Download - OptiX RTN 600 V100R002 Product Description
Product Description
OptiX RTN 600 V100R002
Issue 03
Date 2008-07-30
HUAWEI TECHNOLOGIES CO., LTD.
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Huawei Technologies Co., Ltd. provides customers with comprehensive technical support and service. Please feel free to contact our local office or company headquarters.
Huawei Technologies Co., Ltd.
Address: Huawei Industrial Base Bantian, Longgang Shenzhen 518129 People's Republic of China
Website: http://www.huawei.com
Email: [email protected]
Copyright © Huawei Technologies Co., Ltd. 2008. All rights reserved. No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of Huawei Technologies Co., Ltd. Trademarks and Permissions
and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd. All other trademarks and trade names mentioned in this document are the property of their respective holders. Notice The information in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensure accuracy of the contents, but all statements, information, and recommendations in this document do not constitute the warranty of any kind, express or implied.
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OptiX RTN 600 V100R002
Product Description
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About This Document
Author Prepared by Date
Reviewed by Date
Approved by Date
Summary This document provides information for OptiX RTN 600.
This document includes:
Chapter Details
1 Product Introduction Describes the network application and structure of the OptiX RTN 600.
2 IDU 605 Describes the features, system architecture, board configuration, and signal processing flow of the IDU 605.
3 IDU 610 and IDU 620 Describes the features, system architecture, board configuration, and signal processing flow of the IDU 610 or IDU 620.
4 ODU Describes the features and system architecture of the OptiX RTN 600 ODUs.
5 Equipment Software Describes the software architecture and components of the OptiX RTN 600.
6 Networking Describes the common networking modes of the OptiX RTN 600.
7 Network Management System
Describes the network management solution for the OptiX RTN 600, and also the various NM software that contributes to this solution.
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OptiX RTN 600 V100R002
Product Description
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Chapter Details
8 Performance Describes the performance indexes of the OptiX RTN 600.
A Frequency Information Describes the frequency information of the OptiX RTN 600.
History Issue Details Date Author Approved by
01 Creation 2008-05-20
02 Update 2008-06-20
03 Update 2008-07-30
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OptiX RTN 600 V100R002
Product Description
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Contents
1 Introduction .................................................................................................................... 7 1.1 Network Application..................................................................................................................... 7 1.2 Components................................................................................................................................ 8
2 IDU 605 .......................................................................................................................... 13 2.1 Features.................................................................................................................................... 13 2.2 System Architecture................................................................................................................... 15 2.3 Logical Board Configuration....................................................................................................... 17 2.4 Signal Processing Flow ............................................................................................................. 18
3 IDU 610 and IDU 620..................................................................................................... 21 3.1 Features.................................................................................................................................... 21 3.2 System Architecture................................................................................................................... 27 3.3 Board Configuration................................................................................................................... 28 3.4 Signal Processing Flow ............................................................................................................. 30
4 ODU ............................................................................................................................... 33 4.1 Features.................................................................................................................................... 33 4.2 System Architecture................................................................................................................... 34
5 Equipment Software..................................................................................................... 37 5.1 Software Architecture ................................................................................................................ 37 5.2 NMS Software ........................................................................................................................... 37 5.3 NE Software .............................................................................................................................. 38 5.4 Board Software.......................................................................................................................... 38
6 Networking.................................................................................................................... 39 6.1 IDU 605 Networking .................................................................................................................. 39
6.1.1 Point-to-Point Networking.................................................................................................. 39 6.1.2 Terminal Stations in a Radio Transmission Network ........................................................... 39
6.2 IDU 610 Networking .................................................................................................................. 40 6.3 IDU 620 Networking .................................................................................................................. 40
6.3.1 Chain Networking.............................................................................................................. 40 6.3.2 Tree Networking................................................................................................................ 41 6.3.3 Fiber Ring Networking....................................................................................................... 42 6.3.4 Microwave Ring Networking.............................................................................................. 43
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6.3.5 Hybrid Networking............................................................................................................. 44
7 Network Management System .................................................................................... 47 7.1 Network Management Solution.................................................................................................. 47 7.2 Web LCT................................................................................................................................... 47
7.2.1 Functionality...................................................................................................................... 48 7.2.2 Networking........................................................................................................................ 49
7.3 T2000........................................................................................................................................ 51 7.3.1 Functionality...................................................................................................................... 51 7.3.2 Networking........................................................................................................................ 51
7.4 T2100........................................................................................................................................ 53
8 Performance ................................................................................................................. 54 8.1 Radio Performance.................................................................................................................... 54 8.2 Equipment Reliability................................................................................................................. 64 8.3 Interface Performance ............................................................................................................... 65 8.4 Jitter Performance..................................................................................................................... 71 8.5 Clock Timing and Synchronization Performance ........................................................................ 71 8.6 Integrated System Performance ................................................................................................ 72
A Frequency Information................................................................................................ 75 A.1 SP ODUs.................................................................................................................................. 75 A.2 SPA ODUs ................................................................................................................................ 80 A.3 HP ODUs.................................................................................................................................. 83 A.4 LP ODUs .................................................................................................................................. 90
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OptiX RTN 600 V100R002
Product Description
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1 Introduction
1.1 Network Application The OptiX RTN 600 radio transmission system is a split-mount digital microwave transmission system developed by Huawei Technologies Co., Ltd. (hereinafter referred to as Huawei).
