calibrated digital diagnostic •monitoring interface

Robust die-cast metal housing•

Supports single-mode fiber•

LC connector•

One of the two transmitters in a dual •device can be turned off allowing it to be kept as an installed spare channel

ApplicationsSFPs can be installed on any fiber-ready •GeckoFlex module

They provide optical inputs/optical outputs•

For long-distance connections which •exceed the limits of coaxial cable

For applications where the size or weight •of cable is an issue, especially where multiplexed fiber is used

To provide electrical isolation•

SFP Fiber Optic Overview

The SFP fiber optic submodule is a dual-channel optical connection device that can be added to any fiber-ready module to provide optical input, optical output, or both. SFPs support single-mode fiber connections using compact, stable LC connectors.

Using these SFPs, ordinary modules can be made into fiber-capable modules eliminating the wasted space and additional cost of dedicated fiber conversion modules. The SFP approach also means that maintenance replacement and upgrade are simple tasks.

High-definition signals often require signal transport above the limit of conventional cables. Optical connections go further while providing electrical isolation. They can also be multiplexed for extremely compact solutions even in adverse environments. These SFPs support single-mode fiber which carries SD/HD/3G SDI signals substantially further than multi-mode.

Data rate capability depends on the front module used. Refer to the specific front module specification for the type of SFP that can be installed.

Refer to the Ordering Information below and the following pages for all SFP specifications and a SFP to front module compatibility chart. SFP devices supporting data rates up to 2.97 Gb/s are strap-mount kits installed on the GeckoFlex front module circuit boards that support data rates up to 2.97 Gb/s.

The following types of SFP modules are available for data rates up to 2.97Gb/s:

The SFP-13103G-M1DTX is a dual transmitter suitable for straightforward optical connections.

The SFP-13103G-M1DRX is a dual wideband optical receiver that will support all the SFP transmitters both the CWDM and 1310 types.

The SFP-CWDM3G-1-8 units are used where optical multiplexing is required. Optical multiplexing also needs two 8939FCA/8939FCB modules, one to multiplex the signals and the other to de-multiplex them again. As the multiplexing requires eight discrete wavelengths of light, the SFP-CWDM3G parts are available in eight versions with each covering two of the 16 wavelengths.

The SFP-13103G-M1TRX uses its two optical channels to provide a transceiver capability (one send/one receive). Modules fitted with this part make great optical repeaters with local electrical outputs if required.

Fiber Optic SFP Devices

SD/HD/3G 1310NM Transceiver SFPsSFP-13103G-M1TRX-K SFP Kit 1310 nm M1 Transceiver

SFP-13103G-M1TRX SFP 1310 nm M1 Transceiver

SFP-13103G-M2TRX SFP 1310 nm M2 Transceiver

SD/HD/3G 1310 nm Dual Transmitter SFPsSFP-13103G-M1DTX-K SFP Kit 1310 nm M1 Transmitter

SFP-13103G-M1DTX SFP 1310 nm M1 Transmitter

SFP-13103G-M2DTX SFP 1310 nm M2 Transmitterr

SD/HD/3G 1310 nm Dual Receiver SFPsSFP-13103G-M1DRX-K SFP Kit 1310 nm M1 Receiver

SFP-13103G-M1DRX SFP 1310 nm M1 Receiver

SFP-13103G-M2DRX SFP 1310 nm M2 Receiver

SD/HD/3G CWDM Dual Transmitter SFPsSFP-CWDM3G-1-K SFP Kit 1470-1490 nm Dual Transmitter

SFP-CWDM3G-1 SFP 1470-1490 nm Dual Transmitter

SFP-CWDM3G-2-K SFP Kit 1510-1530 nm Dual Transmitter

SFP-CWDM3G-2 SFP 1510-1530 nm Dual Transmitteri













How to Order: Refer to the SFP Fiber Optic Submodule Compatibility table on the following pages for information on how to order a specific submodule for your front GeckoFlex module.

65

SFP Devices with Data Rates from 143 Mb/s to 2.97 Gb/s

Transmitter SFP Specification Table

Model NumbersSFP-13103G-M1DTX-K,SFP-13103G-M1DTX,SFP-13103G-M2DTX

SFP-CWDM3G-1-K,SFP-CWDM3G-1




SFP-13103G-M1TRX-K,SFP-13103G-M1TRX,SFP-13103G-M2TRX

Wavelength 1 1310 nm 1470 nm 1510 nm 1550 nm 1590 nm 1310 nmWavelength 2 1310 nm 1490 nm 1530 nm 1570 nm 1610 nm N/A

Model NumbersSFP-CWDM3G-5-K,

SFP-CWDM3G-5SFP-CWDM3G-6-K,

SFP-CWDM3G-6SFP-CWDM3G-7-KSFP-CWDM3G-7


Wavelength 1 1310 nm 1350 nm 1390 nm 1430 nmWavelength 2 1330 nm 1370 nm 1410 nm 1450 nmTransmit Channels 2 2 2 2 1 1

Power Output @ 2.97 Gb/s, 360 Mb/s, and 270 Mb/s

TX power: -7 to +2 dBm

(± 3 dB)TX Power: -2 to +5 dBm (+3 dB)

TX Power: -7 to +2 dBm

RX Power: -22 to -1 dB

(± 3 dB)ParametersMaximum Distance with SFP-13103G-M1DRX-KSFP-13103G-M1DRXSFP-13103G-M2DRX @ 2.97 Gb/s

10 km 50 km 30 km

Maximum Distance with SFP-13103G-M1DRX-KSFP-13103G-M1DRXSFP-13103G-M2DRX @ 2.97 Gb/s

20 km 60 km 20 km

Minimum Distance with SFP-13103G-M1DRX-KSFP-13103G-M1DRXSFP-13103G-M2DRX @ 2.97 Gb/s

0 km (note 1) 0 km (note 2) 0 km (note 1)

Minimum Distance with SFP-13103G-M1DRX-KSFP-13103G-M1DRXSFP-13103G-M2DRX @ 2.97 Gb/s

N/A 50 km (note 3) N/A

Optical Input Wavelength N/A N/A N/A N/A N/A 1260 nm through 1620 nm

NOTE 1: The 1310 nm Dual Transmitter (SFP-13103G-M1DTX) and Transceiver (SFP-13103G-M1TRX, SFP-13103G-M2TRX) require no attenuation between fiber transmitter and receiver connections at any cable lengths.NOTE 2: All CWDM devices used in point-to-point configuration with a cable run from 0-20 km, must be attenuated by 6 dB between the fiber transmitter and receiver connections.NOTE 3: CWDM devices used with 8939FCA or 8939FCA/8939FCB modules for a mux/demux configuration with a cable run from 0-12 km (7.5 miles), must be attenuated by 4 dB between 8939FCA or the 8939FCA/8939FCB COM ports.

Receiver SFP Specifications Table

Model NumbersSFP-13103G-M1DRX-KSFP-13103G-M1DRX,SFP-13103G-M2DRX

SFP-13103G-M1TRX-KSFP-13103G-M1TRXSFP-13103G-M2TRX

Low Wavelength 1270 nm 1270 nmHigh Wavelength 1610 nm 1610 nmReceiver Channels 2 1Parameters 75% Color BarsMaximum Receive Signal Levels @ 2.97 Gb/s, 360 Mb/s, and 270 Mb/s -3 dBm (0.501 mW)Minimum Receive Signal Levels @ 2.97 Gb/s, 360 Mb/s, and 270 Mb/s -23 dBm (0.500794 mW)

General SpecificationsSupported module types: GeckoFlex fiber-ready front modules with strap-mount SFP connectors and support up to 2.97 Gb/s data rates

Optical connectors: LC

Fiber support: Single-mode fiber

Data rate: 143 Mb/s to 2.97 Gb/s


Specifications

66 Fiber Optic SFP Devices


Legend:S = Strap-mount Front Module

C = Cage-mount Front Module

X = Recommended to order

* = Module requries kit

How to Use this Table:Locate your front module on the right. Note the type of front module, either C or S. Order the recommended SFP for your front module type. Refer to the Notes section at the bottom of this table for more information. (C

) 892

5DM

B-B

(ver

sion

2.1.

3 or

late

r)

(C) 8

925D

MB-

U (v

ersio

n 2.

1.3

or la

ter)

(C) 8

925E

MB-

B (v

ersio

n 2.

1.3

or la

ter)

(C) 8

925E

MB-

U (v

ersio

n 2.

1.3

or la

ter)

(S) 8

935C

F (v

ersio

n 1.

0.0

or la

ter)

(S) 8

935F

C (v

ersio

n 1.

0.0

or la

ter)

(S) 8

943R

DA-D

FR (v

ersio

n 1.

1.2

or la

ter)

(C) 8

947R

DA-F

R (v

ersio

n 1.

3.1

or la

ter)

(C) 8

949M

DA-C

FR (v

ersio

n 2.

4.1

or la

ter)

(S) 8

949M

DA-C

XF (v

ersio

n 2.

0.1

or la

ter)

(C) 8

949M

DA-S

FR (v

ersio

n 2.

4.1

or la

ter)

(S) 8

949M

DA-S

XF (v

ersio

n 2.

0.1

or la

ter)

(C) 8

985F

S (v

ersio

n 1.

3.2

or la

ter)

(C) 8

985F

SP (v

ersio

n 1.

3.2

or la

ter)

(C) 8

995D

NC (v

ersio

n 1.

2.4

or la

ter)

(C) 8

995U

PC (v

ersio

n 1.

2.4

or la

ter)

(C) 8

995U

DX (v

ersio

n 1.

2.4

or la

ter)

(C) 2

040R

DA-F

R (v

ersio

n 2.

1.1

or la

ter)

(C) 2

040R

DA-1

6FR

(v2.

