commercial product guide, version 1 · commercial product guide product guide version 1.0 july 2020...

COMMERCIAL PRODUCT GUIDE

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EVERSION 1.0 JULY 2020

ADDRESS101 N. Wilmot Rd., Ste. 101

Tucson, AZ 85711

FAX/WEB520.519.3120

www.rincon.com

TECH SUPPORT520.519.3132

[email protected]

ORDER LINE520.519.3131

[email protected]

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CONTENTSWIDEBAND SYSTEMS | L-BAND DIGITIZERS AND PACKETIZERS .................................... 1DLSR2 | DSPBrik™ L-Band Software-Defined Radio, 2nd Generation ........................................... 3DLSR3 | DSPBrik™ L-Band Software-Defined Radio, 3rd Generation ............................................. 5P2A | Packets-to-Analog Converter .........................................................................................................................7WBRA | Wideband MountainBrik™ RAID & Acquisition ..........................................................................9

SIGINT RECORDERS | MOUNTAINBRIK™ RAID & ACQUISITION ..................................... 11LPFE-IFXR | SDR with Dual IF Transceiver ........................................................................................................ 13LPFE-RFXR | SDR with 2x2 MIMO RF Transceiver ........................................................................................ 15MBRA IFXRD | MountainBrik™ RAID and Signal Acquisition ............................................................. 17MBRA LPRD | MountainBrik™ RAID and Signal Acquisition ............................................................... 19MBRA2-16T-01 | MountainBrik™ RAID and Signal Acquisition ........................................................... 21MBRA2-16T-IFXR | MountainBrik™ RAID and Signal Acquisition ................................................... 23MBRA2-16T-IFXR-2U-01 | MountainBrik™ RAID and Signal Acquisition .................................... 25MBRA2-16T-RFXR | MountainBrik™ RAID and Signal Acquisition .................................................. 27

BOARD-LEVEL PRODUCTS .......................................................................................................................29DSPBrik™ II Product Family | Modular, High-Performance Computing Platform ........... 29E2S2 | Ethernet to Serial Adapter – Central System Control ................................................................. 31Raptor | Zynq UltraScale & MPSoC SDR Development Kit ....................................................................33xSDR Product Family | Extreme Software-Defined Radios ................................................................43

SPACE SYSTEMS ..............................................................................................................................................45AstroSDR | SDR and DSP System for Spaceflight ......................................................................................45 SDR and DSP System Options .....................................................................................................................47

INFORMATION ...................................................................................................................................................49Ordering ....................................................................................................................................................................................49ISO 9001 Certificate .......................................................................................................................................................... 52 Contact ...................................................................................................................................................................................... 53Engineering and Professional Services ...............................................................................................................54What We Do ........................................................................................................................................................................... 55

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INFORMATION SUBJECT TO CHANGE WITHOUT NOTICE. PRODUCTS ARE SUBJECT TO THE RESTRICTION OF THE ARMS EXPORT CONTROL ACT.

VERSION 1.0.

WIDEBAND DIGITAL-IF FAMILY L-BAND DIGITIZERS AND PACKETIZERS

DIG

ITA

L-IF

ACHIEVE LOSSLESS, SCALABLE, AND RECONFIGURABLE L-BAND SIGNAL DISTRIBUTION with Rincon Research Corporation’s Digital-IF product family. These systems digitize multi-carrier L-band signals, and then convert individual signals to streams of Ethernet packets for distribution over traditional networks.

L-band analog input, 950 MHz to 1750 MHz 1800 MSPS 10-bit ADC, 7.8 ENOB Programmable attenuator, 0dB to 31.5 dB,

0.5 dB steps Multiple digital downconverter (DDC)

configurations provided High-precision data time tags provided for

DDC and snapshot outputs Wideband (800 MHz) snapshot capability,

up to 2 GB 1 to 4 analog inputs per unit

DLSR2 units perform the analog-to-packets function, using wideband analog-to-digital converters and high-performance FPGAs for signal processing and Ethernet interfaces.

P2A units use similar technology to implement the packets-to-analog function. Multiple packet streams can be combined into a single L-band analog output.

Digital IF data inputs via 10GbE interfaces L-band analog output, 950 MHz to 1750 MHz 1800 MSPS 14-bit DACs Integrated distribution splitters, optional Six-channel output per DAC 1.5 GByte network buffer memory per DAC Programmable attenuator for output adjustment Accepts external 10 MHz reference, optional 2 to 8 wideband-DAC channels per unit

ADDRESS 101 N. Wilmot Rd., Ste. 101

Tucson, AZ 85711

ORDER LINE 520.519.3131

[email protected]

TECH SUPPORT 520.519.3132

[email protected]

FAX/WEB 520.519.3120

www.rincon.com

INFORMATION SUBJECT TO CHANGE WITHOUT NOTICE. PRODUCTS ARE SUBJECT TO THE RESTRICTIONS OF THE ARMS EXPORT CONTROL ACT.

VERSION 1.0.

L-BAND ANALOG INPUT/OUTPUT EMBEDDED PROCESSORS IN BOTH THE DLSR2 AND P2A provide command-and-control functions through a dedicated Ethernet interface. Multiple units can operate from a single network file system, greatly simplifying the application of firmware updates and shared configuration modes. The DLSR2 and P2A have flexible signal processing controls, supporting multiple data formats, sample rates, and signal bandwidths. Network interfaces can be configured for unicast or multicast data, resulting in an L-band signal distribution architecture with all the flexibility of Ethernet data networks.

DLSR2

P2A

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VERSION 1.0.

DSLR2 DSPBRIK™ L-BAND SOFTWARE-DEFINED RADIO, 2ND GENERATION

L-band analog input, 950 MHz to 1750 MHz 1800 MSPS 10-bit ADC, 7.8 ENOB Programmable attenuator, 0dB to 31.5 dB, 0.5 dB steps Multiple digital downconverter (DDC) configurations

provided: 3180: Up to 3 DDCs with 80/40/20/10/5/2.5 MHz

bandwidth selection 8140g: Up to 8 DDCs with 40/20/10/5/2.5 MHz

bandwidth selection 8180: Up to 8 DDCs with 80/40/20/10/5/2.5 MHz

bandwidth selection 21400: Up to 2 DDCs with 400 MHz bandwidth 11240: 1 DDC with 240 MHz bandwidth 11320: 1 DDC with 320 MHz bandwidth 11650: 1 DDC with 650 MHz bandwidth 41160: Up to 4 DDCs with 160 MHz bandwidth All configurations allow independent tuning for

each DDC Data output via 10GbE interfaces, except when

using the 8140g configuration which supports 1GbE High-precision data time tags provided for DDC and

snapshot outputs Wideband (800 MHz) snapshot capability, up to 2 GB Command and control via dedicated Ethernet interface Boot from local flash storage or network file system

(NFS) Automatic restoration of saved configuration after

reset, enabling seamless operation without user intervention

Redundant, hot-swappable power supplies

DLS

R2

USING MULTI-RATE SIGNAL PROCESSING TECHNIQUES, the DLSR2 digitizes multiple L-band inputs and provides up to 8 independent digitally downconverted signal channels, distributed over 10 Gigabit Ethernet to individual clients or broadcast to multiple recipients.

BUILT UPON HIGH-PERFORMANCE FPGA TECHNOLOGY, the DLSR2 supports seamless in-field firmware upgrades to meet the demands of evolving requirements, making it easy to deploy and maintain hundreds of units.

HIGH-PRECISION TIME TAGGING IS A SIGNATURE FEATURE of all Rincon Research data acquisition systems. The DLSR2 continues this tradition by producing time-tagged data with sub-1ns accuracies. Through careful compensation of all algorithmic delays, we are able to maintain this level of precision for all DDC output bandwidths.

THE DLSR2’S UNIQUE WIDEBAND SNAPSHOT FEATURE provides continuous surveys of the entire digitized input signal (800 MHz wide) to support downlink evaluation and signal discovery and identification, reducing overall system cost by eliminating the need for external test equipment or for sweeping a narrow-band receiver.

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Tucson, AZ 85711

ORDER LINE 520.519.3131

[email protected]


[email protected]

FAX/WEB 520.519.3120

www.rincon.com


VERSION 1.0.

SPECIFICATIONS GENERAL

Power Connector: NEMA5-15 Power: 110/220 VAC 50/60 Hz, 300 Watts (max) Number of Inputs: Up to 4 Number of Outputs: Up to 8 Command/Control: 10/100/1000 Mbit Ethernet, RJ45 Dimensions: 1U 19” rackmount, 26” depth Operating Temperature: 0° C to 50° C

DATA INPUT/OUTPUT Analog: -27 dBm (nom), 50 Ω, AC-coupled, 950 MHz to 1850

MHz, SMA connector Clock/Reference: 750 mVpp to 2 Vpp (1.5 dBm to 10 dBm) 50 Ω,

AC-coupled, sine or square wave, SMA connector 1PPS: CMOS compatible, 50 Ω, SMA connector Timecode:

IRIG-B: 0.5 Vpp to 6 Vpp, 50 Ω, 1 kHz AM, SMA NMEA-0813: RS-232 signal level, LEMO connector, DB9

adapter supplied Data Connector: 10 Gigabit Ethernet, SFP+ modules (included)

SR/LR fiber or direct attach copper DDC Data Format: SDDS or VITA-49, various bandwidths WB Snapshot: Up to 2 GB (~1 sec)

BLOCK DIAGRAM

ORDERING INFORMATION DLSR2-1U-WSvwx-yz

v: Number of analog inputs (1 to4)

w: Number of 10GbE outputs (2 to 8)

x: Customization Code, opt. (see website for codes)

y: 10GbE media L: Long-range fiber

SFP+ modules, 1310 nm S: Short-range fiber

SFP+ modules, 850 nm C: Direct-attach passive

coper patch cables, Cisco, 3m

0: No media included z: Boot mode

None: NFS booth (flash-write protected)

F: Flash booth (flash write-enabled)

Call for availability and custom configurations.

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VERSION 1.0.

DLSR3 DSPBRIK™ L-BAND SOFTWARE-DEFINED RADIO, 3RD GENERATION

INPUTS Extended L-band analog inputs, 750 MHz to 2150 MHz Two or four inputs per 1U chassis 4800 MSPS, 14-bit interleaved ADC (ENOB: 8 bits) Self-calibration and built-in test capabilities Programmable input attenuator (0 dB to 31.5 dB) Snapshot, histogram, bit-activity, and overload indicators

to easily determine input signal levels 1PPS, 10 MHz, IRIG-B, NMEA-0183, and NTP inputs PROCESSING Xilinx UltraScale+ MPSoC FPGA with 64-bit processor Wideband (4800 MSPS) snapshot capability (up to 5 GB

per input) Eight digital sub-band tuners (SBTs) per ADC with

configurable bandwidths: 80, 40, 20, 10, 5, 2.5 MHz Manual and automatic gain controls OUTPUTS Two SFP+ 10-Gigabit Ethernet outputs per analog input SDDS packet format, VITA-49 option coming soon 8- or 16-bit, real or complex data formats (SI, SB, CB, CI) High-precision data time tags provided for DDC and

snapshot outputs CONTROL AND STATUS Command and control via embedded-Linux processor Front panel LCD interface for easy setup and configuration Boot from local flash storage or network file system (NFS) TLS compliant control interface X-Midas option tree and Python API included

DLS

R3 THE DLSR3 BUILDS ON THE DLSR AND DLSR2 LEGACY with

an upgraded digitizing architecture enabling continuous frequency coverage from 750 to 2150 MHz, and retaining wideband snapshot, API and X-Midas option-tree features that have been key elements of the DLSR family for over a decade. The forward-looking DLSR3 design provides new features and capabilities with maximum backwards compatibility.