The OptiX RTN 600 provides various service interfaces and features flexible configuration and easy installation. The OptiX RTN 600 can construct a radio transmission network that serves as backhaul links for mobile communication networks or private networks. The OptiX RTN 600 can also construct a hybrid network that is used to transmit SDH, PDH, and Ethernet services together with the OptiX series optical transmission products of Huawei.
Figure 1-1 Radio transmission network composed of the OptiX RTN 600
RTN 600(IDU 605)
1+1
1+0
1+0
1+1
1+0
PDH microwave link SDH microwave link
E1
RTN 600(IDU 605)
RTN 600(IDU 610) RTN 600
(IDU 610)RTN 600(IDU 620)
RTN 600(IDU 620)
RTN 600(IDU 620)
RTN 600(IDU 605)
RTN 600(IDU 620) 1+1
RTN 600(IDU 620)
1+0
1+0 1+0
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OptiX RTN 600 V100R002
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The OptiX RTN 600 configures different types of indoor units (IDU), including IDU 610, IDU 620, and IDU 605, to meet the requirements of different application scenarios, and the type of outdoor unit (ODU) can be selected according to the radio work mode.
Figure 1-2 Hybrid transmission network composed of the OptiX RTN 600 and OptiX series optical transmission products
SDH/PDH/Ethernet
SDH/PDH/Ethernet
STM-1 ring
STM-4 ring
OptiX opticaltransmission product OptiX RTN 600
1.2 Components The OptiX RTN 600 adopts a split structure. The system consists of the IDU and the ODU. Each ODU is connected to the IDU through a coaxial cable.
IDU The IDU is the indoor unit of the OptiX RTN 600. It accesses services, multiplexes services, performs IF processing for the services, and provides the system communication and control function.
The OptiX RTN 600 IDU is available in three types: IDU 610, IDU 620, and IDU 605.
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OptiX RTN 600 V100R002
Product Description
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Table 1-1 IDU types
Item IDU 605 IDU 610 IDU 620
Chassis height
1U 1U 2U
Pluggable board
Not supported Supported
Microwave type
PDH SDH/PDH
Microwave modulation scheme
QPSK QPSK/16QAM/32QAM/64QAM/128QAM
Number of microwave directions
1 1 1 to 4
RF configuration mode
1+0 non-protection configuration and 1+1 protection configuration
1+0 non-protection configuration
1+0 non-protection configuration, 1+1 protection configuration, N+1 protection configuration, and XPIC configuration
Service type E1 service SDH, PDH, and Ethernet services
Figure 1-3 IDU 605 (IDU 605 2B)
Figure 1-4 IDU 610
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OptiX RTN 600 V100R002
Product Description
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Figure 1-5 IDU 620
ODU The ODU is the outdoor unit of the OptiX RTN 600 system. It performs frequency conversion and amplification for RF signals.
The OptiX RTN 600 ODU is available in three series: Standard Power, High Power, and Low capacity for PDH.
Table 1-2 ODU types
Description Item
Standard Power ODU
High Power ODU Low Capacity for PDH ODU
ODU types SP and SPA HP LP
Frequency band
7/8/11/13/15/18/23/26/38 GHz (SP ODU) 6/7/13/15/18/23 GHz (SPA ODU)
7/8/11/13/15/18/23/26/32/38 GHz
7/13/15/18/23 GHz
Microwave type
SDH/PDH PDH
Microwave modulation scheme
QPSK/16QAM/32QAM/64QAM/128QAM QPSK/16QAM
Transmit power
Standard power High power Common power
There are two configurations between ODUs and antennas:
l One ODU configured for one antenna The ODU can be directly mounted on the antenna or connected to the antenna through a flexible waveguide.
l Two ODUs configured for one antenna
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An RF signal combiner/splitter (hereinafter referred to as hybrid coupler) is used to connect the antenna and the two ODUs. The hybrid coupler can be directly mounted on the antenna or connected to the antenna through a flexible waveguide.
Figure 1-6 One ODU configured for one antenna
Figure 1-7 Two ODUs configured for one antenna
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Product Description
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2 IDU 605
2.1 Features The IDU 605 is highly integrated, and thus features easy installation, easy commissioning, and simple troubleshooting. In addition, the routine maintenance is unnecessary.
Multiple Types The IDU 605 is available in multiple types and can meet the requirements of different application scenarios.
Table 2-1 IDU 605 types
IDU 605 Type RF Configuration E1 Capacity Power Supply
1A 1+0 5xE1 –48 V/–60 V
1B 1+0 16xE1 –48 V/–60 V
2B 1+1 HSB/FD/SD 16xE1 –48 V/–60 V
High Integration l IDU 605 dimensions: 442 mm x 220 mm x 44 mm (width x depth x height) l The functional modules except for the power module of the IDU 605 are
integrated on one board.
Rich Interfaces For the types and the maximum capacity of the IDU 605 interfaces, refer to Table 2-2.