1.1

or la

ter)

TransceviersSFP-13103G-M1TRX-K X X X

SFP-13103G-M1TRX X X X X X* X* X* X X X X X X X

SFP-13103G-M2TRX X X X X X* X X X* X X* X X X X X X X

Dual ReceiversSFP-13103G-M1DRX-K X X X

SFP-13103G-M1DRX X X X X X* X* X X* X X X X X X X X

SFP-13103G-M2DRX X X X X X* X X X* X X X X X X X X X

Dual TransmittersSFP-13103G-M1DTX-K X X X X

SFP-13103G-M1DTX X X X X X* X* X X* X* X X X X X X X

SFP-13103G-M2DTX X X X X X* X X X* X X* X X X X X X X

CWDM Dual TransmittersSFP-CWDM3G-1-K (1470-1490 nm) X

SFP-CWDM3G-1 (1470-1490 nm) X*

SFP-CWDM3G-2-K (1510-1530 nm) X

SFP-CWDM3G-2 (1510-1530 nm) X*

SFP-CWDM3G-3-K (1550-1570 nm) X

SFP-CWDM3G-3 (1550-1570 nm) X*

SFP-CWDM3G-4-K (1590-1610 nm) X

SFP-CWDM3G-4 (1590-1610 nm) X*

NOTE 1: The strap-mount type front GeckoFlex circuit boards require a kit for initial installation. Part numbers with a -K indicate a kit. Each SFP kit includes an SFP submodule, a mounting bracket, and a 2-channel fiber cable assembly. When a kit has been installed, spare or replacement submodules can be ordered without the kit by ordering only the submodule part number (without the -K).

NOTE 2: Modules with current software listed above can use the latest SFP models listed above and the older versions as well. Modules must be updated to the current software version listed above to use the latest SFP models listed here.

NOTE 2: Software updates are available for each module on the Grass Valley FTP site free of charge. Refer to the Release Notes for each module posted on the Grass Valley web site at this URL: www.grassvalley.com/docs/modular. The Release Notes will describe how to acquire and load the latest software.

67Fiber Optic SFP Devices


Specifications

Receiver Media Converter Table

Data Rates from 143Mb/s to 2.97Gb/s

Model Number MVMC-3G-RXParameter @2.97 Gb/s (75% Color Bars)Receiver Channels 1Low Wavelength 1260 nmHigh Wavelength 1620 nmMax. Receive Signal Level

0 dBm

Min. Receive Signal Level

-20 dBm

General SpecificationsOptical connectors: LC

Fiber support: Single-mode fiber

Data rate: 143 Mb/s to 2.97 Gb/s

Transmitter Media Converter Table

Data Rates from 143 Mb/s to 2.97 Gb/s

Model Numbers MVMC-3G-TX MVMC-3G-TX1550Parameters @2.97Gb/s (75% Color Bars)Transmit Channels 1 1Optical Interface LC LCElectrical Interface 75Ω BNC 75Ω BNCWavelength 1 1310 nm 1550 nm

Power Output at 2.97 Gb/sMin./Max.

-6 dBm / -3 dBm (Typical: -4.5 dBm)

Min./Max.0 dBm / +3 dBm

(Typical: +1.5 dBm)Link Distance with MVMC-3G RX Receiver @ 2.97 Gb/s

10 km 50 km

Power Provided by MVMC-PS-1 wall power supply (100V to 200V)

NOTE 1: Assumes 0 dB additional external attenuator.NOTE 2: The maximum distance will be reduced by 15 km if 5 dB additional external attenuator is present to mitigate risk of

0 km receiver overload. NOTE 3: A 5 dB additional external attenuator will be required to mitigate risk of 0 km receiver overload.



Media converters are small single-channel optical converters that attach to the BNC input or output (depending on the model) and convert SD/HD/3G, AES, MADI electrical signals to/from fiber optic signals. Media converters support single-mode fiber connections using robust LC connectors. Using these media converters, ordinary modules, routers, servers, and many other broadcast products can be made fiber-capable.

High-definition signals often require signal transport above the limit of conventional cables. Optical connections go further while providing electrical isolation. These media converters support single-mode fiber which carries SD/HD/3G, AES, MADI signals substantially further than multi-mode.

Key FeaturesAdd fiber to any • SD/HD/3G, AES, MADI module or other broadcast equipment as needed

Flexible choices for transmit and receive •devices

SMPTE 292M/297M/259M/424M •compatible

Based on mature industry-standard fiber •optic technology

Handles pathological test patterns•

Robust housings•

Supports single-mode fiber•

BNC to/from optical LC connector•

AttributesMedia converters can be attached to any •SD/HD/3G, AES, MADI module or source/destination

For long-distance connections which •exceed the limits of coaxial cable

For applications where the size or weight •of cable is an issue

To provide electrical isolation•

Supports SMPTE 310M/259M/292M/297M/ •424M and DVB/ASI

Line equalized (typical 1694A: •100m @ 2.97 Gb/s, 200m @ 1.485 Gb/s, and 400m @ 270 Mb/s)

The media converters are offered as individual transmit and receiver devices. These fiber optic media converter devices require one power supply per device. The media converter frames support up to 18 transmit or receive media converters and provide power for all 18 devices. All of the media converter receivers operate over a range of 1270 nm > 1610 nm.

Frames for Media Converters

VMCR3G-18-R18-channel media converter rack mount frame (19" 1 RU) w/power supply

Media Converters

MVMC-3G-RX LC to BNC simplex SD/HD/3G, AES, MADI 1270 > 1610 nm optical receiver

MVMC-3G-TXLC to BNC simplex SD/HD/3G, AES, MADI 1310 nm optical transmitter

MVMC-3G-TX1550LC to BNC simplex SD/HD/3G, AES. MADI 1550 nm optical transmitter

Power Supplies

MVMC-PS-1Media converter universal power supply

68 Fiber Media Converter Devices

Specifications Ordering InformationOrdering InformationSpecifications

698949SVM-UMD/-LOC SD/HD-SDI Single Viewing Module

Key FeaturesMonitor SD or HD-SDI feeds on flat-panel •monitors

Drive video or low-cost computer monitor •panels

Support for digital DVI or analog VGA-style •monitors

UMD and tally control from an external •controller via Ethernet (8949SVM-UMD only)

Analog audio monitoring outputs•

Audio delay compensation for both module •and monitor processing

Auto-sensing of monitor resolution and •scan rate via EDID

Temporal conversion to display video or •non-video (PC) monitors

Built-in display compensation for color •and black stretch

Patterns, including PLUGE, for monitor setup•

Frame lock modes to ensure no skipped or •repeated frames

ApplicationsMonitoring video in the production •environment on compact, high-quality flat-panel displays

Using low-cost computer displays for •viewing HD signals

Creating a complete monitor station with •high-resolution viewing and stereo audio

The 8949SVM module displays SD-SDI and HD-SDI signals on flat-panel monitors, including video or computer TFT displays. The output is via a DVI-I type connection and can be used to feed digital DVI monitors or analog VGA-style units. The 8949SVM supports a wide range of monitor resolutions and refresh rates. The input is auto-sensing for HD and SD. The output is auto-sensing for resolution and scan rate. These features can provide for zero-configuration installation.

The 8949SVM-UMD includes on-screen UMD text and tally indicators. The UMD and tally facilities can be driven from a central controller via the module’s own Ethernet connection.

The module includes balanced analog audio monitoring outputs. Display of 50 Hz video formats on 60 Hz monitors is supported. The picture can be tuned using the built-in black stretch, color space conversion, and RGB proc amp controls. These adjustments are usually

missing from the monitor itself. This module supports 16:9, 16:10, 4:3, and 5:4 monitor screen aspects when fed with 16:9, 4:3, or 16:9 anamorphic (SD) pictures. The input is auto-sensing for non-anamorphic HD and SD units. SD inputs with anamorphic aspect ratios can be displayed but the aspect ratio must be set manually.

Supported Frame TypesThe module is compatible with GeckoFlex frames with fans (8900FF and 8900FFN)

Power Rating and Size8.5 Watts – single slot

InputsSD/HD-SDI: Auto-sensingNote: selection of anamorphic SD initiated by the user

Equalization: •Upto125m(HD-SDIonBelden1694Acable)•Upto330m(SD-SDIonBelden1694Acable)

Ethernet (8949SVM-UMD only): For UMD and tally control

OutputsDVI-I: •Withdigitalandanalog(VGA-type)signals•Maximumcablelength15m(dependentoncable

and display resolution)

SD/HD-SDI: 2 x equalized copy of input feed (not re-clocked)

Analog: 2 x channels balanced (maximum level +24 dBu)

Supported Output Resolutions5:4: 1280 x 10244:3: 1024 x 768, 1400 x 1050, 1600 x 120016:10: 1280 x 800, 1440 x 900, 1680 x 1050, 1920 x 1200

16:9: 1366 x 768, 1920 X 1080Other: 1280 x 768

Frame Rate ConversionThe table below shows approximate available output frame rates:

Output

Input 50 Hz 59.94 Hz 60 Hz

23.98 Hz Yes

50 Hz Yes Yes

59.94 Hz Yes

Output modes only available where supported by the monitor. Shaded modes in the table above apply temporal conversion. Computer scan rates are often close but not exactly equal to 60 Hz. The 8949SVM adjusts the blanking and vertical blanking to provide 60 Hz scan rate.

On-Screen DisplayTallies: Two (red and green)

UMD Text: 16 characters (standard ASCII characters plus an extended character set)

Important Note: Configuration of the module parameters is done with local on-board paddle switch controls. The configuration for the UMD and tally connections is not through the frame’s 8900NET (Net Card). For the 8949SVM-UMD, the UMD and tally are connected through the module’s own Ethernet connection and managed by an external system supporting TSL protocol.