USING MULTI-RATE SIGNAL PROCESSING TECHNIQUES, the DLSR3 digitizes multiple L-band inputs and with up to eight independent digital sub-band tuner outputs per input. Tuner data is provided on multiple 10GbE interfaces for distribution to individual clients or broadcast to multiple recipients. All outputs include high-precision, high-accuracy time tags supporting the most demanding downstream applications.

THE DLSR3’S UNIQUE WIDEBAND SNAPSHOT FEATURE provides continuous surveys of the entire digitized input signal (up to 2150 MHz) to support downlink evaluation and signal discovery. Snapshots size (up to 5 GB), output rate, and trigger modes are configurable.


Tucson, AZ 85711

ORDER LINE 520.519.3131

[email protected]


[email protected]

FAX/WEB 520.519.3120

www.rincon.com


VERSION 1.0.


Power Connector: IC 60320 C14 with NEMA5-15 cord Power: 110/220 VAC 50/60 Hz Power Consumption: 200W, 2-input, 400 W 4-input, typical Number of Inputs: Two or four Number of 10 GbE outputs: Two per input, maximum of 8 Dimensions: 1U 19” rackmount, 26” depth Operating Temperature: 0° C to 50° C

INPUT/OUTPUT LEVELS Analog: -35 dBm (nom), 50 Ω, AC-coupled, 500 MHz to 2150

MHz, SMA connector 0 to 31.5 dB input attenuator, 0.5 dB steps

10 MHz: 750 mVpp to 2 Vpp (1.5 dBm to 10 dBm) 50 Ω, AC-coupled, sine wave, SMA connector

1PPS: CMOS compatible, 50 Ω, SMA connector Timecode:

IRIG-B: 0.5 Vpp to 6 Vpp, 50 Ω, 1 kHz AM, SMA NMEA-0183: RS-232 signal level, LEMO connector, DB9 adapter available

Control: 10/100/1000BASE-T Ethernet, RJ-45 Static or DHCP IP address

10 GbE Output Media: SR Fiber, LR Fiber, or twinax copper patch cables

BLOCK DIAGRAM

ORDERING INFORMATION DLSR3-1U-2E4X-01

Two L-Band inputs Four 10GbE outputs

DLSR3-1U-4E8X-01 (coming soon) Four L-Band inputs Eight 10GbE outputs

Units include two power supplies and power cords

No-Cost configuration options include NFS or local boot modes and write-protection on internal flash memories

Rack slides and 10GbE output media sold separately


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Tucson, AZ 85711

ORDER LINE 520.519.3131

[email protected]


[email protected]

FAX/WEB 520.519.3120

www.rincon.com


VERSION 1.0.


Power Connector: IC 60320 C14 with NEMA5-15 cord Power: 110/220 VAC 50/60 Hz Power Consumption: 200W, 2-input, 400 W 4-input, typical Number of Inputs: Two or four Number of 10 GbE outputs: Two per input, maximum of 8 Dimensions: 1U 19” rackmount, 26” depth Operating Temperature: 0° C to 50° C

INPUT/OUTPUT LEVELS Analog: -35 dBm (nom), 50 Ω, AC-coupled, 500 MHz to 2150

MHz, SMA connector 0 to 31.5 dB input attenuator, 0.5 dB steps

10 MHz: 750 mVpp to 2 Vpp (1.5 dBm to 10 dBm) 50 Ω, AC-coupled, sine wave, SMA connector

1PPS: CMOS compatible, 50 Ω, SMA connector Timecode:

IRIG-B: 0.5 Vpp to 6 Vpp, 50 Ω, 1 kHz AM, SMA NMEA-0183: RS-232 signal level, LEMO connector, DB9 adapter available

Control: 10/100/1000BASE-T Ethernet, RJ-45 Static or DHCP IP address

10 GbE Output Media: SR Fiber, LR Fiber, or twinax copper patch cables

BLOCK DIAGRAM

ORDERING INFORMATION DLSR3-1U-2E4X-01

Two L-Band inputs Four 10GbE outputs

DLSR3-1U-4E8X-01 (coming soon) Four L-Band inputs Eight 10GbE outputs

Units include two power supplies and power cords

No-Cost configuration options include NFS or local boot modes and write-protection on internal flash memories

Rack slides and 10GbE output media sold separately


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VERSION 1.0.

P2A PACKETS-TO-ANALOG CONVERTER

Digital IF data inputs via 10GbE interfaces SDDS packet format supported VITA-49 coming soon

L-band analog output, 950 MHz to 1750 MHz 1800 MSPS 14-bit DACs Six-channel output per DAC

Four 40 MHz bandwidth streams Two 80 MHz bandwidth streams

1.5 GByte DDR3 memory per DAC Allows absorption of large network latency Independent configuration for each input

stream Programmable attenuator, 0 dB to 31.5 dB, 0.5

dB steps Accepts external 10 MHz reference, optional Command and control via dedicated Ethernet

interface Redundant, hot-swappable power supplies

P2A

USING MULTI-RATE SIGNAL PROCESSING TECHNIQUES, the P2A combines up to six digital IF packet streams into each frequency-multiplexed DAC output. To meet your mission needs, various configurations can combine up to 48 digital packet streams into eight DAC outputs. Optional RF splitters may be included in the chassis to split DAC outputs for signal distribution to multiple modems or other devices.

THE COMPACT 19-INCH RACKMOUNT (1U) CHASSIS contains the RF components required for connecting directly to L-band analog modems, block upconverters, or a signal distribution infrastructure. The integrated, high-performance cavity filter provides a spectrally clean L-band output from 950 MHz to 1750 MHz.

THE 10 GIGABIT ETHERNET (10GBE) SDDS INPUTS feed a flexible de-packetizer that can be configured to receive multicast or unicast data from multiple sources across multiple VLANs. The P2A supports both 40 MHz and 80 MHz bandwidth signals.

THE P2A’S LARGE NETWORK BUFFER FEATURE provides uninterrupted data playback even with large network latency. The configurable network buffer also enables the P2A to generate long periods of continuous data even with non-coherent reference clocks.

BUILT ON HIGH-PERFORMANCE FPGA TECHNOLOGY, the P2A supports seamless in-field firmware upgrades to meet the demands of evolving requirements, making it easy to deploy and maintain hundreds of units.

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Tucson, AZ 85711

ORDER LINE 520.519.3131

[email protected]


[email protected]

FAX/WEB 520.519.3120

www.rincon.com


VERSION 1.0.


Number of 10 Gigabit Ethernet Inputs: 1 per DAC, up to 9 per chassis

Number of DAC Outputs: Up to 8 Command/Control: 10/100/1000 Mbit Ethernet, RJ45 Power Connector: NEMA5-15 Power: 110/220 VAC 50/60 Hz, 300 Watts, max Dimensions: 1U 19” rackmounts, 26” depth Operating Temperature: 0° C to 50° C

DATA INPUT/OUTPUT Analog Output Power:

40 MHz: -21 dBm, max 80 MHz: -18 dBm, max

Analog: 50 Ω, AC-coupled, 950 MHz to 1750 MHz, SMA connector Input Data Connector: 10 Gigabit Ethernet, SFP+ modules

(included), SR/LR fiber or direct attach copper Digital Data Format: SDDS, 80 MHz and 40 MHz bandwidths,

standard configuration assumes df/dt=0 VITA-49 coming soon

Clock/Reference: 750 mVpp to 2 Vpp (1.5 dBm to 10 dBm), 50 Ω, AC-coupled, sine or square wave, SMA connector

1 PPS: CMOS compatible, 50 Ω, SMA connector Time:

IRIG-B: 0.5 Vpp to 6 Vpp, 50 Ω, 1 kHz AM, SMA NMEA-0813: RS-232 signal level, LEMO connector, DB9

adapter supplied

BLOCK DIAGRAM

ORDERING INFORMATION P2A – g d s a – A2P – c p – f b l r

P2A Order Codes g: number of 10GbE inputs,

1 per DAC channel, standard d: number of WB DAC

channels (1, 2, 4, 6, or 8) s: output splitter width per

channel (1, 2, 4, or 8) a: integrated amplifier per

channel (N: not present or A: present on all channels

A2P Order Codes c: number of L-band ADC

inputs p: number of 10 GbE outputs

(0, 1, 2, 4, or 8) f: 10 GBE input media (see

website for options) b: X7D2285 Boot Mode

(N: NFS or F: internal flash) l: Flash Lock (U: unlocked or

L: locked/write-protected) r: Rackmount slides

(N: none, 28: 28”, or 30: 30”) Call for availability or custom

configurations.

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VERSION 1.0.

WBRA WIDEBAND MOUNTAINBRIK™ RAID & ACQUISITION

Record up to 1 GHz input bandwidth to disk for hours

Record at rates of up to 2 GByte/sec in a single shot or in looped mode for indefinite recording duration

Quickly and easily swap the two removable 16 TB solid-state disk packs for additional data storage

Ascertain system health at a glance using the intuitive, web-based control interface

3U chassis

WB

RA

CAPABLE OF CONTINUOUS, SUSTAINED RECORDING AT RATES UP TO 2 GBYTE/SEC, the WBRA is a wideband SIGINT recorder with two 16 TB removable storage packs. A three-element, anti-alias filter bank is included for IFs 0.1 GHz to 1 GHz, 1 GHz to 2 GHz, and 2 GHz to 3 GHz.

SELECT SPECIFIC SIGNALS OF INTEREST for recording by using a configurable sub-band tuner.

RECORDED DATA IS PRECISION TIME-TAGGED to within +/-1 sample period (+/- 500 ps at 2 GSPS) when the system is connected to a time/frequency reference via the 1 PPS, 10 MHz, and NMEA/IRIG-B connectors.

AN INTUITIVE JAVA-BASED COMMAND AND CONTROL INTERFACE supports operation using Windows, OS X, and Linux platforms.

FUTURE CAPABILITIES, enabled via firmware update, include a GUI with real-time displays and playback of recorded signals with the internal, wideband, 14 bit DAC.

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Tucson, AZ 85711

ORDER LINE 520.519.3131

[email protected]


[email protected]

FAX/WEB 520.519.3120

www.rincon.com


VERSION 1.0.