Table 2-2 Interface types and maximum interface capacity
Interface Type Specifications IDU 605 1A
IDU 605 1B
IDU 605 2B
Service interface 75/120-ohm E1 interface 5 16 16
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Interface Type Specifications IDU 605 1A
IDU 605 1B
IDU 605 2B
Orderwire interface 1
64 kbit/s synchronous data interfacea
1
Auxiliary interface
RS-232 asynchronous data interface
1
10/100BASE-T(X) NM interface
1
10/100BASE-T(X) NE cascade interface
1
Management interface
Management serial port 1
Alarm interface Alarm input/output interface 3 inputs + 1 output
a: The synchronous data interface can be used to transparently transmit an orderwire overhead byte.
Software Programmable Radio The IDU 605 supports the software programmable radio (SPR) function, which means that you can set the microwave capacity by using the software.
Automatic Transmit Power Control The automatic transmit power control (ATPC) function enables the output power of the transmitter to automatically trace the level fluctuation at the receive end. This reduces the interference with neighboring systems and residual BER.
Multiple Network Management Modes l You can connect an iManager T2000 web local craft terminal (Web LCT) to an
OptiX RTN 600 NE and use the Web LCT to manage the NE. l You can connect a Web LCT to an OptiX RTN 600 NE in a transmission network
and use the Web LCT to manage the OptiX RTN 600 NEs in the network. l You can use the iManager T2000 to manage all the OptiX RTN 600 and other
OptiX optical transmission systems in the network. l You can use the simple network management protocol (SNMP) agent to query
alarms and performance events.
Complete Network Management Information Interworking Schemes At the physical layer, the IDU 605 supports the following NM information interworking schemes:
l Using three user-defined DCC bytes in the PDH microwave frame to carry NM information
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Product Description
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l Using extended ECC to carry NM information through a TCP/IP network
At the network layer, the IDU 605 supports the following NM information interworking schemes:
l Using HWECC (a private protocol of Huawei) to carry NM information l Using IP over DCC to carry NM information
Easy Installation The IDU 605 can be installed in the following modes:
l In a 300 mm ETSI cabinet l In a 600 mm ETSI cabinet l In a 450 mm 19-inch cabinet l In a 600 mm 19-inch cabinet l In an open cabinet l On the wall l On a table
Easy Maintenance l The boards are installed inside the IDU chassis, which greatly facilitates
maintenance operations. l The IDU 605 adopts air convection and does not have a fan system. Therefore,
you do not need to maintain the fan system, and at the same time, the noise is reduced.
l The IDU 605 supports various loopback functions of the service ports and IF ports.
l The IDU 605 is embedded with a test system. You can perform the Pseudo-random binary sequence (PRBS) BER test of an E1 port when no special test tools are at hand.
l The IDU 605 supports the monitoring of important radio transmission performance indexes, such as the microwave transmit power and received signal strength indicator (RSSI).
l The IDU 605 supports remote loading of the software and data of an NE by using the NMS.
l The IDU 605 supports the hot fix function. You can upgrade the software that is running without interrupting services.
l The IDU 605 supports the software version rollback function. When a software upgrade fails, the original services of the system can be recovered.
2.2 System Architecture The IDU 605 consists of a series of functional units, including the service interface unit, IF unit, control unit, auxiliary interface unit, and power unit.
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OptiX RTN 600 V100R002
Product Description
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Figure 2-1 System architecture of the IDU 605
Serviceinterface
unitIF unit
ODU
Powerunit
Controlunit
Auxiliaryinterface
unitE1
-48V/-60V DC
RF signal
IF signal
Synchronous/asynchronousdata
Orderwire dataExternal alarmdata
NM data
IDU 605
Control bus
Antenna
Servicesignal
Overheadsignal
Table 2-3 Functional units of the IDU 605
Functional Unit Function Description
Service interface unit
l Accesses E1 signals.
IF unit l Converts signals between baseband service signals and IF analog signals.
l Provides the operations and maintenance (O&M) channel between the IDU and the ODU.
l Supports FEC. l Processes overheads.
Control unit l System communications and control. l System configuration and management. l Collects alarms and monitors performance.
Auxiliary interface unit
l Provides the orderwire interface. l Provides the synchronous/asynchronous data interface. l Provides the external alarm input/output interface.
Power unit l Accesses –48 V/–60 V power. l Provides +3.3 V power for the IDU. l Provides –48 V power for the ODU.
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Product Description
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2.3 Logical Board Configuration An IDU 605 is composed of one system board and one power board. Each functional unit on the physical boards of the IDU 605 corresponds to a logical board and is allocated with a logical slot. In this way, the NMS can manage the functional units as independent objects.
Figure 2-2 IDU 605 logical board configuration
IDU 605 1A
IDU 605 1B
IDU 605 2B
PF1EOWSCCPWSlot 1 Slot 2 Slot 3 Slot 4
PH1EOWSCCPWSlot 1 Slot 2 Slot 3 Slot 4
IF0IF0PH1EOWSCCPWSlot 1 Slot 2 Slot 3 Slot 4 Slot 7 Slot 8
IF0Slot 8
IF0Slot 8
NOTE: The PW board indicates PW48B board.
Table 2-4 List of IDU 605 logical boards
Logical Board Name
Full Name Logical Slot
Description
PW48B –48 V power board
Slot 1 Provides two –48 V DC power input. The power distribution mode is DC-C.
SCC System control and communication board
Slot 2 Provides the NMS interface.
EOW Orderwire board
Slot 3 Provides the synchronous/asynchronous data interface and orderwire phone interface.