This module can be mounted in a GeckoFlex frame with fans but not in other 8900 series frames, including Gecko-A or Gecko-V frames.

8949SVM-UMDSD/HD single viewing module with UMD and tally management, front and rear module set

8949SVM-LOCSD/HD single viewing module, front and rear module set


8900AVM-RJ1 J2

J3 J4

J5

J7

J9

SD/HD-SDIIn

SD/HD-SDI OutEqualized input

SD/HD-SDI OutEqualized input

Analog AudioOut

Analog AudioOut

Not Used

DVI-IConnector

Ethernet

Ethernet(-UMD only)

SD/HD-SDIInput

DVI-D Output(on DVI-I connector)

EqualizedSD/HD-SDIOutputs

DVI-A Output(on DVI-I connector)Analog AudioOutputs

EthernetInterface

De-embedder

Black Stretch

On-screen Display Keyer

ScalerColor Space

Conversion

Video Proc. Amp

(Chroma/Luma)

UMDText

Tally

TemporalConversion

Componentto RGB

Conversion

RGB DisplayCorrectionProc Amp

VideoD-A

Converter

GroupSelector

Audio Delay(Fixed and Adjustable)

PairSelector

Audio A-DConverter

(left)Audio A-DConverter

(right)

J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

SDIOutput

SDIOutput

NotUsed

Color Black or Composite

Sync

V/R

U/B

Loopthru

Y/G

RefLoop

8900V-R

Remote

Timing Generator

AnalogFilter

Micro-processor

YUVConverter

Mux& 601

Encoder

LEDs

SDIDelayADC Gain

Y/GU/BV/R

Ext Ref

Controls


70

The 8950ADC converts a component analog video signal from analog VTRs and switchers to serial digital, which can then be routed through a digital router or switcher, or stored on a digital video disk recorder. It offers 2.5 horizontal lines of user-controllable delay to adjust the output timing, and inserts EDH code to help track errors downstream.

All possible adjustments to this card can be performed directly on the module. When the 8900NET card is installed in the frame, you gain immediate access to remote control and monitoring.

Key Features10-bit A-to-D converter•

Special 0:4:4 full-bandwidth chroma output•

4X over-sampling for outstanding •resolution

Individual component gain adjustment•

EDH insertion•

Two lines output phasing•

Supports all popular CAV formats•

Selective vertical blanking•

Passive loop-through reference input, •color black, or composite sync

Housed in the same frame with other •8900-V audio and video modules



InputType: Component analog video

Connector: 75Ω BNC terminating

Format: RGB, EBU N10, Beta (US), Beta (Japan), MII (US), MII (Japan)


Reference InputConnector: High Z differential loop-through BNC


OutputSignal type: SMPTE 259M, 10-bit 4:2:2, 270 Mb/s

Number of outputs: Two

Connector: 75Ω BNC

Return loss: >18 dB to 270 MHz EDH embedded

PerformanceQuantization: 10-bit

Internal DSP: 4X over-sampling

Frequency response: ±0.1 dB

Group delay error: <5 ns

Signal-to-noise ratio: >60 dB

Output phasing range: Up to 2.5 video lines

Phasing increment: 37 ns step

Electrical length: 2.5 µs



Indicators and ControlsIndicators: •Inputvideopresent•Referencepresent(2:525,625)•Fault•Power

Front edge controls: •Standardselection•Videogain•Componentgainadjustments•Componentblacklevel•Inputformat•Blanking•Outputdelay


This module can be mounted in a GeckoFlex frame when ordered with the 8900V-R GeckoFlex Video rear.

8950ADCComponent video A-to-D converter

8950ADC Component A-to-D Converter



J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

Y/G

8900V-R

CompositeSync

CompositeSync

SDI Input

V/R

U/B

Y/G

V/R

U/B

Loopthru

Micro-processor

LEDs

Y/G

Y/GU/BU/B

V/RV/R

PLL

DAC

AdjDelay

SyncGenerator

Y,U,VSeparator

Color SpaceConversion

Optional

Gain

Offset

Ethernet

LocalControls

SDILoopthrough

CompositeSync

71


8950DACComponent video D-to-A converter

Use the 8950DAC to display a serial component digital signal on an analog RGB monitor, to record a digital video signal to an analog component VTR, or to send digital video to a component analog switcher. The 8950DAC is compact and fits in the 8900-V frame.

Key Features10-bit D-to-A converter•

4X over-sampling for outstanding •resolution

Independent component gain adjustment•

EDH detection to track signal errors•

2.5 lines output phasing•

Supports all popular CAV formats•

Selective vertical blanking•

SDI passive loop-through input•




InputSignal type: SMPTE 259M serial 10-bit 4:2:2 component video

Connector: High Z differential loop-through BNC


OutputConnector: 75Ω BNC

Number of video outputs: Two sets (RGB or YUV)

Number of analog sync outputs: Two

Formats: RGB, EBU N10 (SMPTE MII Japan), Beta US, Beta Japan, MII US

Sync output: Analog composite sync

Return loss: >40 dB up to 5.5 MHz


Sampling: 4X (54 MHz)

Frequency response: ±0.1 dB

Phase increments: 37 ns

Signal-to-noise ratio: ≥70 dB

Group delay error: <5 ns

Vertical blanking: •525:narrow9Lorwide19L•625:narrow9Lorwide25L

Output phasing: 2.5 horizontal lines


Operating temperature: 0° to 45°C ambient


Indicators and ControlsIndicators: •Inputvideopresent•Power•Fault(EDH)•Outputvideolevelwarning

Front edge controls: •Standardselection•Videogain•Outputtiming•Componentgainadjustments(Y/G,Cb/B,andCr/R)•Synclevel•Inputformat•Blanking


8950DAC Component D-to-A Converter



J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

NTSC/PALInput

SDIOutput

SDIOutput

SDIOutput

NotUsed

SDIOutput

DelayData

625Reference

Input

525Reference

Input

Loopthru

8900V-R

Micro-processor

Decoder12-bitADC

OptionalFrame SyncSubmodule

EDHInsertion

TestSignal

Generator

AnalogFilter

RS-232Audio Delay

LEDs

Reference

SDI

Remote

10-bit SDI

LocalControls

NTSC/PALLoopthrough

72


8960DECNTSC/PAL to SDI decoder

Featuring 12-bit A-to-D and adaptive decoding, the 8960DEC provides broadcast-quality serial component digital video to help transition from an analog to a digital facility. A unique capability of the 8960DEC is that by adding the 8900FSS frame sync sub-module you get a full frame synchronizer or a frame delay.

Key Features12-bit A-to-D quantization•

VBI data line processing•

Adaptive filters for optimal 2D decoding•

Proc. amp controls for luma, black, •chroma, and hue

EDH insertion to track signal errors•

Frame sync/delay submodule for low-cost •system timing

Picture positioning adjustments•

Reference signal inputs with removable •terminations to allow looping

Built-in test signal generator•

Remote control via frame Ethernet I/F•



InputSignal type: Compositeanalogvideo;SMPTE170Mfor NTSC and CCIR624 for PAL



CMR: 60 dB @ 50/60 Hz



Connector: BNC

Impedance: 75Ω or High Z (jumper-selectable) allows external looping


OutputNumber of outputs: Four

Signal type: Serial component digital video conforming to SMPTE 259M

Connector: 75Ω BNC


Rise/fall times: 700 to 900 ps (20% to 80% amplitude)


Processing accuracy: 10-bit

Luma frequency response: ±0.1 dB to 5.5 MHz

Chroma (r-Y, B-Y) response: ±0.5 dB to 1.3 MHz

Chroma/luma delay: <10 ns

Luma non-linearity: <0.15%

Signal-to-noise ratio: >60 dB to 5.5 MHz

Electrical length: One line + 2 µs

V blanking: Passed or blanked user-selectable dataline processing

Operating temperature: 0° to 45°C, ambient


Indicators and ControlsIndicators: Input video present, fault, power, line rate

Controls: Input video gain, luma level, black level, chroma level, hue, filters, vertical blanking, test signal, output timing (w/8900FSS)


8960DEC NTSC/PAL to SDI Decoder



J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

Loopthru

SDI Input

625 NTSCReference

ReclockedSDI

Outputs

NTSC/PAL Outputs

NTSC/PAL Outputs

ReclockedSDI

Outputs

525 NTSCReference

8900V-R

Micro-processor

SDI

NTSC/PAL

HorizontalGenlock

CrossColorFilter

10-bitEncoder

OptionalFrame SyncSubmodule

OutputFilter

ColorFrame ID

Remote Reference

Reclocker

LocalControls

SDILoopthrough

73


8960ENCSDI to NTSC/PAL encoder

The 8960ENC converts a serial component digital signal to NTSC or PAL composite analog. It can interface with analog VTRs, composite analog production switchers and analog transmitters, and accepts the 8900FSS sub-module to allow output to be synchronized to an external reference and accurately timed.