SPECIFICATIONS PROCESSING

Storage Capacity: 32 TB in dual 16 TB, removable disk packs RAID Modes: 0, 5, or 6 Data Acquisition: X6A1250 ADC platform, developed by RRC Max Record Rate: 2 GBytes/s Processor: i7-5930K, 3.5 GHz RAM: 128 GByte DDR4 Control Panel: 4-line LCD

INPUT/OUTPUT Analog Input: 2000 MSPS (max), 10-bit ADC, -30 dBm (nom),

0 dB to 31.5 dB digital step attenuator, 0.5 dB steps Input/Output Filters:

0.1 GHz to 1 GHz 1 GHz to 2 GHz 2 GHz to 3 GHz Filter bypass

Analog Output: 2000 MSPS, 14-bit DAC, -3 dBm (full scale), 0 dB to 31.5 dB digital step attenuator, 0.5 dB steps

Ethernet: 1000BASE-T or 10GbE fiber command and control port single-mode (1310 nm) and multi-mode (850 nm)

Peripherals: USB 3.0 (with security door), VGA

BLOCK DIAGRAM

PHYSICAL Dimensions: 3U 19” rackmount,

26” depth Input Power: 90 VRMS to 264 VRMS,

47 Hz to 63 Hz Power Consumption: 300 W, typ

450 W, max Analog/RF Connectors:

SMA, 50 Ω Ambient Operating

Temperature: 0° C to 45° C Time Tag Accuracy: within

+/- 1 sample clock period of external 1 PPS

ORDERING WBRA-02: 2 GSPS ADC & DAC,

4-band filter banks WBRA-03: 2 GSPS ADC,

4-band filter banks WBRA-04L: 2 GSPS ADC & DAC,

L-Band (950 MHz to 1750 MHz) filters only

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VERSION 1.0.

SIGINT RECORDERS MOUNTAINBRIK™ RAID & ACQUISITION

WBRA

Record up to 1 GHz input bandwidth at 2 GSPS for hours Quickly and easily swap the two removable 16 TB

solid-state disk packs for additional data storage Internal filter bank supports multiple Ifs and sample rates Configurable FPGA-based sub-band tuner 3U rack-mount chassis

SIG

INT

MBRA

Transport the system in a rugged, lightweight Pelican case

Six 2.5” SSDs, 1 or 2 TB each Integrated GPSDO 11 VDC to 30 VDC input power (AC adapter

included) IFXRRD: Dual-channel 500 MSPS,

14-bit ADC, 16-bit DAC LPRD: Dual-channel, 70 MHz to

6 GHz front end, up to 56 MHz BW

MBRA2 IFXR

Dual-channel 500 MSPS, 14-bit ADC, 16-bit DAC Record and analog playback, up to 250 MHz Two independent sub-band tuners Total rate to disk up to 1 GByte/sec Portable or rack-mount options

MBRA2 RFXR

Dual-channel, 70 MHz to 6 GHz front end, up to 56 MHz BW

Two independent sub-band tuners Total rate to disk up to 490 MByte/sec

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FAX/WEB 520.519.3120

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VERSION 1.0.

RECORDER COMPARISON

MOUNTAINBRIK™ GUI

Simple, powerful controls for setting the tuners to either of the system ADC inputs and adjusting the bandwidth and frequency.

Start and stop recordings with ease.

Clear system health and status indicators.

Real-time spectral plots and waterfalls enable the user to quickly analyze a dynamic signal environment.

COMMON FEATURES High-precision time tagging Multiple unit synchronization

(record and playback) Loop and one-shot record

modes User-friendly GUI and API

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VERSION 1.0.

LPFE-IFXR SDR WITH DUAL IF TRANSCEIVER

Wide input bandwidth enables IF digitization and direct-sampling applications from HF to 1 GHz

Dual-channel, 14-bit ADCs, 200 MSPS to 500 MSPS Dual-channel, 16-bit DACs, 10 MSPS to 615 MSPS Ultra-low jitter integrated clock source, accepts

external reference High-performance Xilinx Zynq Z7045 FPGA/ARM SoC Low-power IF-to-packets capability Many applications consume less than 15 W Write-protection controls for all non-volatile memory Capable of high-rate, high-order modulations

(application not included) FSK, BPSK, QPSK, SQPSK, 8PSK, QAM16 to QAM1024

Accepts external time/frequency standards for geo-capable time-tagging

Two rugged enclosures available, fan-cooled or conduction-cooled with IP-67 construction

Flexible power options 9 VDC to 57 VDC Power of Ethernet (PoE) Type 2

Flexible boot options: NFS, microSD card, or RAM-disk

LPFE

-IFX

R

RINCON RESEARCH CORPORATION’S (RRC) LPFE-IFXR is an extreme software-defined radio (xSDR), combining the xSDR LPFE DSP Base Card and xSDR IFXR in a compact chassis. The LPFE-IFXR is a high-performance DSP system, ideal for pairing with microwave receivers or direct-sampling HF signals. Its high-performance dual IF transceiver includes 14 bit, 500 MSPS ADCs and 16 bit, 615 MSPS DACs. This mezzanine card includes filters and amplifiers to simplify interfacing with external receivers and antennas.

RRC’S MOUNTAINBRIK™ APPLICATION may be used with the LPFE-IFXR to control the transceiver, view signal spectra, and record receiver data. Rincon’s embedded Linux distribution, combined with the MountainBrik firmware, is capable of streaming signal data through the Ethernet interface at over 100 MByte/sec.

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Tucson, AZ 85711

ORDER LINE 520.519.3131

[email protected]


[email protected]

FAX/WEB 520.519.3120

www.rincon.com


VERSION 1.0.

SPECIFICATIONS ANALOG PERFORMANCE

Analog Digitizer Card: xSDR IFXR, developed by RRC ADC: Dual, 14-bit, 200 MSPS to 500 MSPS ADC Full-Scale Input: -3 dBm ADC Two-Tone IMD: < -80 dBc (typ) DAC: Dual, 16-bit, 10 MSPS to 615 MSPS DAC Two-Tone IMD: > 65 dB (typ) Filtering: Switchable low-pass filters.

ADC: 220 MHz DAC: 290 MHz

DIGITAL SPECIFICATIONS DSP Base Card: xSDR LPFE DSP Base Card, developed by RRC SoC: Xilinx Zynq Z7045 standard, Z7030 and Z7035 also

available Memory: DDR3-1066

FPGA attached: 2 GBytes ARM attached: 512 Mbytes

I/O: 10/100/1000BASE-T Ethernet, USB 2.0 OTG UARTs: USB and RS-232

Timing Signals: 1 PPS and 10 MHz connectors, SMA, DC IRIG-B, U.FL

OS: RRC’s embedded Linux distribution PHYSICAL

Dimensions: Fan-Cooled: 5.45” x 5.00” x 1.50”, 35.5 oz. Conduction-Cooled: 10.00” x 3.50” x 2.46”, 62.4 oz.

BLOCK DIAGRAM

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VERSION 1.0.

LPFE-RFXR SDR WITH 2X2 MIMO RF TRANSCEIVER

70 MHz to 6 GHz MIMO transceiver High-performance Xilinx Zynq Z7045 FPGA/ARM SoC Low-power RF-to-packets capability Many applications consume less than 15 W Write-protection controls for all non-volatile memory Capable of high-rate, high-order modulations

(application not included) FSK, BPSK, QPSK, SQPSK, 8PSK, QAM16 to QAM1024

Flexible boot options: NFS, microSD card, or RAM-disk Write-protection controls for all non-volatile memory Flexible power options

9 VDC to 57 VDC Power of Ethernet (PoE) Type 2


Two rugged enclosures available, fan-cooled or conduction-cooled with IP-67 construction

LPFE

-RFX

R RINCON RESEARCH CORPORATION’S (RRC) LPFE-RFXR is

software-defined radio (SDR) system, combining the xSDR LPFE Base and xSDR RFXR cards into a compact chassis. Its 2×2 MIMO RF transceiver is based on Analog Devices AD9361 to achieve high performance without the need for external filters or LNAs. Tunable from 70 MHz to 6 GHz with up to 56 MHz signal bandwidth, it is ideal for low-power RF front end applications.

THE MOUNTAINBRIK™ APPLICATION MAY BE USED WITH THE LPFE-RFXR to control the receivers, view signal spectra, and record receiver data.

RRC’S UNIQUE MOUNTAINBRIK™ FIRMWARE provides nanosecond-accurate time tags regardless of the sample rate. Rincon’s embedded Linux distribution, combined with the MountainBrik™ firmware, is capable of streaming signal data through the Ethernet interface at over 100 MByte/sec.

THE BOARD SUPPORT PACKAGE (BSP) includes example HDL code and Vivado project and constraints files. The BSP code can be used to implement a simple transponder function where receiver data is looped-back inside the FPGA to the transmitters.


Tucson, AZ 85711

ORDER LINE 520.519.3131

[email protected]


[email protected]

FAX/WEB 520.519.3120

www.rincon.com


VERSION 1.0.

SPECIFICATIONS RF PERFORMANCE

Transceiver Card: xSDR RFXR, developed by RRC Tuning Range: 70 MHz to 6 GHz Gain Adj. Range: 1 dB to 60 dB, 1 dB steps Receiver Return Loss: > 10 dB (typ) Noise Figure: 6 dB (typical, below 3 GHz) Preselectors: 4-band RX preselector IF Bandwidth: Run-time configurable, 200 kHz to 56 MHz

INPUT/OUTPUT Sample Rate: Up to 61.44 MSPS (I and Q) ADC/DAC Resolution: 12-bit Transmit Power: +4 dBm Phase Noise (1 KHz to 1 MHz): 0.11° at 100 MHz, 0.26° at 1 GHz,

0.52° at 2.5 GHz, 1.3° at 6 GHz Two-Tone SFDR: >72 dB (typ, 30 dB gain) RX I/Q Image & DC Cancellation: > 80 dB (typ)






OS: RRC’s embedded Linux distribution

BLOCK DIAGRAM

PHYSICAL Dimensions:

Fan-Cooled: 5.45” x 5.00” x 1.50”, 35.5 oz.

Conduction-Cooled: 10.00” x 3.50” x 2.46”, 62.4 oz.

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Tucson, AZ 85711

ORDER LINE 520.519.3131

[email protected]


[email protected]

FAX/WEB 520.519.3120

www.rincon.com


VERSION 1.0.

SPECIFICATIONS RF PERFORMANCE

Transceiver Card: xSDR RFXR, developed by RRC Tuning Range: 70 MHz to 6 GHz Gain Adj. Range: 1 dB to 60 dB, 1 dB steps Receiver Return Loss: > 10 dB (typ) Noise Figure: 6 dB (typical, below 3 GHz) Preselectors: 4-band RX preselector IF Bandwidth: Run-time configurable, 200 kHz to 56 MHz

INPUT/OUTPUT Sample Rate: Up to 61.44 MSPS (I and Q) ADC/DAC Resolution: 12-bit Transmit Power: +4 dBm Phase Noise (1 KHz to 1 MHz): 0.11° at 100 MHz, 0.26° at 1 GHz,

0.52° at 2.5 GHz, 1.3° at 6 GHz Two-Tone SFDR: >72 dB (typ, 30 dB gain) RX I/Q Image & DC Cancellation: > 80 dB (typ)






OS: RRC’s embedded Linux distribution

BLOCK DIAGRAM


Fan-Cooled: 5.45” x 5.00” x 1.50”, 35.5 oz.