PF1 5xE1 tributary board
Provides five 75-ohm/120-ohm E1 interfaces. The interface impedance can be set by using the software.
PH1 16xE1 tributary board
Slot 4
Provides 16 75-ohm/120-ohm E1 interfaces. The interface impedance can be set by using the software.
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Logical Board Name
Full Name Logical Slot
Description
IF0 PDH IF board Slot 8 (IDU 605 1A/1B) Slot 7/8 (IDU 605 2B)
Provides one IF interface. The logical slot number of the ODU that is connected to the IF0 board is 10 plus the slot number of the IF0 board. Supports the E1-based microwave frame structure.
The PW48B is the logical board that corresponds to the physical board with the same name. The PF1/PH1, IF0, SCC, and EOW are the logical boards mapped by the system board. Different types of IDU 605 have different system boards and thus have different logical boards.
2.4 Signal Processing Flow This section describes the signal processing flow of the OptiX RTN 600 that uses the IDU 605 through the example of E1 signals.
Figure 2-3 Signal processing flow
PF1/PH1 IF0 ODU
RFsignal
IFsignal
IDU 605
Servicesignal
Antenna
E1
Table 2-5 Transmit direction
No. Logical Board
Signal Processing Description
1 PF1/PH1 (IDU)
l Accesses E1 signals. l HDB3 decoding. l Transmits the 2.048 Mbit/s signals to the IF0 board.
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No. Logical Board
Signal Processing Description
2 IF0 (IDU) l Forms microwave frames by adding microwave frame overheads to the 2.048 Mbit/s signals.
l Scrambling. l FEC coding. l Digital modulation. l D/A conversion. l Analog modulation. l Combines the analog IF signals and ODU O&M signals. The
ODU O&M signals have been modulated by the auxiliary modem.
l Transmits the combined signals and –48 V power to the ODU through the coaxial cable.
3 ODU l Splits the analog IF signals, ODU O&M signals, and –48 V power.
l Converts the analog IF signals into RF signals through up conversions and amplifications.
l Transmits the RF signals to the antenna through the waveguide.
Table 2-6 Receive direction
No. Logical Board
Signal Processing Description
1 ODU l Isolates and filters RF signals. l Converts the RF signals into analog IF signals through down
conversions and amplifications. l Controls the level of the signals through the automatic gain
control (AGC) circuit. l Combines the IF signals and the ODU O&M signals. The
O&M signals have been modulated by an auxiliary modem. l Transmits the combined signals to the IF0 board.
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No. Logical Board
Signal Processing Description
2 IF0 (IDU) l Splits the received analog IF signals and ODU O&M signals. l Controls the level of the analog IF signals through the AGC
circuit. l Performs A/D conversion for the IF signals. l Digital demodulation. l Time domain adaptive equalization. l FEC decoding. l Synchronizes and descrambles the frames. l Extracts overheads from microwave frames. l Extracts the 2.048 Mbit/s signals from the microwave frames
and transmits the 2.048 Mbit/s signals to the PF1/PH1.
3 PF1/PH1 (IDU)
l HDB3 coding. l Outputs E1 signals.
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3 IDU 610 and IDU 620
3.1 Features The IDU 610 and IDU 620 have built-in add/drop multiplexers (ADM) that support flexible configuration. In addition, the IDU 610 and IDU 620 provide complete functions and can realize multi-service transmission over microwave.
Built-In ADM The built-in ADMs of the IDU 610 and IDU 620 support full time division cross-connections of VC-12s, VC-3s, or VC-4s with a capacity equal to 16x16 VC-4s. As a result, the IDU 610 and IDU 620 can realize the following features:
l Convergence and grooming of multi-directional microwave services (for the IDU 620 only)
l Constructing various SDH/PDH ring networks or more complicated network topologies
l Quick service availability and flexible service grooming
Microwave-Based MSTP l The IDU 610 and IDU 620 support the transmission of hybrid services of PDH,
SDH, Ethernet, and other services over microwave on the same transmission platform.
l The IDU 610 and IDU 620 use the same platform as the OptiX MSTP optical transmission products for transmitting or terminating various services carried by the OptiX optical transmission products.
l The IDU 610 and IDU 620 support transparent transmission and Layer 2 switching of Ethernet services.
Table 3-1 lists the functions of Ethernet service processing boards of the IDU 610 and IDU 620.
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Table 3-1 Functions of Ethernet service processing boards
Board Feature
EFT4 EMS6
Interface 4xFE 2xGE/FE + 4xFE
Service frame format Ethernet II and IEEE 802.3
JUMBO frame Supports the JUMBO frame that has a maximum of 9600 bytes.
Uplink bandwidth 2xVC-4
Mapping mode Supports VC-12, VC-3, VC-12-Xv (x≤63), and VC-3-Xv (x≤6).
Number of VCTRUNKs 4 8
Transparent transmission of Ethernet services
Supported Supported
Layer 2 switching of Ethernet services
Not supported Supported
VLAN Transparent transmission
Supports VLAN and QinQ. Supports the adding, deletion and exchange of the VLAN labels that are compliant with IEEE 802.1q/p.