Four NTSC/PAL outputs•

Two reclocked SDI outputs•

Proc. amp controls: luma, black, chroma, •and hue

Full frame output phasing with 8900FSS •submodule

Vernier timing controls •

Two built-in confidence test signals•

Dual reference inputs for multiformat •facilities

EDH detection to track signal errors•

Remote control via frame Ethernet I/F•



InputType: SMPTE 259M, 10-bit, 270 Mb/s serial component digital





Connector: BNC

Impedance: 75Ω or High Z (jumper-selectable) allows external looping


Analog Video OutputNumber of outputs: Four

Signal type: SMPTE 170M for NTSC and CCIR624 for PAL

Connector: 75Ω BNC


Isolation: >46 dB to 5.5 MHz

Serial Digital OutputNumber of outputs: Two

Type: SMPTE 259M, 10-bit, 270 Mb/s serial component digital

Connector: 75Ω BNC

Output return loss: >15 dB up to 270 MHz


Accuracy: 9.2-bit



RMS SNR: >59 dB to 5.5 MHz

Output phasing: Full frame with 8900FSS submodule


Fine phase: 0 to 45 ns


Relative humidity: 0% to 90%


Controls: Output gain, luma level, black level, chroma level, hue, filters, vertical blanking, test signal, timing


8960ENC SDI to NTSC/PAL Encoder



NTSC/PAL 1

NTSC/PAL 2

NTSC/PAL 3

NTSC/PAL 4

Timing

Timing

Timing

Timing

Reference

Composite In

Composite In

Composite In

Composite In

LoopingReference Input

SDI 1Output 1

SDI 1Output 2

SDI 1Output 3

SDI 1Output 4

VBI

VBI

VBI

VideoProc

VideoProc

VideoProc

VideoProcVBI

J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

8900V-R

SDIOutput 1

SDIOutput 2

SDIOutput 3

SDIOutput 4

ReferenceInput

NTSC/PALInput 1

NTSC/PALInput 2

NTSC/PALInput 3

NTSC/PALInput 4

Loopthru

74


8964DECFour-channel NTSC/PAL to SDI to decoder with line synchronizer

8964DEC-FSDecoder with frame synchronizer

The 8964DEC offers four independent full-function decoders on a single Gecko series card. Typical applications include cost-effective analog conversion for a digital server, switcher, or router. Up to 40 decoders can be housed in only 2 RU of space.

The 8964DEC has a robust analog input circuit, which easily accommodates noisy signals such as satellite and microwave links. Most adjustments to this card can be performed on the module’s card-edge controls. The on-screen display capability included with each module greatly simplifies card-edge configuration.

Key FeaturesFour NTSC/PAL to 270 Mb/s SDI decoders •

On Screen Display (OSD)•— Configuration information keyed onto

video output simplifies local card-edge controls

— Signal inputs NTSC or PAL— Supports NTSC with or without setup

Processing includes: clamping, AGC (sync •tip referenced), ACC (burst referenced)

Reference input NTSC/PAL analog color •black

Picture detail enhancement •

Four 270 Mb/s SDI outputs with •independent: — Line sync mode for horizontal timing— Proc. amp controls— Line-by-line VBI processing— Test signal generator, includes color

bars and pathological signals

Options:• — Frame synchronizer, offers full frame

output phasing



InputsNumber of inputs: Four, one for each decoder




Reference Input Number of inputs: One NTSC/PAL (required for operation)

Signal type: Color black SMPTE 170M (525 lines) or CCIR624 (625 lines)

Connector: Looping 75Ω BNC


OutputNumber of outputs: Four, one for each decoder


Connector: 75Ω BNC

Return loss: >15 dB to 270 Mb/s


RMS SNR: > 59 dB to 5.5 MHz

Output phasing: ±1/2 line, with line synchronizer, full frame with frame synchronizer option

Electrical length: 1.4 ms




8964DEC Four-Channel NTSC/PAL to SDI Decoder



J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

8900V-R

SDIInput 1

SDIInput 2

SDIInput 3

SDIInput 3

ReferenceInput

NTSC/PALOutput 1

NTSC/PALOutput 2

NTSC/PALOutput 2

NTSC/PALOutput 2

Loopthru

NTSC/PAL 1

NTSC/PAL 2

NTSC/PAL 3

NTSC/PAL 4Timing

Timing

Timing

Timing

ReferenceLoopingReference Input

SDI 1

SDI 2

SDI 3

SDI In

SDI In

SDI In

SDI InSDI 4

VideoProc

VideoProc

VideoProc

VideoProc

CompositeOut

CompositeOut

CompositeOut

CompositeOut

VBI

VBI

VBI

VBI

75


8964ENCFour-channel SDI to NTSC/PAL encoder with line synchronizer

8964ENC-FSFour-channel encoder with frame synchronizer

The 8964ENC is a high-density, four-channel module that converts four 270 Mb/s serial component digital signals to four NTSC or to four PAL composite analog outputs on a single module. Typical applications include cost-effective analog VTR interfaces, composite analog production switcher inputs, and analog transmitter feeds. Up to 40 encoders can be housed in only 2 RU of space. Most adjustments to this card can be performed on the module’s card-edge controls. The on-screen display capability included with each module greatly simplifies card-edge configuration.


Four 270 Mb/s SDI to NTSC/PAL encoders•

On Screen Display (OSD)•

Configuration information keyed onto •video output simplifies local card-edge controls

Outputs four independent NTSC or PAL •video signals:— Supports NTSC with or without setup— Proc. amp controls— Line-by-line VBI processing— Confidence test signal generator

Options:•— Frame synchronizer, offers full frame

output phasing



InputsNumber of inputs: Four, one for each encoder




Reference InputNumber of inputs: One NTSC/PAL (required for operation)

Signal type: Color black, SMPTE 170M (525 lines) or CCIR

Connector: Looping 75Ω BNC


OutputsNumber of outputs: Four, one for each encoder


Connector: 75Ω BNC


Isolation: ≥60 dB to 5.5 MHz


Response: ±0.1 dB to 5.5 MHz



RMS SNR: >60 dB to 5.5 MHz

Output phasing: Full frame with frame synchronizer


Hue: ±22.5


Relative humidity: 0% to 90%




8964ENC Four-Channel SDI to NTSC/PAL Encoder



76 7600REF Reference and Test Signal Generator

The 7600REF reference and test signal generator is a high-stability standalone 1 RU unit for providing system timing. It has a complete set of reference signals, including a master Genlock reference loop-through input. It can be used in either master or slave roles. A powerful feature is timecode generation, as well as a complete set of reference signals, allowing for a very compact timing solution. Reliability is a top feature of the 7600REF with dual-redundant power supplies and the ability to interface to the 7620PX changeover unit for backup.

For versatility, the 7600REF has no less than five individually timed analog black and burst reference outputs. In addition, three SDI feeds provide individual test signals, including full-field signals where each can be separately configured. A full set of audio test signals are provided with analog audio available as well as unbalanced AES and embedded audio outputs.

The 7600HD option provides for an additional four Tri-level sync outputs and a full set of HD test signals.

The timecode generator options allow for a versatile solution to timecode. Longitudinal and vertical interval timecode LTC and VITC can be output.

The 7600REF can act as an NTP server ensuring IT-based units keep in step with the broadcast infrastructure. The time generated can be set from GPS satellites through the 7600GPS option. This makes the 7600REF an ideal unit for OB operation.

Key Features High-stability reference generator for •system master or local slave roles

Sophisticated timecode generator option •for a complete compact timing solution

Five individually timed analog black/burst •outputs

Four Tri-level sync outputs with 7600HD •option – all co-timed with one selectable Black Burst output of the same frame rate

High stability outputs (0.5 Hz accuracy) •

Redundant power supplies standard •

Can be used with 7620PX changeover for •fully redundant operation

Simultaneous multi-standard outputs •

Three dedicated individual SDI black/test •signal outputs, with HD signals through 7600HD option

Full-field test patterns (including FuBK) •

Analog audio, AES (including GLITS), and •embedded audio test signals

GPS receiver option •

Optional NTP server for locking IT system •and video system

Set-up and control via simple-to-use front •panel display

Ethernet TFTP client for easy software •upgrade and new test pattern download

Applications Dual-redundant master reference •generator

Local slave reference generation •

Compact complete timing solution with •reference and timecode generation

Reference generation for locking IT •system and video system together

7600SD-REF SD video (analog and SD-SDI) and audio reference and test signal generator with dual power supplies

7600HD-REF SD/HD video (analog and SD/HD-SDI video) and audio reference and test signal generator with dual power supply – includes 7600SD-REF features plus TLS output HD-SDI test pattern

7600MHD-REF SD/HD master timing generator – includes 7600HD-REF features plus GPS receiver, unbalanced AES, timecode generator, and NTP client/server

7620PX Changeover unit for use with two 7600REF generators

(see 7620PX datasheet for details)


Inputs Genlock: One input (with loop-through)

5/10 MHz reference: One input

Outputs Analog video: Five standard outputs 625/525 (black burst and test)

SD/HD SDI: Three (SD/HD test) SD standard, HD optional

AES: Two balanced (AES 2003-11) 32/44.1/48.96 kHz, two unbalanced with 7600MHD-REF version

Analog audio: Two channels

27 MHz/10 MHz/word clock: One standard

LTC/VITC: Two (optional)

GPS Receiver (7600MHD-REF)•One5Vantennainput•OnePPSoutput

Performance Accuracy: <±0.5 Hz (0.1 ppm)

Temperature stability: < 0.1 ppm

Aging: <3 Hz per year

Genlock offset: ±4 fields in 1 ns step

Genlock phase: 0-350° in 0.1° steps

Black burst and test signal: ±4 fields in clock steps

SDI back and test signal: ±2 fields in clock steps

Tone frequency: 100 Hz to 10 kHz in 100 Hz steps

Tone amplitude: 0 dB to -40 dB in 1 dB steps (L&R)

Control and Monitoring Front panel display with configuration menu access

GPI: •Twoconfigurableinputs•Twoconfigurableoutputs

Network interface: TFTP download

Slave configuration retrieval from master

Power 90 to 260 VAC, 47 to 63 Hz, 75 VA

WeightMax. 5.2 kg fully equipped

Dimensions Height: 44 mm (1 RU)