Conduction-Cooled: 10.00” x 3.50” x 2.46”, 62.4 oz.

UNCLASSIFIED

UNCLASSIFIED


VERSION 1.0.

MBRA IFXRRD MOUNTAINBRIK™ RAID AND SIGNAL ACQUISITION

Save the entire 250 MHz input bandwidth to disk for more than 6 hours

Record at rates of up to 500 MByte/sec in a single shot or in looped mode for indefinite recording duration

Quickly and easily swap the six removable, solid-state disks for additional data storage


Transport the system in a rugged, lightweight, Pelican case

MB

RA

IFX

RR

D THE MOUNTAINBRIK™ RAID AND ACQUISITION (MBRA)

LPRD is a compact, high-speed storage solution with integrated signal acquisition. The IFXRRD has dual, 500 MSPS, IF digitizers.

RECORDINGS CAN BE DONE IN SINGLE SHOT OR LOOPED MODE. In looped mode, new data overwrites older data for indefinite recording duration. The six, solid-state disks are easily removable from the top of the chassis to facilitate quick drive swaps in the field for additional storage.

WITH THE RECORDED DATA PLAYBACK FEATURE, you can reproduce an analog output of recorded data streams. Recorded data is time-tagged when the system is connected to external time/frequency sources.

THE LPRD HAS TWO INDEPENDENT INPUTS THAT CAN BE USED SIMULTANEOUSLY. It also includes two independent sub-band tuners that can be deployed on either of the input channels. The sub-band tuners support output bandwidths from 21 kHz to 42 MHz. An intuitive Java-based command and control interface supports operation using Windows, OS X, and Linux platforms.

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VERSION 1.0.


Processor: Core i7 Quad Core RAM: 16 GByte Disk Space: 6 TB or 12 TB with support for RAID 0, 5, or 6 Control Panel: 4-line LCD Max Record Rate: 500 MByte/sec Data Acquisition: xSDR IFXR, developed by RRC

INPUT/OUTPUT Network: 1000BASE-T/10GBASE-T Peripherals: USB 3.0 (with security door), VGA Analog Inputs: Dual, common clock, up to 500 MSPS, 14-bit

ADC, 1 MHz to 1 GHz bandwidth (max), 450 mVpp, -3 dBm, full-scale

Input Filters: 220 MHz low-pass filter, runtime selectable Analog Outputs: Dual, common clock, up to 500 MSPS, 16-bit

DAC, +10 dBm (full-scale, max) Time/Frequency: Integrated GPS disciplines oscillator (GPSDO),

external antenna included PHYSICAL

Dimensions: 13.5” x 12” x 6” Pelican case Input Power: 11 VDC to 30 VDC (AC power adaptor included) Power Consumption: 60 W, typical Analog/RF Connectors: SMA, 50 Ω Ambient Operating Temperature: 0° C to 45° C Time-Tag Accuracy: Within 2 ns of 1 PPS from GPSDO

MOUNTAINBRIK™ GUI





UNCLASSIFIED

UNCLASSIFIED


VERSION 1.0.

MBRA LPRD MOUNTAINBRIK™ RAID AND SIGNAL ACQUISITION



Quickly and easily swap the six removable, solid-state disks for additional data storage



MB

RA

LP

RD

THE MOUNTAINBRIK™ RAID AND ACQUISITION (MBRA) LPRD is a compact, high-speed storage solution with integrated signal acquisition. The LPRD has dual, 70 MHz to 6 GHz, RF transceivers.

RECORDINGS CAN BE DONE IN SINGLE SHOT OR LOOPED MODE. In looped mode, new data overwrites older data for indefinite recording duration. The six, solid-state disks are easily removable from the top of the chassis to facilitate quick drive swaps in the field for additional storage.


THE LPRD HAS TWO INDEPENDENT INPUTS THAT CAN BE USED SIMULTANEOUSLY. It also includes two independent sub-band tuners that can be deployed on either of the input channels. The sub-band tuners support output bandwidths from 21 kHz to 42 MHz. An intuitive Java-based command and control interface supports operation using Windows, OS X, and Linux platforms.

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VERSION 1.0.


Processor: Core i7 Quad Core RAM: 16 GByte Disk Space: Up to 6 TB or 12 TB with support for RAID 0, 5, or 6 Control Panel: 4-line LCD Max Record Rate: 490 MByte/sec Data Acquisition: xSDR RFXR, developed by RRC

INPUT/OUTPUT Network: 1000BASE-T/10GBASE-T Peripherals: USB 3.0 (with security door), VGA Analog Inputs: Dual, common LO and clock, 0.250 MSPS to

61.44 MSPS, 12-bit ADC, 70 MHz to 6 GHz bandwidth (max), -24 dBm (full scale)

Input Filters: 4-band pre-selector Analog Outputs: Dual, common LO and clock, 0.250 MSPS to

61.44 MSPS, locked to ADC sample clock, 12-bit DAC, 56 MHz bandwidth (max), +4 dBm (full scale)

Time/Frequency: Integrated GPS disciplines oscillator (GPSDO), external antenna included

PHYSICAL Dimensions: 13.5” x 12” x 6” Pelican case Input Power: 11 VDC to 30 VDC (AC power adaptor included) Power Consumption: 60 W, typical Analog/RF Connectors: SMA, 50 Ω Ambient Operating Temperature: 0° C to 45° C Time-Tag Accuracy: Within 2 ns of 1 PPS from GPSDO

MOUNTAINBRIK™ GUI





UNCLASSIFIED

UNCLASSIFIED


VERSION 1.0.

MBRA2-16T-01 MOUNTAINBRIK™ RAID AND SIGNAL ACQUISITION



Quickly and easily swap the six removable, 16 TB, solid-state disk pack for additional data storage



MB

RA

2-16

T-0

1

THE MOUNTAINBRIK™ RAID AND ACQUISITION, 2ND GENERATION (MBRA2) SYSTEM, is a portable, high-speed RAID storage solution with integrated signal acquisition.

RECORDINGS CAN BE DONE IN SINGLE SHOT OR LOOPED MODE. In looped mode, new data overwrites older data for indefinite recording duration. The removable 16 TB, solid-state disk pack facilitates easy drive swaps in the field for additional storage.

MBRA2 SYSTEMS HAVE TWO INDEPENDENT INPUTS THAT CAN BE USED SIMULTANEOUSLY. They also include two independent sub-band tuners that can be deployed on either of the input channels. The sub-band tuners support output bandwidths from 21 kHz to 42 MHz. An intuitive Java-based command and control interface supports operation using Windows, OS X, and Linux platforms.


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VERSION 1.0.


Processor: Core i7-2600 RAM: 32 GB Disk Space: Up to 16 TB with support for RAID 0, 5, or 6 Control Panel: 4-line LCD Max Record Rate: 210 MByte/sec Data Acquisition: IPPV5 FPGA platform, developed by RRC

INPUT/OUTPUT Network: 10GBASE-T command and control port Peripherals: USB 3.0 (with security door), eSATA, VGA Analog Inputs: Dual, common clock, 210 MSPS, 14-bit ADC,

1 MHz to 950 MHz bandwidth, 1.5 Vpp, +7.5 dBm, full-scale (max) Input/Output Filters: 1 filtered with 105 MHz or 210 MHz LPF

(user selectable); 1 unfiltered Analog Outputs: Dual, common clock, 420 MSPS, 16-bit DAC,

210 MHz bandwidth (max), 0.5 Vpp, -2 dBm, full-scale (max) External Ref.: 0.3 Vpp to 2 Vpp, -6 dBm to +10 dBm, AC-coupled,

10 MHz or ADC clock 1 PPS: CMOS compatible, 50 Ω/Hi-Z Time:

NMEA-0813: RS-232, LEMO IRIG-B: AM-modulated

MOUNTAINBRIK™ GUI





PHYSICAL Dimensions: 16.4” x 8.8” x

13.3” Pelican case Input Power: 100/220 V,

50/60 Hz Power Consumption: 250

W, approximate Analog/RF Connectors:

SMB, 50 Ω Multi-Unit

Synchronization: With external clock connections

Ambient Operating Temperature: 0° C to 45° C

Time-Tag Accuracy: Within 10 ns using 1 PPS and external 10 MHz reference

UNCLASSIFIED

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VERSION 1.0.

MBRA2-16T-IFXR MOUNTAINBRIK™ RAID AND SIGNAL ACQUISITION






MB

RA

2-16

T-IF

XR






Tucson, AZ 85711

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VERSION 1.0.


Processor: Core i7-2600 RAM: 32 GB Disk Space: Up to 16 TB with support for RAID 0, 5, or 6 Control Panel: 4-line LCD Max Record Rate: 500 MByte/sec Data Acquisition: xSDR with IFXR, developed by RRC


1 MHz to 1000 MHz bandwidth, 450 mVpp, -3 dBm, full-scale (max)

Input Filters: 220 MHz low-pass filter, run-time selectable Analog Outputs: Dual, common clock, 420 MSPS, 16-bit DAC,

210 MHz bandwidth (max), +10 dBm, typical, full-scale 500 MSPS and 250 MHz coming soon

External Ref.: 0.2 Vpp to 10 Vpp, -10 dBm to +24 dBm, AC-coupled, 10 MHz only

1 PPS: 50 Ω standard, Hi-Z ordering option Time: NTP or NMEA-0183 (RS-232, LEMO Connector)

MOUNTAINBRIK™ GUI






16.4” x 8.8” x 13.3” Pelican case

Input Power: 100/220 V, 50/60 Hz

Power Consumption: 250 W, approximate

Analog/RF Connectors: SMB, 50 Ω

Multi-Unit Synchronization: With external clock connections



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VERSION 1.0.






210 MHz bandwidth (max), +10 dBm, typical, full-scale 500 MSPS and 250 MHz coming soon



MOUNTAINBRIK™ GUI






16.4” x 8.8” x 13.3” Pelican case



Analog/RF Connectors: SMB, 50 Ω




UNCLASSIFIED

UNCLASSIFIED


VERSION 1.0.

MBRA2-16T-IFXR-2U-01 MOUNTAINBRIK™ RAID AND SIGNAL ACQUISITION

Save the entire 250 MHz input bandwidth to disk forhours Record at rates of up to 500 MByte/sec in a single shot or in

looped mode for indefinite recording duration Quickly and easily swap the six removable, 16 TB, solid-state

disk pack for additional data storage Ascertain system health at a glance using the intuitive,

web-based control interface 2U chassis

MB

RA

2-16

T-IF

XR

-2U

-01





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VERSION 1.0.






+10 dBm, typical, full-scale 250 MHz coming soon



MOUNTAINBRIK™ GUI





PHYSICAL Dimensions: 2U 19”

rackmount, 26” depth Input Power: 100/220 V,

50/60 Hz Power Consumption:

250 W, approximate Analog/RF Connectors:

SMA, 50 Ω Multi-Unit

Synchronization: With external clock connections



UNCLASSIFIED

UNCLASSIFIED


VERSION 1.0.