QoS Not supported Supported
STP/RSTP Not supported Supported
IGMP Snooping Not supported Supported
Encapsulation format GFP, LAPS, and HDLC
LCAS Supported
Flow control IEEE 802.3x
Test frame Supported
Ethernet performance monitoring
Supported
High Integration l IDU 610 dimensions: 442 mm x 220 mm x 44 mm (width x depth x height),
two-layer structure l IDU 620 dimensions: 442 mm x 220 mm x 87 mm (width x depth x height),
four-layer structure l The power unit, cross-connect unit, and clock unit are integrated into one board
of the IDU.
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l The control unit, auxiliary interface unit, and standby power unit are integrated into one board of the IDU 610 and IDU 620.
Multiple RF Configuration Modes The IDU 610 supports 1+0 non-protection configuration.
The IDU 620 supports the configuration modes listed in Table 3-2.
Table 3-2 IDU 620 configuration modes
Configuration Mode Maximum Number of Directions
1+0 non-protection 4
1+1 hot standby (HSB)
1+1 frequency diversity (FD)
1+1 protection
1+1 space diversity (SD)
2
2+1 (single-NE configuration)
1 N+1 protection configuration
3+1 (dual-NE configuration)
1
Single-NE configuration 2 XPIC
Dual-NE configuration 4
Rich Interfaces For the types and the maximum capacity of the IDU 610 or IDU 620 interfaces, refer to Table 3-3. Later versions are expected to have more interfaces to meet the market demand.
Table 3-3 Interface types and maximum interface capacity
Interface Type Specifications IDU 610 IDU 620
75/120-ohm E1 interface 32 128 PDH interface
75-ohm E3/T3 interface 3 12
STM-4 optical interface: S-4.1, L-4.1, L-4.2 – 2
STM-1 optical interface: Ie-1, S-1.1, L-1.1, L-1.2
2a 8b
SDH interface
75-ohm STM-1 electrical interface 2a 8b
Ethernet 10/100BASE-T(X) interface 4 16
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Interface Type Specifications IDU 610 IDU 620
10/100/1000BASE-T(X) interface – 6 interface
GE optical interface: 1000BASE-SX, 1000BASE-LX
– 6
External clock interface
75-ohm 2048 kHz or 2048 kbit/s external clock interfacec
1 2
Orderwire phone interface 1 1
Wayside (WS) interface (sharing the same interface as the external clock interface)
1 2
64 kbit/s synchronous data interfaced 1 1
Auxiliary interface
RS-232 asynchronous data interface 1 1
10/100BASE-T(X) NM interface 1 1
10/100BASE-T(X) NE cascade interface 1 1
Management interface
Management serial port 1 1
Alarm interface Alarm input/output interface 6 inputs + 2 outputs
6 inputs + 2 outputs
a: The IDU 610 supports four STM-1 interfaces when it functions as an optical transmission system.
b: The IDU 620 supports 10 STM-1 interfaces when it functions as an optical transmission system.
c: The external clock interface and synchronous data interface can be used to transparently transmit DCC bytes, synchronous data overhead bytes, asynchronous data overhead bytes, and orderwire overhead bytes.
d: The synchronous data interface can be used to transparently transmit an orderwire overhead byte.
Cross-Polarization Interference Cancellation Cross-polarization interference cancellation (XPIC) is a technology used together with co-channel dual-polarization (CCDP). The application of the two technologies doubles the wireless link capacity over the same channel.
Automatic Transmit Power Control The automatic transmit power control (ATPC) function enables the output power of the transmitter to automatically trace the level fluctuation at the receive end. This reduces the interference with neighboring systems and residual BER.
Flexible System Configuration and Easy Expansion l The IDU 610 and IDU 620 can be configured with different boards according to
different services and different application scenarios.
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l The IDU 610 and IDU 620 can be upgraded to optical transmission systems by replacing the IF boards with optical interface boards.
l The IDU 610 and IDU 620 support the software programmed radio (SPR) function. The microwave capacity and modulation scheme can be set by using the software.
l The IDU 610 and IDU 620 support flexible service allocation and service grooming.
Complete Protection Schemes l The IDU 620 supports 1+1 backup of the input power supply and the internal
power module. l The IDU 620 supports 1+1 backup of the cross-connect unit and the timing unit. l The IDU 620 supports 1+1 protection configuration and N+1 protection
configuration. l The IDU 610 and IDU 620 support sub-network connection protection (SNCP)
between optical transmission links, between radio links, or between optical transmission links and radio links.
l The IDU 610 and IDU 620 support linear MSP on optical transmission links and STM-1e links.
l The IDU 620 supports the two-fiber bidirectional MSP ring on STM-4 optical transmission links.
Powerful Clock Processing Capability l The IDU 610 and IDU 620 can extract the clock source from the line, tributary,
microwave, and external clock signal. l The IDU 610 and IDU 620 support the synchronization status message (SSM)
protocol and the extended SSM protocol. l The IDU 610 and IDU 620 support the tributary retiming function.
Multiple Network Management Modes l You can connect a Web LCT to an OptiX RTN 600 NE and use the Web LCT to
manage the NE. l You can connect a Web LCT to an OptiX RTN 600 NE in a transmission network
and use the Web LCT to manage the OptiX RTN 600 NEs in the network. l You can use the iManager T2000 to manage all the OptiX RTN 600 and other
OptiX optical transmission systems in the network. l You can use the SNMP agent to query alarms and performance events.