Width: 483 mm

Depth (excluding connectors): 400 mm

Environmental Operating temperature: +0° to +50°C

90-260V2A-1A

AES

AES 1

4 3 2 1 4 3 2 1

3 2 1 5 4 3 2 1AES 2 GPS 1 PPS

10/27/WC OUTANALOG AUDIO/REMOTESETHERNET 5/10 REF IN LTC

90-260V2A-1A

47-63HzAC ONLY

47-63HzAC ONLYLOOP

GENLOCKTEST

BB/ANALOG

TESTSIGNALS

SD/HD SDI

TRI-LEVEL SYNC

OK

CANCELADJUST

SDI ANALOG AUDIO OPTIONS LOCKMODE

SETUP STATUS

VIDEO

REFERENCE SIGNAL GENERATOR 7600REFREFERENCE SIGNAL GENERATOR 7600REFOK

CANCELADJUST VIDEO

SDI ANALOG AUDIO OPTIONS LOCKMODE

SETUP STATUS


77


7620PX Changeover Unit

7620PX 7620PX series changeover unit

Standard Configuration Two triple-switching relay modules providing:•Sixindependentinputpairs,primaryandsecondary

with relay-protected output (12 inputs/6 outputs) monitored for sync pulse and color burst levels

•Changeoverswitchedbyrelay •Idealformonitoring analog video, Black Burst,

Tri-level sync, and other test signals with sync pulse and color burst levels

Two dedicated Black Burst monitoring/ changeover modules, each providing:•Primaryandsecondaryinputsfeedingoneswitching

output•Connectors: BNC

One dedicated SDI monitoring/changeover module with:•PrimaryandsecondaryHDorSD-SDIinputfeeding

one switching output•Changeoverswitchedbyactivebuffers •Connectors:BNC

Two AES/EBU monitoring/changeover switches, each with: •MainandreserveAES/EBUaudioinputandoutput

available through the AES/EBU 15-pin Sub D connector

•Maybeconnectedasbalancedorunbalancedaudio

Control and Monitoring

Local: switches and LEDs

GPI I/O: D-25 connector

Power 220/240V, 40VA max.

Weight Max. 5.2 kg fully equipped

Dimensions Height: 44 mm (1 RU)

Width: 482.6 mm

Depth (excluding connectors): 435 mm

EnvironmentalOperating temperature: +0° to +50°C

Key FeaturesTwo triple-switching relay modules •monitor sync pulse and color burst for six independent signal pairs, such as Black Burst, Tri-level sync, analog video, and other test signals

Two dedicated Black Burst monitoring and •changeover switches

One dedicated SD/HD-SDI monitoring and •changeover switch with battery backup

Two AES/EBU monitor and changeover •switches (balanced or unbalanced)

Manual or automatic changeover with •delay management for preventing switching on glitches

Robust operation with simple local •configuration and control, including LED status display

GPI interface for remote control and •monitoring

Two hours of backup battery in case of •power failure for powering the internal alarm and providing power to the SDI montioring/changeover module

Switching to main inputs by default in •case of power failure

ApplicationsDual-redundant master 7600REF reference •generator

Redundancy for any vendor reference and •test signal generator

The 1 RU standalone 7620PX changeover unit is the complement of the 7600REF reference and test signal generator. It provides active monitoring and switching of reference and test signal input pairs. Each signal pair has a primary and secondary input feeding a switching output. The unit includes battery backup and local and remote alarm alerts for power loss.

Each unit has two triple-switching relay modules, each with three independent sets of primary and secondary inputs feeding a relay-protected output. These switches monitor sync pulse and color burst, typically used for SPG feeds, test signals, or pulse outputs. Also included are two dedicated black burst monitoring/changover switches, and one dedicated SDI monitoring/changeover switch.

Dedicated AES/EBU audio monitoring and changeover for two audio inputs are provided via a 15-pin connector. The audio can be connected as balanced or unbalanced.

The unit can be configured locally with front panel switches. Unit and input status are provided by LEDs on the front panel. Monitoring and remote control are also available through a 25-pin remotes connector.

7620PX

LOCKLOCK

7620PX

LOCKLOCK


Power Rating9.0 Watts – dual slot

InputsSD/HD-SDI or ASI: Three• Input equalization: up to 125m HD/330m SD/ASI

(when signal is not bypassed)•Formatssupported:[email protected],50,

720p @ 59.94, 50, 480i @ 59.94 576i @ 50•DVBASI:yes

OutputsProtected outputs: One

Insertion loss on protected output when bypassed: Equivalent to less than 20m of Belden 1694A cable

Return loss: <15 dB (when signal is not bypassed)

Distributed outputs: Seven

Return loss: <15 db

GPI•Switchtoprimaryinput•Switchtosecondaryinput•Switchtoalternateinput

GPOPrimary input status (failed/good)

Secondary input status (failed/good)

Alternate input status (failed/good)

Switch state (primary/secondary/alternate)

Control and MonitoringSNMP: Monitoring and switching control


Local configuration: Switching control only

Newton support: Yes


SpecificationsSpecifications


This module can be mounted in a GeckoFlex frame but not in other 8900 series frames, including Gecko-A or Gecko-V frames and it requires two slots.

8972PXSD/HD/ASI protection switch, front and dual rear module set

8900PX-DBS D-connector backshell option, fitting with rear high density


78

SwitchableDistributed

Out

PrimaryIn

RelayProtected

Out


Out


Out


Out

GPI I/OSwitchableDistributed

Out

MainDistributed

Out

SecondaryIn

Alternate in


Out

8900PX-DRJ1 J2

J3 J4

J5 J6

J7 J8

J9 J10

Key FeaturesTwo-input robust failure-proof changeover •switch

Third alternate input, available for •switching, non relay-protected

Supports HD-SDI, SD-SDI, and DVB ASI •with auto-sensing capability

Will maintain signal path in the event of •power failure or when the front card is removed

Eight outputs, including:•— One main relay-protected output with

passive bypass path— One electronic output follows main — Three output pairs can be set to follow

main or backup or can be switched to primary, secondary or alternate inputs

Line switching in driven switch mode •(SD/HD-SDI syncronous input signals)

External control via GPI or Ethernet •

Autonomous control by:•— Signal (carrier) loss detection — Incorrect signal format — EDH/CRC error (selectable threshold)— DVB-ASI PID loss — DVB-ASI packet loss

GeckoFlex dual-slot rear module •

Asserting external control of the •module automatically turns off autonomous control

ApplicationsSelect between primary, secondary, and •alternate inputs paths

Switch to alternate input (i.e., apology •slide) when primary and secondary inputs are both failing

The 8972PX is a full-time signal protection switch. It is a highly robust primary/secondary changeover switch for HD-SDI, SD-SDI, or ASI signals. It can be controlled by autonomous switching to a backup signal using in-built detection of signal failure, switched by manual controls, or driven by an external GPI system to switch on command.

The 8972PX fulfils the basic requirement of any protection system by not adding failure modes to the existing signal path. In the event of a power failure, or even if the front control module is completely removed, the Program Output signal will continue to pass from the previously selected input as a fail-safe relay path will latch the selected signal to the output. In driven mode it can be configured by GPI or Ethernet.

All parameters can be configured via the web browser interface and main parameters via the Newton Control Panel. NetConfig and NetCentral are supported respectively for remote configuration and product health monitoring. Asserting GPI control or other manual controls will disable autonomous control.

8972PX Protection Switch

FRONT MODULE

REAR MODULE

Primary MainProtectedOutput

MainDistributed

Output


Outputs

Secondary

Equalization& Reclocking

InputSignal

Monitors

ConfigurableOutputPairs

SwitchManager



Alternate

GPI In

NetworkControl

GPIControl

Backup

Main

GPI Out

Bypass Relay Controls

LatchingRelay

Control

GPI In

NetworkInterface

GPI Out

AutonomousControl

LocalControl

NetCentral continuously monitors the status and condition of switchers, routers, servers, modular, and many other types of broadcast products from one central location. Using the Simple Network Management Protocol (SNMP) and Syslog protocols, NetCentral software lets you link any electronic document—from engineering drawings and floor plans to rack elevation and signal-flow diagrams—with device alerts.

NetCentral software consists of a manager, optional clients, product-specific device providers, and agents. The agents run on the monitored products, such as the GeckoFlex, Gecko, and Kameleon™ frames, and report individual device conditions to the manager. The manager monitors any product for which a corresponding device provider is installed. Web clients provide similar status-reporting capabilities as the manager from remote workstations through a Web connection. Product agents are designed to report any status changes, especially those that may impact a device’s operation or integrity.

When an alert happens, NetCentral classifies device messages into three main categories: informational, warning, or critical. Informational messages simply inform you about status changes that do not impact device operation. Warning messages inform you about situations not requiring any immediate action, but that will need some preventive action to avoid potential degradation (i.e., a rising internal temperature on a device due to a fan failure).

Continuous local/remote device •monitoring via TCP/IP network using SNMP or Syslog protocols

NetCentral manager information can be •accessed from any workstation running Microsoft Internet Explorer

Active views allow device information to •be accessed by clicking on the device shown on a floor plan, rack elevation, map, photograph, or other HTML page

Programmable alert notification via •e-mail, pager, program launch, or graphical user interface

Automatically discovers new devices as •your facility expands

Powerful logging and reporting tools with •automatic backup and archiving features

Graphical representation of log messages •for easy problem identification

History management – annotate and •acknowledge messages

Sophisticated monitoring of disk arrays, •fans, and redundant power supplies to alert operators of potential problems before they become critical

Any SNMP-enabled product can be •monitored

Tri-level security model•

Flexible framework supports addition of •device plug-ins, constantly allowing new classes of devices to be monitored

Key Features


NETCEN-MGRNetCentral 5.2 manager license

NOTE: The NetCentral license for modular products is included with the 8900NET and 2000NET modules.