MBRA2-16T-RFXR MOUNTAINBRIK™ RAID AND SIGNAL ACQUISITION






MB

RA

2-16

T-R

FXR

THE MOUNTAINBRIK™ RAID AND ACQUISITION, 2ND GENERATION (MBRA2) SYSTEM, is a portable, high-speed RAID storage solution with integrated signal acquisition from 70 MHz to 6 GHz.




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VERSION 1.0.



INPUT/OUTPUT Network: 10GBASE-T command and control port Peripherals: USB 3.0 (with security door), eSATA, VGA Analog Inputs: Dual, common LO and clock, 0.250 MSPS to

61.44 MSPS, 12-bit ADC, 70 MHz to 6000 GHz bandwidth, -24 dBm, full-scale

Input Filters: 4-band preselector Analog Outputs: Dual, 70 MHz to 6 GHz, common LO and clock,

0.250 MSPS to 61.44 MSPS, locked to ADC sample clock, 12-bit DAC, 56 MHz bandwidth (max), +4 dBm, full-scale (max)



MOUNTAINBRIK™ GUI






16.4” x 8.8” x 13.3” Pelican case



Analog/RF Connectors: SMA, 50 Ω




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VERSION 1.0.

DSPBRIK™ II PRODUCT FAMILY MODULAR, HIGH-PERFORMANCE COMPUTING PLATFORM

Achieve processing performance and data throughput unmatched by general-purpose microprocessors

Reconfigure in the field to enhance and upgrade without costly hardware replacements

Implement designs using a wide variety of languages and tools, such as VHDL, Verilog, SystemC, OpenCL, and MATLAB

Develop applications using mature, industry-provided FPGA development tools (not included)

Leverage a large user support base and intellectual property infrastructure

DSP

BR

IK™

II

TARGETING HIGH-PERFORMANCE COMPUTATION AND DSP APPLICATIONS, the 2nd generation DSPBrik products enable higher bandwidth applications while reducing overall system cost.

BUILT USING COMMERCIAL-OFF-THE-SHELF (COTS) PRODUCTION METHODS, DSPBrik-based designs provide cost-effective solutions for both prototyping and full production systems.

WITH FLEXIBILITY AS THE OVERARCHING GOAL and conforming to a compact 4.6” x 4.6” form-factor weighing around 5 ounces each, DSPBrik modules can be integrated into a variety of enclosures ranging from standard 19” rackmount units to custom conduction-cooled enclosures. DSPBrik products accept power (DC) from a wide range of sources commonly found in battery, automotive, telecommunications, and airborne applications.

COMMUNICATION WITH DSPBRIK SYSTEMS is achieved using industry-standard interfaces (Ethernet) and protocols (IP/HTTP), allowing application control from most host platforms and operating systems (e.g., Microsoft Windows, Linux).

APPLICATION EXAMPLES

Software-Defined Radios Satellite Communications Adaptive Arrays Digital Signal Processing High-Bandwidth Demodulation Radar Processing Digital IF Transport Radio Astronomy Network Packet Processing

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VERSION 1.0.

X7D2285 DSPBRIK™ II WIDEBAND D/A CONVERTER AND FPGA Dual, 2.85 GSPS. 14-bit DAC output module with a 1.425 GHz analog output bandwidth

DSPBRIK™ II FEATURES Reconfigurable Xilinx Virtex FPGA for data

processing and precision time tagging (X7F1000 and X7D2285 have Virtex-7, X6A1250 has Virtex-6)

2 GByte of DDR3-1600 SDRAM for capturing signal snapshots and user application processing (X7D2285 has 3 GByte)

Integrated NXP P1010 microprocessor running Rincon Research Corporation’s embedded Linux distribution with 1 GByte SDRAM and a removable microSD card

Programmable attenuator provides 1 dB to 32 dB of attenuation in 0.5 dB steps (X6A1250 and X7D2285 only)

10/100/1000 Ethernet interface for command and

control Support for precision time tagging of sampled

data using a 1 PPS input and NMEA-0183, IRIG-B, or NTP time code signals

Programmable on-board synthesizer for sample clock generation (600 MHz to 2600 MHz) using either an onboard or external 10 MHz reference (X6A120 and X7D2285 only)

High-speed SERDES connector attached to eight Virtex transceivers capable of various serial formats (e.g., 1G/10G Ethernet, PCI)

4.6” L x 4.6” W x 1½” H, approx. 5 oz (141.75 g) each

X6A1250 DSPBRIK™ II WIDEBAND A/D CONVERTER AND FPGA 2.6 GSPS, 10-bit ADC input module with a 5 GHz analog input bandwidth

X7F1000 DSPBRIK™ II VIRTEX-7 FPGA PROCESSOR High-performance signal and data processing platform

Digitize over a GHz of signal bandwidth from an analog input range of 10 MHz to 5 GHz (via Nyquist sampling techniques and bandpass filtering)

Directly digitize L-band IFs High-speed DSPBrik™II

connector utilizing LVDS signaling

Standard: XC7VX485T device (485,760 logic cells, 2,800 DSP slices, 37,080 Kbit of block RAM)

Option: XC7VX690T device (693,120 logic cells, 3,600 DSP slices, 52,920 Kbit of block RAM)

4 high-speed DSPBrik™II connectors with an aggregate bandwidth of greater than 44 Gbit/s per connector

Dual Analog Devices AD9129 devices capable of 5.7 GHz update rate using 2x interpolation (mixed-mode)

Output L band directly to a microwave upconverter (950 MHz to 1750 MHz)

Dual-channel architecture permits synthesis of multiple antenna polarizations

High-speed DSPBrik™II connector utilizing LVDS signaling

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VERSION 1.0.

E2S2 ETHERNET TO SERIAL ADAPTER – CENTRAL SYSTEM CONTROL

Managed or unmanaged 6-port Ethernet switch Includes distributed switch

architecture (DSA) capabilities to allow the host to control each port individually

Command and control via 10/100/1000 Ethernet or web API

Up to 9 RS-232 serial ports USB host with integrated 12-port hub,

including 2 ports with standby power Includes 48 GPIO pins with High, Low,

Rising Edge, Falling Edge, Double Edge, or tachometer input modes and High, Low, and 12.5 kHz PWM output modes

ADC with eight channels Dedicated I2C and SPI buses for off-board

communications Two input power options:

5V, 3-pin, Micro-Fit connector 6 V to 36 V, 2-pin Mini-Fit connector

Supports encryption keys on the FPGA

E2S2

RINCON RESEARCH CORPORATION’S E2S2 is a second generation, bidirectional, Ethernet-to-serial converter card with USB, RS-232, I2 C, and GPIO capability. It enables a single Ethernet control port for a chassis or other complex system. E2S2 is a flexible system supervisor and system controller. It ties together a variety of system components for remote management, including fans, USB devices, Ethernet devices, analog sensors, and digital sensors.

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VERSION 1.0.

SPECIFICATIONS Power Connectors:

3-pin Micro-Fit, 5V 2-pin Mini-Fit, 6V to 36V

Board Power: 5 W, typ. Capable of supplying full power to all USB ports, an additional 30 W

USB 2.0, 8 USB type-A connectors, 4 JST connectors RS-232: 9 JST 3-wire connectors SPI: MOSI/MISO/CS, 1 MHz I2C: SCLK/SDATA, 400 kHz GPIO: Up to 48 GPIO pins ADC: 12 bits, 8 channels, 125 kSPS, 0 V to 1 V voltage limit Command and Control: 10/100/1000 Ethernet, RJ45 Ethernet Switch: 5 ports 10/100/1000 Ethernet, RJ45 Dimensions: 3.876” x 3.876” (9.85 cm x 9.85 cm) Weight: 4.89 oz

BLOCK DIAGRAM

UNCLASSIFIED

UNCLASSIFIED


VERSION 1.0.

RAPTOR ZYNQ ULTRASCALE & MPSOC SDR DEVELOPMENT KIT

THE RAPTOR SDR DEVELOPMENT KIT COMBINES THE LATEST-GENERATION FPGA SOC TECHNOLOGY WITH A MIMO-CAPABLE RF TRANSCEIVER. The kit includes an RF shield, heatsinks, USB cables, standoffs, and a power supply to make it easy to get started. The open-source BSP, available on GitLab, includes support for streaming data to Gnu Radio and MATLAB, so you can launch your ideas right out of the box.

THE RAPTOR’S RF TRANSCEIVER IS MIMO-CAPABLE FROM 70 MHZ TO 6 GHZ. The configurable transmit path supports 70 MHz to 6 GHz and includes a 2.4 GHz, 500 mv power amplifier. Receiver performance is enhanced by a four-band preselector and wideband LNA.

BLOCK DIAGRAM

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VERSION 1.0.


System-on-Chip

Xilinx Zynq UltraScale+ XCZU9EG-1FFVC900E FPGA

FPGA 600 logic cells (K) 2,520 DSP slices

Application Quad-core ARM Cortex-A53

Processor 1.2 GHz, 64 bit

Memory 4 GB of DDR4

USB 2x USB 3.0 micro-AB

Storage MicroSD card and QSPI flash

Timing Signals

1 PPS, 10 MHz reference, IRIG-B (requires Expansion Mezzanine)

DOCUMENTATION User Guide raptor.rincon.com

GitLab gitlab.com/rinconresearch/ raptor

RF

Transceiver Analog Devices AD9361

Tuning 70 MHz to 6 GHz

Range Accepts optional external LOs

Bandwidth Up to 56 MHz 61.44 MSPS complex 12 bit resolution

Receive Path

On-board LNA and four-band preselector

Transmit Path

Low-power, full tuning range path and high-power 500 mW 2.4 GHz PA path

Connectors All RF connectors are SMA

RA

PTO

R

EXPANSION MEZZANINE* Ethernet Dual SFP+ 10 Gb

10/100/1000 BASE-T

Storage M.2 SATA connector (80 mm)

Video Mini DisplayPort interface

SerDes FireFly connector, 2 GTH pairs

I/O Header I2C, SPI, UART GPIO: 16 bits, FPGA attached Analog: 8-channel ADC/DAC/GPIO

IRIG-B Accepts AM or DC level shift

* Mezzanine Card sold separately

MECHANICAL Dimensions L x W: 5” x 2.675”

(127 x 68 mm) H: 0.681” (17.3 mm) (Raptor only) H: 1.5” (38 mm) (with Expansion Mezzanine)

Mass Raptor with heatsinks: 115 g Raptor, board only: 85 g Raptor, Expansion Mezzanine, heatsinks: 175 g (no SSD, SFP+)

INCLUDED ACCESSORIES Cables USB 3.0, USB 2.0 (UART),

JTAG adapter cable for Xilinx USB 2.0

Heatsinks SoC and RF Pas

Power Supply

12 VDC, 36 W, universal AC input, North American cable included

UNCLASSIFIED

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VERSION 1.0.

WGS10 ETHERNET SWITCH RUGGEDIZED, UNMANAGED, 10-PORT, WIRED 1 GIGABIT

Provides ten 10/100/1000 Mbit-capable Ethernet connections

Full duplex capability on all ports Autolearn/Aging of MAC address Supports jumbo frames 1Q Quality of Service Forwards and filters packets at non-blocking,

full-wire speed Auto speed negotiation on all ports Supports auto MDI/MDI-X crossover detection

on all ports Application-specific firmware loads are available

WG

S10

THE WGS10 ETHERNET SWITCH, with ten 10/100/1000 ports, is built to last in a rugged environment. The WGS10 provides high-quality solid tantalum capacitors, rugged power connectors, and a small form factor. With its high-quality on-board power supplies, the WGS10 provides years of trouble-free service.