Complete Network Management Information Interworking Schemes At the physical layer, the IDU 610 and IDU 620 support the following NM information interworking schemes:
l Using one or three user-defined DCC bytes in the PDH microwave frame to carry NM information
l Using the D1 to D3 bytes in the SDH microwave frame and the SDH frame to carry NM information
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l Using the D4 to D12 bytes in the SDH microwave frame and the SDH frame to carry NM information
l Using the D1 to D12 bytes in the SDH microwave frame and the SDH frame to carry NM information
l Using extended ECC to carry NM information through a TCP/IP network l Using the DCC bytes that are transmitted by the external clock interface to carry
NM information through an SDH/PDH network
At the network layer, the IDU 610 and IDU 620 support the following NM information interworking schemes:
l Using HWECC to carry NM information l Using IP over DCC to carry NM information l Using OSI over DCC to carry NM information
Easy Installation The IDU 610 and IDU 620 can be installed in the following modes:
l In a 300 mm ETSI cabinet l In a 600 mm ETSI cabinet l In a 450 mm 19-inch cabinet l In a 600 mm 19-inch cabinet l In an open cabinet l On the wall l On a table
Easy Maintenance l The IDU 610 adopts air convection and does not have a fan system. Therefore,
you do not need to maintain the fan system, and at the same time, the noise is reduced.
l The IDU 610 and IDU 620 provide the SDH alarms and performance events that are compliant with ITU-T G.783.
l The IDU 610 and IDU 620 support various loopback functions of the service ports and IF ports.
l The IDU 610 and IDU 620 are each embedded with a test system. You can perform the following tests when no special test tools are at hand: − PRBS BER test at an E1 port − Transmitting/Receiving of Ethernet GFP test frames
l The IDU 610 and IDU 620 support the monitoring of important radio transmission performance indexes, such as the microwave transmit power and RSSI.
l The IDU 610 and IDU 620 provide RMON performance events and the ETH OAM function.
l The storage card that is used to store data configuration files is removable. You can restore the data of the SCC board by replacing the storage card.
l The IDU 610 and IDU 620 support remote loading of the software and data of an NE by using the NMS.
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l The IDU 610 and IDU 620 support the hot fix function. You can upgrade the software that is running without interrupting services.
l The IDU 610 and IDU 620 support the software version rollback function. When a software upgrade fails, the original services of the system can be recovered.
3.2 System Architecture The IDU 610 or IDU 620 consists of a series of functional units, including the service interface unit, cross-connect unit, IF unit, control unit, clock unit, auxiliary interface unit, fan unit, and power unit.
Figure 3-1 System architecture of the IDU 610 or IDU 620
Serviceinterface
unit
Cross-connect
unitIF unit
ODU
Fanunit
Clockunit
Controlunit
Auxiliaryinterface
unit
PDHSDH
Ethernet
-48V/-60V DC
RF signal
IF signal
Synchronous/asynchronous
data
Orderwire dataExternal alarm
data
External clock or WS data
NM data
IDU 610/620
Basebandsignal
Basebandsignal
Control andoverhead bus
Antenna
Powerunit
Table 3-4 Functional units of the IDU 610 or IDU 620
Functional Unit Function Description
Service interface unit
l Accesses PDH signals. l Accesses SDH signals. l Accesses Ethernet signals.
Cross-connect unit l Cross-connects and grooms services. l Supports 1+1 standby.
IF unit l Converts signals between baseband service signals and IF analog signals.
l Provides the O&M channel between the IDU and the ODU. l Supports FEC.
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Functional Unit Function Description
Control unit l System communications and control. l System configuration and management. l Collects alarms and monitors performance. l Cross-connects overheads.
Clock unit l Traces the clock source signal and provides various clock signals for the system.
l Supports input and output of one external clock signal.
Auxiliary interface unit
l Provides the orderwire interface. l Provides the synchronous/asynchronous data interface. l Provides the external alarm input/output interface.
Power unit l Accesses –48 V/–60 V DC power. l Provides –48 V/+3.3 V power for the IDU. l Provides –48 V power for the ODU.
Fan unit l Provides wind cooling for the IDU 620.
3.3 Board Configuration The IDU 610 and IDU 620 can realize different functions by configuring different types of boards.
Figure 3-2 IDU 610 configuration
EXT Slot3
PXC Slot1
EXT/IF Slot4
SCC Slot2
Figure 3-3 IDU 620 configuration
FAN
Slot 20
EXT/IF Slot7
EXT/IF Slot5
PXC Slot3
PXC Slot1
EXT/IF Slot8
EXT/IF Slot6
EXT Slot4
SCC Slot2
EXT refers to the extended slot for a service board. IF refers to the slot for an IF board.
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Table 3-5 List of IDU 610 and IDU 620 boards
Valid Slot Board Name
Full Name
IDU 610
IDU 620
Description
PXC Integrated power cross-connect clock board
Slot 1 Slot 1/3 Accesses one –48 V/–60 V DC power signal Provides a full timeslot cross-connection for VC-12/VC-3/VC-4 services equivalent to 16x16 VC-4. Supports the input and output of one external clock signal.