79

NetCentral Platform Requirements2 GHz Pentium 4 PC with 1 GB RAM minimum, Windows 2000 Professional SP4, Windows XP Professional SP2 or higher

NOTE: PCs are customer-supplied equipment

NetCentral ActionsConfigurable notification mechanisms include:

Beep•Trigger a GPI•E-mail•Play audio file (.wav)•Run program (.exe)•Launch URL•Send windows messages•Close replay•

•DisplaymessagesonAvitech

NOTE: E-mail and paging functions require a customer-supplied Internet mail server

NetCentral 5.2 Comprehensive Remote-Monitoring Software

8080 GeckoFlex Module Control

Key FeaturesSupports multiple configuration options:•— Standard Web browser— Newton control panel— Supports remote configuration and

SNMP-based monitoring via NetConfig and NetCentral software

GeckoFlex solutions support a number of IT-based control options when used in conjunction with an 8900NET (Net Card) Network Interface module.

Configuring GeckoFlex products and adjusting their parameters could not be easier, as it requiresonlyastandardWebbrowser;sothereis no special software to download. However, to make the configuration of a system even easier, the Grass Valley NetConfig application is available to help structure your system view in the same browser.

You can also use a Newton Ethernet-based control system panel to configure GeckoFlex products. This 1 RU hardware panel can provide an ideal real-time operating environment via control of parameters on a GeckoFlex module or combination of modules. You can configure your own preferred set of parameters and map them to Newton controls. You can leave out controls that are unnecessary, or dangerous, and combine controls from multiple modules. In this way the Newton system provides a “front panel” for complete systems—creating virtual products.

As an Ethernet-based product, the Newton system can be positioned wherever your operators need it most. A soft-panel version is also available that will run on a Windows PC, saving space where a PC is already available or where PC operation is preferred.

For remote configuration and signal-health monitoring, all GeckoFlex solutions support the Grass Valley NetConfig and NetCentral software products.

Please note that some GeckoFlex modules support front-of-card controls and others are configurable only over a network connection. Please consult a module’s particular specifications for complete details.

Newton Hardware Control PanelVideoProc

Sat4

VideoTiming

Sat5

AudioProc

Sat6

MasterControl

Sat7

Studio

Sat8

Edit

Sat9

Assign

Route

Monitor

Enable

Ident

NEWTONMODULAR CONTROL

Instant Control of Multiple Modules

You need only a standard Web browser to configure and adjust the parameter of a GeckoFlex module. You can also use the Newton control panel for fast, multi-knob access to any combination of modules in a signal-processing path.

NetConfig Application

With a comprehensive set of powerful tools, the NetConfig application lets you precisely define hardware and software control panel functions. Additional tools for IP configuration and software updates make NetConfig a valuable engineering package.

m o d u l e o r d e r i n g g u i d e

81

Key Features

Newton Modular Control System

C o m p r e h e n s i v e , C o n s o l i d a t e d C o n t r o l f o r M o d u l a r P r o d u c t s

The shift to digital infrastructures has brought with it increasingly complex signal-processing paths. The Newton modular control system gives you fast, multi-knob, Ethernet-based access to Grass Valley modular products in a processing channel.

Two abilities distinguish the Newton system from other approaches to modular control: the separation of system-level configuration tasks fromoperationalones,thusminimizingthepotentialforon-airmistakes;and the ability to group modular products—regardless of their physical locations—into a logical signal path (or channel) that you can easily access and manipulate.

Using the Newton system, you can instantly access the Grass Valley Gecko, GeckoFlex, and Kameleon modular products in a particular signal path—even if they’re in completely different racks or facilities. You can adjust module parameters from a rack-mounted Newton control panel or a software control panel running on a standard Windows PC. There’s even a button for locking out the control panel to prevent accidental changes.

The Newton system also includes the Grass Valley NetConfig software. Using it, you can assign IP addresses to Gecko, GeckoFlex, and Kameleon frames for easy network identification and set initial operational parameters. Additionally, the NetConfig application works with the Encore™ router control system and Grass Valley routers.

By separating configuration and operational tasks, the Newton system can simplify your workflows significantly. Instead of painstakingly attaching a serial cable to the back of every modular product you need to initialize, you can use NetConfig to set baseline functional operational parameters over a network. Operators can make adjustments to those parameters using Newton control panels, without having to wade through complex configuration menus.

The Newton system features two control panels: a rack-mounted version and a software-based version. You can have any combination of these panels on your network in any number. You configure these panels using a configurationplug-inapplicationtoolontheNetConfigapplication;youcanalso use this tool to restrict channel-path and device access on a panel-by-panel basis.

The Newton modular control system supports optional integration with the Grass Valley Encore router control system. It’s a great way to quickly switch sources and adjust signal parameters within configured processing channels.

You can also use the Newton system to monitor destinations on the routing system so that, when a source changes, the modules in the appropriate input signal-processing channel automatically appear on the Newton control panel.

To help maximize uptime, the Gecko, GeckoFlex, and Kameleon products support the Grass Valley NetCentral application for Simple Network Management Protocol (SNMP)-based monitoring.

Ethernet-based control of Grass Valley •Gecko, GeckoFlex, and Kameleon modular products

Control panels:•— Compact 1 RU rack mount panel— PC soft-panel application with same

functionality — No limit to the number of panels on a

network— Operation independent of configuration

Includes NetConfig application and •configuration plug-in tool for:— Network-wide device configuration— Control panel configuration

Control panel functions:•— Four user-configurable control knobs to

update device parameters — Twelve soft keys for quick recall of user-

configurable parameters— Simple up/down, left/right navigation — Each panel supports 128 channels with

12 setups each— Clearly visible status of controlled devices — Enable button locally disconnects knobs

and buttons from devices— Identify button reveals identity of

controlled devices

Additional hardware panel features:•— Easy-to-read green display w/adjustable

intensity — Combination of soft buttons and

dedicated function buttons with adjustable backlighting intensity

Requires only two simple connections: •RJ-45 Ethernet and IEC AC mains

Optional Encore routing control system •integration: — Source selection with automatic source

delegation — Destination status monitoring

Newton Modular Control System82

NetConfig Tools

With a comprehensive set of powerful tools, hardware and software control panel functionality can be precisely defined. Additional tools

for IP configuration and software updates makes NetConfig a valuable engineering package.

Newton 1 RU Hardware Control Panel

Newton Software Control Panel with Router Control

VideoProc

Sat4

VideoTimin

Sat5

AudioProc

Sat6

Master

Sat7

Studi

Sat8

Edit

Sat9

Assig

Route

Monit

Enabl

Ident


User-Defined Keys Navigation Keys Signal Adjustment Knobs

Route

Comprehensive Control Architecture

Grass Valley modular products have long had a variety of control and monitoring capabilities, from simple local card edge control to more complex local control with on-screen parameter displays—as well as network interface modules such as the 8900NET and 2000NET products whose built-in Web servers relay module-related information to a standard PC- or Macintosh-based Web browser.

Certainly you could use these products to configure, access, and even adjust signal parameters. But more and more, the complexity of the signal-processing path—and the sheer number of devices in it—calls for easier access and real-time, comprehensive, on-air control.

The Newton control system lets you quickly access all of the Gecko, GeckoFlex, and Kameleon modules in a signal-processing path to make audio, video, and timing adjustments. You can make these adjustments from a rack-mounted control panel, a software control panel running on a standard PC, or a combination of both. There is no limit to the number of control panels you can have on the network.

Yet your Gecko, GeckoFlex, and Kameleon modules do not need to be located in the same frame for the Newton system to control them—or even the same facility. Because the system runs on standard TCP/IP networks, an Ethernet connection across a LAN or WAN gives you complete signal-processing control.

Powerful Control Panel Provides Fast, Easy Adjustments

The hardware version of the Newton modular control panel was designed with operator ergonomics in mind. It features four, simultaneously active, user-configurable knobs that update modular product parameters in real time. Each has a tri-color LED that indicates the health of a connection, providing immediate feedback of module or signal condition.

The Newton system also features 12 configurable buttons. You can configure them to do everything from recall a signal-processing path setup to perform a source take or recall a router destination.

When you press one of these 12 buttons, the Newton system automatically displays the current settings above four knobs. You can then use these knobs to adjust specific signal parameters. Using the intuitive interface, you can also scroll through additional setups and signal processing channels.

Newton Control Panels

The ergonomic design of the Newton hardware control panel is emulated in a software version, shown here with optional router control.

83Newton Modular Control System

The Newton control panel also features a local enable/disable button that you can engage to prevent inadvertent changes, should someone accidentally brush against a knob.

The software control panel of the Newton system offers the same, powerful features as the hardware version.

The Newton system includes a configuration tool that is a plug-in to the NetConfig application. Not only does this tool provide fast, network-based control-panel configuration, it offers an additional degree of security, as control access to your signal-channel paths on a panel-by-panel basis.

The Newton control panels support up to 128 configured channels each with up to 12 setups—a setup is a subset of a channel that contains knob assignments—within each configured channel. There is no limit, however, to the number of control hardware or software panels that can reside on a Newton system-controlled network.

Easy Setup, Customization

The Newton control system includes the NetConfig application for configuring a module’s system and operational parameters. You can also use it to download software updates into the modules.

Because the NetConfig application runs over your network, it centralizes and accelerates your configuration tasks. You do not need to physically visit every device in your racks, plug in a serial cable, and load its parameters. You can do everything you need to do from your desktop.

More important, separating the configuration tasks you perform using the NetConfig application from the everyday operational tasks you perform with the Newton control panels simplifies your workflow and minimizes potential on-air mistakes.

The NetConfig application simplifies Ethernet-based network configuration and maintenance by providing a simple method to set IP addresses over the network—eliminating the need for separate serial connections to each frame during the system commissioning.

Complete Control of Modules

The Newton control panel provides immediate access to four control parameters at once. Using the left and right arrow keys, you can quickly

step through additional adjustment parameters.