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VERSION 1.0.

SPECIFICATIONS PORTS AND TRANSMISSION

Standards IEEE 802.3, IEEE 802.3u, IEEE 802.1Q 802.3x flow control is available, but not used by default VLAN configuration and multicast addresses can be

assigned by manufacturer Network Management Type: Unmanaged, layer 2 Speed: 10/100/1000 Mbit/s Ports: 10

DETAILS Switch Components: Marvell 88E6161 (two) Mac Table: 1K entry VLAN Support: Up to 64 VLANs Buffer Memory: 128 KB PoE: No IPV6 Support: Yes Jumbo Frame Support: Yes Port Mirroring: No

PHYSICAL Weight: 3.55 oz Power: Less than 10 W Input Voltage: 9.5 VDC to 14.5 VDC, 12 VDC (nom) Environment: 0° C to 70° C

BLOCK DIAGRAM

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VERSION 1.0.

SPECIFICATIONS PORTS AND TRANSMISSION

Standards IEEE 802.3, IEEE 802.3u, IEEE 802.1Q 802.3x flow control is available, but not used by default VLAN configuration and multicast addresses can be

assigned by manufacturer Network Management Type: Unmanaged, layer 2 Speed: 10/100/1000 Mbit/s Ports: 10

DETAILS Switch Components: Marvell 88E6161 (two) Mac Table: 1K entry VLAN Support: Up to 64 VLANs Buffer Memory: 128 KB PoE: No IPV6 Support: Yes Jumbo Frame Support: Yes Port Mirroring: No

PHYSICAL Weight: 3.55 oz Power: Less than 10 W Input Voltage: 9.5 VDC to 14.5 VDC, 12 VDC (nom) Environment: 0° C to 70° C

BLOCK DIAGRAM

UNCLASSIFIED

UNCLASSIFIED


VERSION 1.0.

xSDR PRODUCT FAMILY EXTREME SOFTWARE-DEFINED RADIOS

Use LPFE base card with mix-and-match I/O cards to support diverse applications High-rate RF-to-packets collect

via 1GbE or 10GbE with 10GBASE-T daughter card

F1/F2 coherent relays Demod-remod systems Unattended, autonomous SIGNIT

Compatible with READHAWK, X-Midas, and GNU Radio

Very low SWaP High-rate, high-order modulations

include: FSK (2, 4, 8), BPSK, QPSK, SQPSK, 8PSK, QAM16 – QAM1024


Local data logging to microSD card or a USB disk

xSD

R PROVIDING INCREDIBLE DSP CAPABILITY IN A

MISSION-READY LOW SWAP PLATFORM, the xSDR is a versatile, reconfigurable, cost-effective DSP solution. The family includes the LPFE base card and RFXR and IFXR mezzanine cards.

LPFE Base card with a Zynq 7030, 7035, or 7045 FPGA/ARM SoC. Can be used without a mezzanine card for standalone applications.

RFXR 2x2 MIMO RF transceiver based on the Analog Devices AD9361. Tunable from 70 MHz to 6000 MHz with up to 56 MHz signal bandwidth. The RF front-end has been carefully engineered to achieve high performance without the need for external filters or LNAs.

IFXR High-performance dual IF transceiver: 14 bit, 500 MSPS ADCs, 16 bit, 615 MSPS DACs. Card includes filters and amplifiers to simplify interfacing with external receivers and antennas.

FOR MISSION SUCCESS, we design or xSDR products to meet rigorous specifications, including:

Wide input power range: 9 VDC to 57 VDC or PoE Type 2 Write-protection controls for all non-volatile memory Flexible boot-options: over mircoSD card, NFS, RAM-disc, etc. Rugged mechanical design provides excellent shielding and is

easy to cool Accurate and precise time-tagging with external 1 PPS,

NMEA-0183, DC IRIG-B, NTP, and 10 MHz frequency reference. Careful circuit design and unique firmware let us provide nanosecond-accurate time tags regardless of sample rate.

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FAX/WEB 520.519.3120

www.rincon.com


VERSION 1.0.

xSDR LPFE DSP BASECARD

LPFE is a compact Zynq-based system that enables signal collection and processing in a standalone package. The Zynq SoC contains a Kintex-7 FPGA and dual-core ARM Cortex-A9 processor to process data without a host server or laptop. The embedded Linux APIs, file system, and control interfaces are common across all our products.

xSDR RFXR 70 MHZ TO 6 GHZ MIMO TRANSCEIVER

RFXR provides low-power RF capability for the xSDR family.

xSDR IFXR DUAL ADC AND DAC

IFXR provides high resolution ADCs and DACs for IF digitization and direct-sampling applications, from HF to 1 GHz.

BASECARD SoC: Xilinx Zynq Z7045 standard,

Z7030 and Z7035 also available Memory: DDR3-1066, 2 GByte on

FPGA, 512 Mbyte on ARM Peripherals: 10/100/1000 Base-T

Ethernet, USB 2.0 OTG, UARTs: USB and RS-232, 10GBASE-T (requires additional interface card)

Dimensions: 5.26” x 2.32” (with connectors)

Weight: 2.96 oz (84 g)

IFXR ADC: Dual, 14 bit Input Bandwidth (-3 dB): Filter

bypassed: 100 kHz to 1.0 GHz, With LPF: 205 MHz

Two-Tone SFDR: >80 dB (typ.) DAC: Dual, 16 bit, 10 MSPS to

615 MSPS Max RF Output Frequency: 500

MHz with 2x interpolation Dimensions:

3.34” x 1.83” x 0.58” (84.7 mm x 46.4 mm x 14.7 mm) (with connectors)


RFXR Tuning Range: 70 MHz to 6 GHz Gain Adj. Range: 1 dB to 60 dB, 1

dB steps Noise Figure: 5 dB to 7 dB (typ.) Preselector: 4-band RX IF Bandwidth: 250 KHz to

56 MHz (run-time configurable) Sample Rate: 0.25 MSPS to 61.44

MSPS (I and Q) ADC/DAC Resolution: 12 bit TX Power (CW): +4 dBm (max), 0

dBm (typ.), -4 dBm (min) Phase Noise (1 kHz to 1 MHz):

0.11° at 100 MHz, 0.26° at 1 GHz, 0.52° at 2.5 GHz, 1.3° at 6 GHz (accepts external LO)

Two-Tone SFDR: >72 dB (typ.) I/Q Image & DC Cancellation:

>80 dBc (typ.) Dimensions:

3.34” x 1.83” x 0.58” (84.7 mm x 46.4 mm x 14.7 mm) (with connectors)


UNCLASSIFIED

UNCLASSIFIED


VERSION 1.0.

ASTROSDR SDR AND DSP SYSTEM FOR SPACEFLIGHT

Dual receivers & transmitters, 70 MHz to 6 GHz

Xilinx Zynq Z-7045 FPGA & dual ARM system-on-chip (SoC)

Daughter card interface for expansion, I/O, and custom applications 64 Gbyte eMMC flash memory card Gigabit Ethernet and flash memory

card with GPIO 64 GByte eMMC flash on daughter card

for data storage Designed for CubeSat Next-Generation

Bus (CNGB) and Space Plug-and-Play Architecture (SPA)

AST

RO

SDR

THE ASTROSDR PRODUCT FAMILY provides key components for a user-developed RF payload: receiver, transmitter, FPGA, ARM processor, data storage, and high-speed I/O. The board-support-package includes pre-build functions for interfacing to the radio, ARM processor, and eMMC storage, as well as a Vivado project to assist the user in developing their own unique applications.

ASTROSDR HAS THE DEVELOPER-FRIENDLY FEATURES found in our terrestrial SDR and DSP systems. The on-board processor runs embedded Linux, providing a flexible and capable development environment. APIs are provided for basic control of the FPGA, receivers, and transmitters.

ASTROSDR HAS MULTIPLE INTERFACES for I/O and command/control: dual UARTs, two FPGA-attached LVDS pairs, and an Ethernet interface on an optional daughter-card.

RINCON RESEARCH SUPPORTS MISSIONS with more than just hardware. We provide mission planning and operation services. We also have unique IP for digital signal processing, including interference cancelation, high-rate modems, adaptive beamforming, geolocation, and space situational awareness.


Tucson, AZ 85711

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VERSION 1.0.


Xilinx Zynq 7045 FPGA and dual ARM SoC Dual-core Arm Cortex A9 with NEON, up to 733 MHz 512 MByte DDR3 RAM (with ECC) 2 GByte flash for radiation-tolerant OS storage Kintex-7 FPGA fabric: 350k logic cells 900 DSP slices 1 GByte DDR3 RAM (ECC capable) 64 GByte eMMC flash on daughter card, designed to support

dual-channel recording at up to 8 MS/s (32 Mbytes/s) Each eMMC supports sustained write speeds of 8Ms/s

MECHANICAL 90 mm x 90 mm (3.543" x 3.543") Approximately 95 grams (without heatsink or daughter card)

ENVIRONMENT Operating Temp: -40°C to 85°C (flight), 0°C to 85°C (eng.)

wider range available upon request Vibration: Passed GEVS proto-qualification levels Thermal Vacuum: Passed CNGB spec -20°C to +50°C

operational Projected radiation performance report available upon request

POWER Power: CNGB compliant, 7 VDC to 13 VDC Standby: 18 mW (typ) System Management: 3.5 W (no FPGA load, ARM booted) Idle: 4 W (typ) Passive Collect: 5.5 W (typ, includes recording to flash) Max: 30 W

BLOCK DIAGRAM

DIGITAL INTERFACES CAN: Microcontroller connected

and bus powered Remote on/off capable 9-pin nano-D connector (2x for

pass-through) Timing Signals: FPGA connected 1 PPS, 5/10/50 MHz reference Serial timecode (DC-IRIG-B)

(MMCX) Daughter Card Interface: 30 pins

1.8 V GPIO (includes 11 ADC channels) 24 pins 3.3 V GPIO Samtec LSHM-130 60-pin strip,

available for connections to custom board or cables

LVDS: FPGA connected, 4-LVDS pairs up to 200 MHz operation (or 8 GPIO) 9-pin nano-D connector Supports HDLC (transmit only) Supports SpaceWire link layer

Development Interface: External watch dog timer input, Reset, JTAG, UART console 15-pin nano-D connector

ECCN 9A515

UNCLASSIFIED

UNCLASSIFIED


Tucson, AZ 85711

ORDER LINE 520.519.3131

[email protected]


[email protected]

FAX/WEB 520.519.3120

www.rincon.com


VERSION 1.0.