SCC System control and communication board
Slot 2 Integrates an EOW subboard, occupying the logical slot 21. Provides the NM interface, external alarm interface, synchronous/asynchronous data interface, and orderwire phone interface.
IF1A Isolated intermediate frequency board
IF1B Non-isolated intermediate frequency board
Slot 4
IF0A PDH isolated intermediate frequency board
IF0B PDH non-isolated intermediate frequency board
–
Slot 5/6/7/8
Provides one IF interface. The logical slot number of the ODU that is connected to the board is 10 plus the slot number of the board. The IF1A and IF1B boards support the TU-based and STM-1 based microwave frame structures for establishing microwave links between two sets of IDU 610 or IDU 620. The IF0A and IF0B boards support the E1-based microwave frame structure for establishing microwave links between two sets of IDU 605. The IF1A and IF0A boards support two power distribution modes: DC-I and DC-C. The IF1B and IF0B boards support only the DC-C power distribution mode.
IFX XPIC intermediate frequency board
– Slot 5/6/7/8
Provides one IF interface. The logical slot number of the ODU that is connected to the IFX board is 10 plus the slot number of the IFX board. Provides the XPIC function. Provides the STM-1 based microwave frame structure. Supports only the DC-C power distribution mode.
SL4 SDH single STM-4 port board
– Slot 6/8 Uses the SFP optical module to provide one STM-4 optical interface.
SL1 SDH single STM-1 port board
Uses the SFP optical module to provide one STM-1 optical interface.
SD1 SDH dual STM-1 port board
Slot 3/4 Slot 4/5/6/7/8
Uses the SFP optical module to provide two STM-1 optical interfaces.
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Valid Slot Board Name
Full Name
IDU 610
IDU 620
Description
SLE SDH single STM-1 electrical port board
Provides one 75-ohm STM-1 electrical interface.
SDE SDH dual STM-1 electrical port board
Provides two 75-ohm STM-1 electrical interfaces.
PL3 3xE3/T3 tributary board
Provides three 75-ohm E3/T3 electrical interfaces.
PO1 8xE1 tributary board
Provides eight 75/120-ohm E1 interfaces.
PH1 16xE1 tributary board
Provides 16 75/120-ohm E1 interfaces.
PD1 32xE1 tributary board
Provides 32 75/120-ohm E1 interfaces.
EFT4 4-port 10M/100M Ethernet transparent transmission processing board
Provides a 4x10/100BASE-T(X) interface for processing Ethernet transparent transmission services. The maximum uplink bandwidth of the board is 2xVC-4.
EMS6 4 Port RJ45 + 2 Port SFP Fast Ethernet / Gigabit Ethernet Switching Processing Board
– Slot 5/6/7/8
Provides four FE electrical interfaces. The other two ports use SFP optical/electrical modules for providing two GE optical/electrical interfaces. The GE electrical interface is compatible with the FE electrical interface. Supports Ethernet transparent transmission services and Layer 2 switching services. The maximum uplink bandwidth of the board is 2xVC-4.
FAN Fan board - Slot 20 Provides wind cooling for the IDU 620.
3.4 Signal Processing Flow This section describes the signal processing flow of the OptiX RTN 610 that uses the IDU 610 or IDU 620 through the example of STM-1 optical signals.
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Figure 3-4 Signal processing flow
Antenna
SL1/SD1 PXC IF1A/B
or IFX ODU
RFsignal
IFsignal
IDU 610/620
BasebandsignalSTM-1o
Basebandsignal
Table 3-6 Transmit direction
No. Logical Board Signal Processing Description
1 SL1/SD1 (IDU) l Converts the STM-1 optical signals into STM-1 electrical signals.
l Synchronizes and descrambles the frames. l Extracts the overheads from the STM-1 frames. l Transmits the VC-4 signals in the STM-1 frames to the
cross-connect unit through the service bus.
2 PXC (IDU) l Cross-connects the VC-4 signals to the service bus of the IF board.
3 IF1A/IF1B or IFX (IDU)
l Multiplexes the VC-4 signals, microwave frame overheads, and pointers into STM-1 microwave frames.
l Scrambling. l FEC coding. l Digital modulation. l D/A conversion. l Analog modulation. l Combines the analog IF signals and ODU O&M signals.
The ODU O&M signals have been modulated by the auxiliary modem.
l Transmits the combined signals and –48 V power to the ODU through the coaxial cable.
4 ODU l Splits the analog IF signals, ODU O&M signals, and –48 V power.
l Converts the analog IF signals into RF signals through up conversions and amplifications.
l Transmits the RF signals to the antenna through the waveguide.
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Table 3-7 Receive direction
No. Logical Board Signal Processing Description
1 ODU l Isolates and filters RF signals. l Converts the RF signals into analog IF signals through
down conversions and amplifications. l Controls the level of the signals through the automatic
gain control (AGC) circuit. l Combines the IF signals and the ODU O&M signals. The
O&M signals have been modulated by an auxiliary modem.
l Transmits the combined signals to the IF board.
2 IF1A/IF1B or IFX(IDU)
l Splits the received analog IF signals and ODU O&M signals.
l Controls the level of the analog IF signals through the AGC circuit.
l Performs A/D conversion for the IF signals. l Digital demodulation. l Time domain adaptive equalization. l FEC decoding. l Synchronizes and descrambles the frames. l Extracts overheads from microwave frames. l Extracts VC-4 signals from microwave frames, and
transmits the VC-4 signals to the cross-connect unit.