Newton Hardware Control Panel

GeckoModule Control

Ethernet Facility LAN

VideoProc

Sat4

VideoTiming

Sat5

AudioProc

Sat6

MasterControl

Sat7

Studio

Sat8

Edit

Sat9

Assign

Route

Monitor

Enable

Ident


Gecko Frame

8900NETEthernetInterface

84 Newton Modular Control System

In addition to Gecko, GeckoFlex, and Kameleon products, the NetConfig software can identify and configure routing control systems anywhere on the Ethernet LAN or WAN to set IP address, subnet mask, and gateway network configuration—all through an intuitive interface.

With your devices configured, you can use the NetConfig application to view them all by IP address or configured device name. Additionally, it can also generate a facility view with hyperlinks from a user-supplied diagram or picture. This range of viewing options makes it easy to locate devices on the network, update software as necessary, and pull up the Web pages generated by Gecko and Kameleon modules to adjust individual module parameters.

While control of individual module parameters is available within the NetConfig application, the signal-processing complexities of most facilities is such that you should consider using the NetConfig software to set up basic parameters of the individual modules and then configure Newton modular control panels for day-to-day operational requirements.

Using the plug-in configuration tool for the NetConfig system, you can configure the Newton system’s control panels. Doing so is a straightforward process of naming a new signal-processing path—a channel—that includes an individual module or a string of modules. Next, you define the adjustable parameters or setupsforeachchannel;setupscould include such things as audio modes, video processing, or timing. Each setup contains the assignment for each of the four control knobs.

Consider the situation of a television station whose incoming satellite feed requires video analog-to-digital conversion with processing and timing adjustment, along with multichannel audio processing and delay. Using the NetConfig application and configuration tool, you create an easy-to-remember name for the processing channel which includes all the modules in the path, such as SAT_5. Now, you only need to drag and drop the selected modules into the configuration tool and select the parameters you want an operator to be able to adjust.

In fact, the SAT_5 channel may have a number of adjustment parameters that need to be controlled, such as video gain, black level, hue, horizontal and vertical timing adjustments, audio levels, and audio processing functions such as sum, swap, and phase invert. You can store these parameters as nested setups then navigate through them using the Newton system’s control panel. As you do, the Newton system recalls the current module parameters and presents them in the display over each of the four control knobs. Each knob takes on the functionality required for the parameter recalled, be it continuously variable control (such as gain) or enumerated steps (such as black clip on/off).

Once you complete the setup of your control panel, you can copy it to an offline storage system, edit it if need be, and load the resulting file to any other control panel on the network. For example, a studio can easily define, store, and reload the appropriate control panel configuration settings for a weekly game show production. Similarly, a mobile production unit can load standard configuration files to switch from outdoor baseball to indoor basketball.

For increased security, the configuration plug-in tool within the NetConfig application lets you specify the control available to each panel on your network. You can permit or deny access to any frame, module, or adjustment parameter.

Gecko Video Frame


Gecko Audio Frame

8960DECControl

8960DEC

8921ADTControl

8921ADT

8960DECVideo A to D

8921ADT4 Ch Audio A to D

IRDAnalogVideo

DigitalVideo

4 Ch Analog Audio

AES 1

AES 2

AES 1

AES 2

ConcertoMulti-Format Router

8960DECVideo A to D


IRD

4 Ch Analog Audio




Sat 5

Sat 6

VideoProc

Sat4

VideoTiming

Sat5

AudioProc

Sat6

MasterControl

Sat7

Studio

Sat8

Edit

Sat9

Assign

Route

Monitor

Enable

Ident


Instant Control of Multiple Modules

The Newton control panel provides simultaneous access and control to any combination of modules in a signal-processing path. Additional processing paths can be selected using the up and down arrow keys or by selecting a user-configured soft key.

85Newton Modular Control System


Newt-PC Soft-panel application CD-ROM includes: NetConfig application, Newton control panel configuration plug-in application for the NetConfig application, Newton Control Panel application, and system documentation in PDF format. Hard copy documentation is also supplied

Newt-RM1 RU hard panel includes: CD-ROM with NetConfig application, Newton control panel configuration plug-in application for the NetConfig application, and documentation in PDF format. Hard copy documentation is also supplied

Newt-RouteRouter control option: Router control interface for the Newt-PC and Newt-RM (for field upgrade of hard panels already installed). Allows all-level source takes and automatic connection to modules in the signal-processing channel. Option is enabled with Software Authorization key (requires Newton software version 2.0.0)

Newt-RM-RTXIncludes the Newt-RM option with the Newt-Route option already enabled

NetConfigIncludes: CD-ROM with standalone NetConfig application, and documentation in PDF format. No hard copy documentation is supplied

NetCentral Includes: CD-ROM with standalone copy of NetCentral Manager. Hard copy documentation is provided

8900NET (Net Card) Network Interface card for Gecko and GeckoFlex frames

Newton Software Control PanelRequires PC with Windows XP, 2000, or NT 4.0 and Internet Explorer v.5.5 or greater


Power90 to 265 VAC, 47 Hz to 63 Hz, 15W max.

ConnectorsRJ-45 10/100Base-T Ethernet connector

Dimensions cm in.Height (1 RU) 4.4 1.7

Width 48.3 19.0

Depth 15.2 6.0

Weight 1.4 kg 3.0 lbs.

Optional Router Control

The Newton modular control system is designed to integrate with the Grass Valley Encore routing control system. With this optional router control interface, you can use the Newton system to make an all-level source take and automatically connect to the modules in the signal-processing channel.

While this approach is no substitute for the power of a dedicated router control panel, it is an excellent way to quickly switch sources and adjust signal parameters within configured input channels.

Using the optional router control interface, you can also monitor destinations on a routing system so that when a source changes, the modules in the input signal-processing channel for the selected source are automatically activated on the Newton system’s control panel.

Proactive Monitoring of Modular Products

To help maximize uptime, the Newton modular products control system supports the Grass Valley NetCentral software for Simple Network Management Protocol (SNMP)-based remote monitoring.

The NetCentral application offers continuous monitoring and user-programmable alerts in the event of equipment problems or device status changes. More important, this highly configurable application lets you link any electronic document—from engineering drawings and floor plans to rack elevations and workflow diagrams—with device alerts, so you can check the state of your facility at a glance and instantly assess the impact of any system status changes.

Interface Protocols

The Newton control system uses a standard Ethernet TCP/IP communications interface and a standard XML data format. An open published protocol specification is available upon request for third-party automation system developers.

Typical Applications

Quality analysis and control of satellite and microwave incoming feeds are an ideal application for these real-time control panels.


86

Key Features

GeckoFlex Frame

G e c k o F l e x M o d u l a r U n i v e r s a l F r a m e

Grass Valley products offer the most comprehensive, multi-format solutions for acquisition, production, storage, and playback—and a strong foundation for centralized, proactive status and activity monitoring.

From single- and multi-function modular products to an Ethernet-based control system for configuring and operating modules across racks and facilities, we offer a full range of signal-processing products, whatever the application.

A key component of our modular product range is the GeckoFlex frame, which is designed for small production settings, mobile environments, and professional audio video applications.

The GeckoFlex system is a flexible, cost-effective modular system built around a compact robust 2 RU frame. It can be used to build infrastructures that can handle the complete range of modern broadcast signals with just one enclosure type. The frame supports everything from audio to video signals, standard- to high-definition (SD/HD/3G) formats, and copper to fiber infrastructures.

Highly Serviceable

The GeckoFlex system is also the most serviceable system available. Its modules, dual power supplies, fans, 8900NET (Net Card) Network Interface module and reference distribution circuits can all be swapped out from the front of the frame. In fact, not only are the network interface cards swappable, but the IP address and the frame’s identity remain with the frame, not the card.

Because SD/HD/3G modules and most other modules provide industry-standard SNMP monitoring of signal formats and conditions—as well as the module’s operation, identification, and status—you can easily integrate a GeckoFlex frame into broadcast and IT monitoring schemes with an optional 8900NET (Net Card) module.

Fiber Ready

A unique feature of the GeckoFlex platform is a fiber-ready system that enables you to upgrade all SD/HD/3G modules to fiber inputs or outputs. These highly compact inputs and outputs, combined with our fiber-ready philosophy, makes these upgrades incredibly space-efficient: two fiber connections fit in the equivalent space of one BNC connector.

Calculating Power Consumption

To decide whether a particular set of modules will fit within a frame that does not have fan cooling (GeckoFlex Model 8900FX), simply add the rated power consumptions of the modules to be mounted in the frame. These power values can be found on the latest versions of the module’s data sheets, instuction manuals, and in the GeckoFlex frame documentation.

If the total power required by these modules is less than the power rating of the frame then it can support your application.

It it critical not to exceed the overall environment ratings for the frame. If you have any doubt or questions, please contact Grass Valley Professional Services for assistance (see last page).

2 RU, 10-slot high-density modular frame •with exchangeable rear panels

Powerful fan cooling option that can be •serviced from the frame front

Optional hot-swappable 8900NET (Net •Card) Network Interface module with Ethernet and RS-232 connections enables station-wide monitoring and configuration

Frame remembers its own IP address •and name so that network cards need no configuration after swapping

Hot-swappable modules•

Hot-swappable, dual-redundant power •supplies

Dual internal reference distribution buses •with module-level choices between bus 1, bus 2, and local (where fitted)

8900NET (Net Card) module also provides •any-browser configuration, and SNMP monitoring

Any-browser configuration makes setup •easy from all common Web browsers

Supports Web browser, NetCentral •monitoring, Newton control, and NetConfig configuration software

Supports all currently shipping Gecko •and GeckoFlex (8900) signal-processing modules by using suitable rear modules

87GeckoFlex Frame

Using Independent Reference Buses

The dual reference distribution buses of the GeckoFlex frame allow you to share genlock reference signals within the frame in several ways. Unlike conventional systems, the reference inputs are still available on individual cards and you can swap out reference circuits from the front of the frame to service them. The distributed reference can accept bi-level, tri-level, and AES audio sync inputs and feed all modules requiring a similar reference—saving on additional analog video distribution modules, frames, and the power dissipation associated with an old-fashioned reference system.