Xilinx Zynq 7045 FPGA and dual ARM SoC Dual-core Arm Cortex A9 with NEON, up to 733 MHz 512 MByte DDR3 RAM (with ECC) 2 GByte flash for radiation-tolerant OS storage Kintex-7 FPGA fabric: 350k logic cells 900 DSP slices 1 GByte DDR3 RAM (ECC capable) 64 GByte eMMC flash on daughter card, designed to support

dual-channel recording at up to 8 MS/s (32 Mbytes/s) Each eMMC supports sustained write speeds of 8Ms/s

MECHANICAL 90 mm x 90 mm (3.543" x 3.543") Approximately 95 grams (without heatsink or daughter card)

ENVIRONMENT Operating Temp: -40°C to 85°C (flight), 0°C to 85°C (eng.)

wider range available upon request Vibration: Passed GEVS proto-qualification levels Thermal Vacuum: Passed CNGB spec -20°C to +50°C

operational Projected radiation performance report available upon request

POWER Power: CNGB compliant, 7 VDC to 13 VDC Standby: 18 mW (typ) System Management: 3.5 W (no FPGA load, ARM booted) Idle: 4 W (typ) Passive Collect: 5.5 W (typ, includes recording to flash) Max: 30 W

BLOCK DIAGRAM

DIGITAL INTERFACES CAN: Microcontroller connected

and bus powered Remote on/off capable 9-pin nano-D connector (2x for

pass-through) Timing Signals: FPGA connected 1 PPS, 5/10/50 MHz reference Serial timecode (DC-IRIG-B)

(MMCX) Daughter Card Interface: 30 pins

1.8 V GPIO (includes 11 ADC channels) 24 pins 3.3 V GPIO Samtec LSHM-130 60-pin strip,

available for connections to custom board or cables

LVDS: FPGA connected, 4-LVDS pairs up to 200 MHz operation (or 8 GPIO) 9-pin nano-D connector Supports HDLC (transmit only) Supports SpaceWire link layer

Development Interface: External watch dog timer input, Reset, JTAG, UART console 15-pin nano-D connector

ECCN 9A515

UNCLASSIFIED

UNCLASSIFIED


VERSION 1.0.

ASTROSDR SDR AND DSP SYSTEM OPTIONS

AST

RO

SDR

SPECIFICATIONS COMMERCIAL-GRADE BASE CARD

Operating Temperature: 0°C to 85°C PCB Fab Spec: IPC 2 Solder Type: Tin-Lead FPGA/Processor: Extended Temperature

Range, lidless package, Speed Grade 2 DC to DC Voltage Converter ICs: Industrial

Temperature Range, Commercial Grade Configuration Memory: 1 GByte, Industrial

Temperature Range, Commercial Grade Primary Oscillator: Industrial Temperature

Range, Commercial Grade Light-Emitting Diodes (LEDs): Installed to

indicate power supply status and FPGA program status

Suggested Use: Flatsat operation, application development, system integration and test

FLIGHT-GRADE BASE CARD Operating Temperature: -40°C to 85°C PCB Fab Spec: IPC 3A Solder Type: Tin-Lead FPGA/Processor: Defense (Q) Grade, with heat spreader, Speed

Grade 1 DC to DC Voltage Converter ICs: S-Class Qualified with

Supporting Documentation, Flight Grade Configuration Memory: 2 GBytes, S-Class Qualified with

Supporting Documentation, Flight Grade Primary Oscillator: S-Class Qualified with Supporting

Documentation, Flight Grade Light-Emitting Diodes (LEDs): No LEDs installed Suggested Use: Space flight, environmental qualification

testing

AGILE RF SUBSYSTEM


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VERSION 1.0.

RX RF PATH DETAIL

TX RF PATH DETAIL

*Filter sites support LPF, HPF, or BPF in Mini-Circuits FV1206, FV1206-4, and JV1210C packages.

RF Tuning Range:

70 MHz to 6 GHz Dual RX (single RX LO) 3 input paths per RX Dual TX (single TX LO) 1 path per TX Locations for SMT filters and matching networks on all RF paths

ADC/DAC Resolution: 12 bit Max Bandwidth:

56 MHz single, 25 MHz dual (61.44 MSPS, 30.72 MSPS)

TIMING 5/10/50 MHz:

0.1 Vpp to 3.3 Vpp -16 dBm to 14 dBm 50 Ohm Sine wave or square wave

IRIG-B-DC: 2.0 V to 5.0 V 50 Ohm

1 PPS: 2.0 V to 5.0 V 50 Ohm

GIGABIT ETHERNET AND FLASH MEMORY DAUGHTER CARD RRC PN: ASDR-DC-GE32G-01 Storage:

32 GByte (1 x 32 GB) eMMC flash on daughter card, designed to support up to 32 MB/s

MicroSD Card Cage Ethernet Connector: Omnetics single row 9 pin GPIO Connector: Omnetics dual row 9 pin: 7 bits 1.8V GPIO,

1.8 VDC, and GND Physical Layer Transceiver:

Microchip VSC8501XML-03 10/100/1000BASE-T RGMII Mac interface, EMIO

FLASH MEMORY DAUGHTER CARD RRC PN: ASDR-DC-64G-01 Storage:

Supports dual-stream recording at up to 32 MB/s each

Can alternatively run in snapshot mode, recording a burst of 512 MB of data at up to 61.44 MS/s

MicroSD Card Cage

UNCLASSIFIED

UNCLASSIFIED


Tucson, AZ 85711

ORDER LINE 520.519.3131

[email protected]


[email protected]

FAX/WEB 520.519.3120

www.rincon.com


VERSION 1.0.

RX RF PATH DETAIL

TX RF PATH DETAIL

*Filter sites support LPF, HPF, or BPF in Mini-Circuits FV1206, FV1206-4, and JV1210C packages.

RF Tuning Range:

70 MHz to 6 GHz Dual RX (single RX LO) 3 input paths per RX Dual TX (single TX LO) 1 path per TX Locations for SMT filters and matching networks on all RF paths

ADC/DAC Resolution: 12 bit Max Bandwidth:

56 MHz single, 25 MHz dual (61.44 MSPS, 30.72 MSPS)

TIMING 5/10/50 MHz:

0.1 Vpp to 3.3 Vpp -16 dBm to 14 dBm 50 Ohm Sine wave or square wave

IRIG-B-DC: 2.0 V to 5.0 V 50 Ohm

1 PPS: 2.0 V to 5.0 V 50 Ohm

GIGABIT ETHERNET AND FLASH MEMORY DAUGHTER CARD RRC PN: ASDR-DC-GE32G-01 Storage:

32 GByte (1 x 32 GB) eMMC flash on daughter card, designed to support up to 32 MB/s

MicroSD Card Cage Ethernet Connector: Omnetics single row 9 pin GPIO Connector: Omnetics dual row 9 pin: 7 bits 1.8V GPIO,

1.8 VDC, and GND Physical Layer Transceiver:

Microchip VSC8501XML-03 10/100/1000BASE-T RGMII Mac interface, EMIO

FLASH MEMORY DAUGHTER CARD RRC PN: ASDR-DC-64G-01 Storage:

Supports dual-stream recording at up to 32 MB/s each

Can alternatively run in snapshot mode, recording a burst of 512 MB of data at up to 61.44 MS/s

MicroSD Card Cage

ADDRESS 101 N. Wilmot Rd. Ste. 101

Tucson, AZ 85711

ORDER LINE 520.519.3131

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VERSION 1.0.

SPEC / FAMILY PRODUCT PART NUMBER DESCRIPTION AstroSDR AstroSDR Flight

and Engineering ASDR-RF-S-00 ASDR-RF-E-00

S = Flight model E = Engineering model 00 = standard configuration, others available on request

AstroSDR Optional Cards

Gigabit Ethernet and Flash Memory Daughter Card

ASDR-DC-GE32G-01

Flash Memory Daughter Card

ASDR-DC-64G-01

DLSR2 Wideband Digital-IF Converter

DLSR2-1U-WSvwx-yz v = Number of analog inputs (1 to 4) w = Number of 10GbE outputs (2 to 8) x = Customization Code, optional (no code, A, B, C, or D) no code = standard A = Power detector and second attenuator on each input B = Adds runtime-selectable S-band input filter, 2400

MSPS C = 900 MHz input filter, 1200 MSPS D = Adds 10 port Ethernet switch, rear panel access

y = 10GbE media (L, S, C, or 0) L = Long range fiber SFP+ modules, 1310 nm S = Short range fiber SFP+ modules, 85- nm C = Direct-attach passive copper patch cables, Cisco, 3m 0 = no media included

z = Boot mode (no code or F) no code = NFS boot (flash write-protected) F = Flash boot (flash write-enabled)






DSPBrik™ II Product Family

X6A1250 X6A1250-L240C2 X6A1250-S315C2 X6A1250-S475C2

Wideband ADC with Virtex-6 XC6VLX240T-2C FPGA Wideband ADC with Virtex-6 XC6VSX315T-2C FPGA Wideband ADC with Virtex-6 XC6VSX475T-2C FPGA

X7F1000 X7F1000-X330C2 X7F1000-X485C2 X7F1000-X690C2

FPGA Processing module with Virtex-7 XC7VX330T-2C FPGA FPGA Processing module with Virtex-7 XC7VX485T-2C FPGA FPGA Processing module with Virtex-7 XC7VX690T-2C FPGA

X7D2285 X7D2285-X330C1 Wideband DAC with Virtex-7 XC7VX330T-1C FPGA

ORDERING INFORMATION

UNCLASSIFIED

UNCLASSIFIED


Tucson, AZ 85711

ORDER LINE 520.519.3131

[email protected]


[email protected]

FAX/WEB 520.519.3120

www.rincon.com


VERSION 1.0.

SPEC / FAMILY PRODUCT PART NUMBER DESCRIPTION AstroSDR AstroSDR Flight

and Engineering ASDR-RF-S-00 ASDR-RF-E-00

S = Flight model E = Engineering model 00 = standard configuration, others available on request

AstroSDR Optional Cards

Gigabit Ethernet and Flash Memory Daughter Card

ASDR-DC-GE32G-01

Flash Memory Daughter Card

ASDR-DC-64G-01











DSPBrik™ II Product Family

X6A1250 X6A1250-L240C2 X6A1250-S315C2 X6A1250-S475C2

Wideband ADC with Virtex-6 XC6VLX240T-2C FPGA Wideband ADC with Virtex-6 XC6VSX315T-2C FPGA Wideband ADC with Virtex-6 XC6VSX475T-2C FPGA

X7F1000 X7F1000-X330C2 X7F1000-X485C2 X7F1000-X690C2

FPGA Processing module with Virtex-7 XC7VX330T-2C FPGA FPGA Processing module with Virtex-7 XC7VX485T-2C FPGA FPGA Processing module with Virtex-7 XC7VX690T-2C FPGA

X7D2285 X7D2285-X330C1 Wideband DAC with Virtex-7 XC7VX330T-1C FPGA

ORDERING INFORMATION


Tucson, AZ 85711

ORDER LINE 520.519.3131

[email protected]


[email protected]

FAX/WEB 520.519.3120

www.rincon.com

INFORMATION SUBJECT TO CHANGE WITHOUT NOTICE.

PRODUCTS ARE SUBJECT TO THE RESTRICTIONS OF THE ARMS EXPORT CONTROL ACT. VERSION 1.0.