An 8900GEN-SM GeckoFlex Genlock submodule can be installed on a number of different GeckoFlex front modules in any 8900FFN frame. The submodule can provide a local external genlock timing reference to the host module it is mounted on or it can be configured to transmit external references to the entire GeckoFlex frame on one of two frame buses.

When a GeckoFlex host module with an 8900GEN-SM submodule is installed in slot 1 of an 8900FFN frame, it can be jumpered on the module circuit board to transmit the external reference signal connected to its rear module loop-through to Frame Bus 1. This Frame Bus 1 reference is then available for every module in the GeckoFlex frame. Any GeckoFlex module in the frame with frame sync capability can be configured to accept this reference.

Frame Bus 2 can be transmitted in the same manner from the GeckoFlex host module with an 8900GEN-SM submodule when the host module is installed in slot 3 of the frame. This bus is also fed to every slot in the GeckoFlex frame. The choice of which frame reference to use is made in configuration for each individual module with frame sync capability in the frame. This allows two independent references to be fed simultaneously to the entire frame as shown in the illustration below. Selection of the reference used is made in the individual module system configuration.

GeckoFlex Reference Distribution Buses

The module in Slot 3 has an 8900GEN-SM submodule and is jumpered to feed Reference Bus 2

The module in Slot 7 has an 8900GEN-SMsubmodule installed and can take in its ownreference by selecting Local Ref in configuration

The module in Slot 1 has an 8900GEN-SM submodule and is jumpered to feed Reference Bus 1

Modules in Slots 2, 4, 5, and 6take their reference from Frame Bus 1by selecting Ref 1 in configuration

Modules in Slots 8, 9, and 10 take their reference from Frame Bus 2 by selecting Ref 2 in configuration

12

34

56

7

98

10

Frame Bus 2

Frame Bus 1

88 GeckoFlex Frame

Using Redundant Reference Buses

The dual reference frame bus functionality of the GeckoFlex frame also allows for a redundant Primary/Secondary genlock reference configuration. This application (shown below) allows a genlock house reference to be designated as the Primary timing on Frame Bus 1 while a backup Secondary house reference can be configured on Frame Bus 2. If the Primary reference is lost, the module can be configured to automatically switch to Frame Bus 2 to take the place of the failed Primary reference. When the Primary timing source recovers, the user can configure the system to return to the Primary source automatically within a specific time period or reset the Primary manually.

To use this application, the front module in slot 1 must have an 8900GEN-SM submodule installed and jumpered to feed Frame Bus 1. The Primary genlock reference is connected to the looping reference input on the rear module in slot 1. The module is slot 3 must also have an 8900GEN-SM submodule installed with the module jumpered for Frame Bus 2 and a backup (Secondary) genlock signal connected to its rear looping input in slot 3.

Distribution of Frame Bus 1 from slot 1 and Frame Bus 2 from slot 3 cannot be changed, so plan the placement of your GeckoFlex modules for use of this functionality. It is also only available on modules that can accept the 8900GEN-SM submodule (those with frame sync capability).

The module in Slot 3 has an 8900GEN-SM submodule and is jumpered as Frame Bus 2 with a redundant Secondary reference signal connected to the rear loop-through to back up the Primary in case of failure

The module in Slot 1 has an 8900GEN-SM submodule and is jumpered as Frame Bus 1 with the Primary reference signal connectedto the rear loop-through

Any module in the frame with frame sync capability can be configured for redundant Primary (Ref 1) and Secondary (Ref 2) reference genlock signals

12

34

56

7

98

10

Frame Bus 2(Secondary)

Frame Bus 1(Primary)

89GeckoFlex Frame

Mixing Signal Types Is Easy

With flexible rear connector modules, it’s easy to mix video, audio and fiber modules in the same GeckoFlex frame.

FIBER

J1 J2

J3 J4

J5 J6

J7 J8

J9 J10

8900V-R

J11

J1

J12

J2

J3J4

J5J6

J7J8

J9J10

J13 J14

8900A-R 8900WFR-R

J1 J2

J3 J4

J5 J6

J7 J8

J9

VIDEO AUDIO FIBER

Newton System: Fast, Easy, Ethernet-Based Module Control

The Grass Valley Newton modular control system gives you fast, multi-knob, Ethernet-based access to GeckoFlex modules. Using either a

software or hardware interface, it gives you immediate control of up to four parameters at once across multiple modules. Newton operational control

panels work with Ethernet-equipped GeckoFlex frames fitted with an optional 8900NET (Net Card) Network Interface module.


GeckoFlex Frame

8960DECControl

8960DEC

8921ADTControl

8921ADT

8960DECVideo A to D


IRDAnalogVideo

DigitalVideo

4 Ch Analog Audio

AES 1

AES 2

AES 1

AES 2

Concerto SeriesMulti-Format Router

8960DECVideo A to D


IRD

4 Ch Analog Audio


Sat 4

Sat 5


Specifications Ordering InformationPower RatingInput voltage: 100-240 V continuous range

Frequency: 50 Hz to 60 Hz

Input current: 1.5 A (with redundant power supply unit)

Inrush current: 20 A at 230 V (cold start)

Power Dissipation (most demanding case)8900FF, 8900FFN: 125W

8900FX: 30W

WeightWeight without modules, one PSU: 8.4 kg (8900FX), 8.8 kg (8900FF/8900FFN)

Weight with eight modules, two PSU, and net card: 11 kg (8900FX), 11.5 kg (8900FF/8900FFN) typical

EnvironmentalOperating temperature: +0° to +40°C

Operating humidity: 10% to 95% non-condensing

External DimensionsHeight (maximum external): 89 mm

Width (maximum external): 447 mm

Depth (maximum external): 390 mm

Mounting DimensionsMounting width: Fits standard 19" rack

Mounting height: Two rack units

Mounting depth: 373 mm plus space for cabling

When ordering, users must ensure that the cooling available is suitable for the power load of the modules within the frame.

Frames

8900FX – Basic GeckoFlex Distribution FrameGeckoFlex frame with single power supply, 10 blank rears, and passive cooling suitable for power loads up to 30W

8900FFN – High-Power GeckoFlex Frame for any Module MixGeckoFlex frame with single power supply, 10 blank rears, cooling fans, and 8900NET (Net Card) Network Interface module suitable for any combination of modules up to 125W

8900FF – Fan-Cooled GeckoFlex Frame for Distribution, Audio, and SD VideoGeckoFlex frame with single power supply, 10 blank rears, and fans suitable for distribution and Gecko (8900) modules up to 125W

Recommended Options8900U-PSX: Redundant power supply for 8900FX, 8900FF, or 8900FFN

8900-FRMKIT: Rear rack support

Rears for Fitting 8900 Gecko Modules8900V-R: GeckoFlex 2 RU video rear, one slot, 10 BNC I/O for Gecko (8900) video and unbalanced audio legacy modules

8900A-R: GeckoFlex 2 RU video rear, one slot, four BNC I/O 10 3-pin balanced audio I/O for Gecko (8900) audio legacy modules

Upgrades

8900NETNetwork interface module

8900F-FANFan front cover upgrade for GeckoFlex frame

DocumentationFor the instruction manual and other documentation related to the GeckoFlex system please refer to www.grassvalley.com/docs/modular

8900NET Network Interface Module (Net Card)

90

ApplicationsNetwork-based control of GeckoFlex modules•

Key FeaturesEasy upgrade from card-edge local control to Ethernet network-•based configuration, control, and monitoring

Choice of user interfaces—Web-browser, Newton control panels, or •third-party solutions

Uses industry standard protocols including SNMP, HTTP, and TCP/IP•

Compatible with all Gecko and GeckoFlex frames•

Installs in separate card slot—leaves all 10 frame cells available •for processing modules

8900NETNetwork Interface module


The 8900NET (Net Card) Network Interface module is much more than a simple Ethernet adapter—it’s a complete Web server on a single module. The Web server embedded in the chipset creates Web pages for the frame and each module within it and distributes them over a standard Ethernet TCP/IP network.

For basic Web control of GeckoFlex modules, there is no need for you to purchase additional software or hardware—simply use a standard Web browser to view and control module and frame parameters. You can also use the 8900NET module in conjunction with the Newton modular control system.


8900NET Network Interface Module (Net Card)

Our customer support and services offerings ensure optimal system performance and maximize uptime. These services include call centers staffed around the clock, commissioning, professional training courses, and technical maintenance programs and service agreements.

www.grassvalley.com/support

Grass Valley’s International Contact Centers are available night and day providing answers to your questions. We will put you through to a qualified service engineer when technical answers are needed.

For the Americas: Call: +1 800-547-8949, press 2 (toll-free), or +1 530-478-4148 E-mail: [email protected]

For EMEA and APAC: Call: +800 80 80 20 20 (toll-free) or +33 1 48 25 20 20 E-mail: [email protected]

CUSTOMER SUPPORT & SERVICES

INTERNATIONAL CONTACT CENTERS – AVAILABLE 24 HOURS A DAY, 7 DAYS A WEEK

SALES

Local and regional sales contacts can be found by visiting

www.grassvalley.com/sales

SUPPORT

Local and regional support contacts can be found by visiting

www.grassvalley.com/support

© Copyright 2010 Technicolor USA, Inc. dba Grass Valley. All rights reserved. Grass Valley, Encore, Gecko, GeckoFlex, Kameleon, NetCentral, NetConfig, and Newton are trademarks of Technicolor USA, Inc. All other tradenames referenced are service marks, trademarks, or registered trademarks of their respective companies. Specifications subject to change without notice. MOD-4017M-5

mod 4017m 5c modularproducts

Documents

distribution capabilities

dac audio d

channel audio d

adt audio

adc audio

d converter12

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