SPEC / FAMILY PRODUCT PART NUMBER DESCRIPTION E2S2 Ethernet to serial

adapter E2S2

LPFE IFXR SDR with Dual IF Transceiver

LPFE-IFXR-01 LPFE Chassis with integrated LPC-10-Z7045E2 (extended temperature FPGA 0°C to 100°C) and LPM-IFXR-0200, fan cooled

LPFE RFXR

SDR with 2x2 MIMO RF Transceiver

LPFE-RFXR-01 Chassis with integrated LPC-10-Z7045I2 (industrial temperature FPGA -40°C to 100°C) and LPM-RFXR-0200, fan cooled

LPFE-RFXR-02 LPFE Chassis with integrated LPC-10-Z7045E2 (extended temperature FPGA 0°C to 100°C) and LPM-RFXR-0200, fan cooled

xSDR-02 IP-67 chassis with integrated LPC-10-Z7045I2 (industrial temperature FPGA -40°C to 100°C) and LPM-RFXR-0200, conduction cooled

xSDR-03 IP-67 chassis with integrated LPC-10-Z7045I2 (industrial temperature FPGA -40°C to 100°C) and LPM-RFXR-0200, conduction cooled, PoE and DC power supplies included

MountainBrik™ RAID & Acquisition Product Family / SIGINT Recorders

MBRA IFXRRD IFXRRD-01 IF RAID system, IFXR, dual ADC, 6 x 960 GB SSDs and GPSDO IFXRRD-03 IF RAID system, IFXR, dual ADC, 6 x 1920 GB SSDs and GPSDO

MBRA LPRD LPRD-01 RF RAID system, RFXR, dual ADC, 6x960GB SSDs and GPSDO LPRD-02 RF RAID system, RFXR, dual ADC, 6x960GB SSDs and GPSDO

with laptop controller MBRA2-16T-01 MBRA2-sT-m–c s = Storage capacity (0 or 16)

0 = Empty disk pack included, no SSDs 16 = 16TB Disk pack included with 16 x 1TB SSDs installed

m = Model (01, IFXR or RFXR) 01 = IF recorder with Rincon's IPPV5 IFXR = IF recorder with Rincon's xSDR IFXR RFXR = RF recorder with Rincon's xSDR RFXR

c = Customization Code, optional no code = standard

Removable Disk Packs

MBRA2-DP-0T For 16 mSATA SSDs (SSDs not included) for WBRA-02 storage expansion

MBRA2-DP-16T 16 TB removable disk pack (mSATA SSDs included) for WBRA-02 storage expansion

MBRA2-16T-IFXR MBRA2-16T-IFXR IF recorder with RRC’s xSDR IFXR MBRA2-16T-IFXR-2U-01

MBRA2-16T-IFXR-2U-01 IF rack-mount recorder with RRC’s xSDR IFXR

MBRA2-16T-RFXR MBRA2-16T-RFXR RF recorder with RRC’s xSDR RFXR WBRA WBRA-02 Dual 16 TB disc packs, 2 GSPS ADC & DAC, 4-band filter banks

WBRA-03 Dual 16 TB disc packs, 2 GSPS ADC, 4-band filter banks WBRA-04L Dual 16 TB disc packs, 2 GSPS ADC & DAC, L-band (95- MHz to

1750 MHz) filter banks

UNCLASSIFIED

UNCLASSIFIED


Tucson, AZ 85711

ORDER LINE 520.519.3131

[email protected]


[email protected]

FAX/WEB 520.519.3120

www.rincon.com

INFORMATION SUBJECT TO CHANGE WITHOUT NOTICE.

PRODUCTS ARE SUBJECT TO THE RESTRICTIONS OF THE ARMS EXPORT CONTROL ACT. VERSION 1.0.

SPEC / FAMILY PRODUCT PART NUMBER DESCRIPTION P2A Digital IF Packet-

to-Analog Converter

P2A-gdsa-A2P-cp-fblr g = Number of 10GbE Inputs (one per DAC channel, standard) d = Number of wideband DAC channels (1, 2, 4, 6, or 8) s = Output splitter width per channel (1, 2, 4, or 8) a = Integrated amplifier per channel (N or A) N = Not present A = Present on all channels

c = Number of L-band ADC inputs (1, 2, or 3) p = Number of 10GbE outputs (1, 2, 4, 6, or 8) f = 10GbE media (L, S, C, or 0) S = Short range fiber SFP+ modules, 850 nm L = Long range fiber SFP+ modules, 1310 nm C = direct-attach passive copper patch cables, Cisco, 3m 0 = no media included

b = X7D2285 Boot Mode (N or F) N = NFS F = Internal flash

l = Flash Lock (U or L) U = Unlocked (write-enabled) flash L = Locked (write-protected) flash)

r = Rackmount slides (N, 28, or 30) N = No slides 28 = 28” slides 30 = 30” slides

Raptor

Raptor SDR Development Kit

RPTR-ZU9EG-1E-4G-01 Raptor Main board and accessories

Expansion Mezzanine

RPTR-XPANS-01 Raptor I/O Expansion Mezzanine with dual SFP+ connectors, 1 GbE, M.2 SATA SSD connector, and Mini DisplayPort interfaces

WGS10 Ruggedized, unmanaged, 10-port, wired 1GbE switch

WGS10

xSDR Family

LPFE DSP Base Card

LPC-10-fs f = Zynq SoC model Z7045 (standard) Z7035 Z7030

s = SoC Temperature range and speed grade E2 (standard) I2

IFXR Dual ADC and DAC

LPM-IFXR-0200 Dual-channel IF transceiver

RFXR Transceiver LPM-RFXR-0200 70 MHz to 6 GHz MIMO transciever

UNCLASSIFIED

UNCLASSIFIED

Rincon Research Corporation

Registered Site(s):

101 N Wilmot Road. Ste 101, Tucson, AZ, 85711, United States 14425 Penrose Place, Suite 350, Chantilly, VA, 20151, United States

Manufacture of Electronic assemblies/chassis & design of circuit card assemblies and integrated systems.

Scope of Registration:

27 Feb 2023

26 Mar 2020

C45791

UNCLASSIFIED

UNCLASSIFIED

UNCLASSIFIED

UNCLASSIFIED


VERSION 1.0.

PRODUCT CONTACT INFORMATION

PRODUCT ORDERS may be placed via email, telephone, fax, or mail.

OTHER CONFIGURATIONS are possible. Please contact us if you are interested in customizing a product to your specific requirements.

WARNING: Commodities, including associated software, firmware, and technical data, offered for sale in this guide are controlled for export by the U.S. Dept. of State under the International Traffic in Arms Regulations (ITAR) or by the Dept. of Commerce under the Export Administration Regulations (EAR). Purchaser is required by U.S. law to comply with these regulations. Export, re-export, and retransfer of these commodities by any means without the required licenses or other U.S. Government authorization is prohibited by U.S. law.

EMAIL [email protected]

PHONE 520.519.3131

FAX 520.519.3120

MAIL Rincon Research Corporation ATTN: Sales 101 North Wilmot Road, Suite 101 Tucson, AZ 85711

UNCLASSIFIED

UNCLASSIFIED


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VERSION 1.0.

SIGNAL COLLECTION, ANALYSIS, AND PROCESSING Rincon Research Corporation has teams of experts researching and developing signal-processing algorithms, general-purpose signals analyses, and prototypes for a range of mission-critical systems to support our customers' signals technology objectives.

GEOLOCATION APPLICATIONS As a pioneer in RF geolocation, Rincon Research Corporation continues to develop unique techniques and applications, including time-based, frequency-based, and interferometric techniques.

MISSION-ORIENTED SMALL-SAT SERVICES Rincon Research Corporation has experience designing and integrating small-sat payloads to solve challenging RF problems. Our experienced engineers design, analyze, and plan missions to achieve maximum results with the latest small-sat technology.

ENGINEERING & PROFESSIONAL SERVICES

SMALL COMPANY, GLOBAL REACH

AT RINCON RESEARCH CORPORATION, our core business is to design, build, test, and field digital signal processing (DSP) products and services. We use our superior expertise to serve our customers with a range of technologies.

WITH YEARS OF EXPERIENCE, Rincon Research Corporation provides results that go above and beyond expectations. Our hardware and software products impact the future of digital signal processing.

WITH OUR WIDE-RANGING EXPERTISE, Rincon Research Corporation can help you successfully complete challenging missions with innovative and cost-effective solutions.

DSP INFRASTRUCTURE DEVELOPMENT Many of our DSP systems are built upon the Midas family of software that we helped pioneer and that is still in use today. Rincon Research Corporation continually evaluates and offers the latest software tools and hardware platforms to enable our customers’ applications.

HIGH-PERFORMANCE ELECTRONICS DEVELOPMENT AND PRODUCTION Our line of high-performance electronics includes FPGA-based SDRs and high-performance signal recorders. Our COTS products can be used as-is or customized to implement systems that perform to extraordinary standards.

CUBESAT PAYLOAD FOR HIRE Our AstroSDR is a complete RF processing payload: configurable radio, FPGA signal processor, ARM processor, and data storage. AstroSDR combines state-of-the-art capabilities with a flexible design, resulting in a compact, efficient solution for multiple mission requirements.

DSP SYSTEM DEVELOPMENT We have a 30-year history of developing cutting-edge applications that turn general-purpose computers into software-driven DSP powerhouses. Our DSP systems are deployed around the world by the U.S. Government in sea-, air-, and land-based applications.

SPACE SITUATIONAL AWARENESS AND ORBIT ANALYSIS Our orbit engineers have a history of innovative and cost-effective solutions for high-accuracy orbit and maneuver determination. Our passive RF technology is ready to provide all-weather, 24/7 support to your mission.

GROUND TERMINAL OPERATIONS Need a ground system solution? Rincon Research Corporation has a rich legacy of ground network digital-RF technology and antenna expertise to achieve scalable, cost-effective, command, control, and mission data links.

SMART INNOVATIVE TRUSTED

RF SIGNAL PROCESSING

SPACE SYSTEMS

LiDAR TECHNOLOGY

HIGH-PERFORMANCE ELECTRONICS

DEVELOPMENT

HIGH-PERFORMANCE COMPUTING

C O M P L E X P R O B L E M S A D V A N C E D S O L U T I O N S www.rincon.com

DIGITAL SIGNAL PROCESSING PASSIVE RF SATELLITE TRACKING

GEOLOCATION ALGORITHMS SPACE SITUATIONAL AWARENESS

MACHINE LEARNING APPLICATIONS DIGITAL COMMUNICATIONS SYSTEMS

SDR FPGA HARDWARE ADVANCED ANTENNA ARRAYS

SIGNAL EXPLOITATION SYSTEM DESIGN OFDM

GNSS/GPS ANALYSIS CYCLOSTATIONARY TECHNIQUES

VHDL ORBIT DETERMINATION ADAPTIVE BEAMFORMING

SIGNAL ANALYSIS/SIMULATION SYSTEM ENGINEERING & INTEGRATION

SMALLSAT PAYLOAD DESIGN & INTEGRATION

UNCLASSIFIED

UNCLASSIFIED

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