3 PXC (IDU) l Cross-connects the VC-4 signals to the service bus of the SL1/SD1 board.
4 SL1/SD1 (IDU) l Multiplexes the VC-4 signals, overheads, and pointers into STM-1 signals.
l Scrambles the signals. l Converts the signals into STM-1 optical signals.
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4 ODU
4.1 Features The OptiX RTN 600 ODUs have characteristic structures, functionality, and serviceability.
Multiple Types The OptiX RTN 600 ODU is available in three series: Standard Power, High Power, and Low capacity for PDH.
Table 4-1 ODU types
Description Item
Standard Power ODU
High Power ODU Low Capacity for PDH ODU
ODU types SP and SPA HP LP
Frequency band
7/8/11/13/15/18/23/26/38 GHz (SP ODU) 6/7/13/15/18/23 GHz (SPA ODU)
7/8/11/13/15/18/23/26/32/38 GHz
7/13/15/18/23 GHz
Microwave type
SDH/PDH PDH
Microwave modulation scheme
QPSK/16QAM/32QAM/64QAM/128QAM QPSK/16QAM
Transmit power
Standard power High power Common power
Unified Interface The IDU and ODU adopt the unified physical interface and software communication protocol that do not vary according to the types of the IDU or ODU for interconnection.
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Software Programmable Radio The ODU supports the SPR function, which means that you can set the microwave modulation scheme, bandwidth, transmit frequency, transmit power, and T/R spacing by using the software.
Easy Installation l The ODU supports two installation modes: direct mount and separate mount. l The ODU uses latches for fastening, which simplifies the installation.
Easy Maintenance l The boards are installed inside the ODU, which greatly facilitates maintenance
operations. l The ODU provides an RSSI test port through which you can test the RSSI of the
ODU by using a multimeter. l The ODU supports the monitoring of key radio transmission performance indexes
such as the microwave transmit power and RSSI by using the NMS.
4.2 System Architecture The ODU is an integrated system and has various types. The structures and working principles of various types of ODUs are the same.
Block Diagram
Figure 4-1 Block diagram of the ODU
Antennaport
CRTL
TX IF350MHz
RX IF140MHz
Cableport
Synthesizers
VGA
VGA
AMP
LNA
PWR
VGA
DiplexerMultiplexer
O&Muplink
O&Mdownlink
DC
REF
Signal Processing in the Transmit Direction The multiplexer splits the signal coming from the IF cable into a 350 MHz IF signal, an O&M uplink signal, and a –48 V DC power signal.
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In the transmit direction, the IF signal is processed as follows:
1. The IF signal is amplified in the variable gain amplifier (VGA), so that the loss on the IF cable is compensated for. The VGA also monitors the voltage of the input signal.
2. Through the up-conversion, filtering, and amplification, the IF signal is converted into the RF signal and then sent to the AMP amplifier unit.
3. The AMP amplifies the RF signal (the output power of the signal can be controlled by the IDU software).
4. After the amplification, the RF signal is sent to the antenna through the diplexer.
The O&M uplink signal is a 5.5 MHz ASK-modulated signal and is demodulated in the CTRL control unit.
The –48 V DC power signal is sent to the PWR power unit where the secondary power supply of a different voltage is generated and provided to the modules of the ODU.
Signal Processing in the Receive Direction In the diplexer, the receive RF signal is separated from the antenna signal. The RF signal is amplified in the low noise amplifier (LNA). Through the down-conversion, filtering, and amplification, the RF signal is converted into the 140 MHz IF signal and then sent to the multiplexer.
The O&M downlink signal is modulated under the ASK scheme in the CTRL unit. The 10 MHz signal is generated through the modulation and sent to the multiplexer. The CTRL unit also detects the receive signal level through the RSSI detection circuit and provides the RSSI interface.
The IF signal and the O&M downlink signal are combined in the multiplexer and then sent to the IDU through the IF cable.
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5 Equipment Software
5.1 Software Architecture The software package of the OptiX RTN 600 contains the NMS software, NE software, and board software.
For the software architecture of the OptiX RTN 600, see Figure 5-1. The NMS software communicates with the NE software through the Qx interface. The Qx interface uses the OptiX private management protocol.
Figure 5-1 Software architecture of the OptiX RTN 600
NMS software
Qxinterface
NE software
Board software
5.2 NMS Software Huawei provides a transport network management solution that meets the requirements of the telecommunication management network (TMN) for managing all the OptiX RTN 600 products and OptiX series optical transmission products in the network.
For details, refer to section . 7 "Network Management System”.
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5.3 NE Software The NE software manages, monitors, and controls the running status of an NE. Through the NE software, the NMS communicates with the boards, and control and manage the NE.
The IDU 610 and IDU 620 use the same set of NE software, and the IDU 605 uses another set of NE software. The two sets of NE software are based on the same software platform and contain the software modules including the real time multiple task operating system module, network side (NS) software module, equipment management software module, and database management software module.
5.4 Board Software The board software manages and controls the running status of the ODU and all the boards except for the SCC of the IDU.
The IDU 610 and IDU 620 use the same set of board software. Particularly, only the EMS6 board has independent board software, which runs in the CPU of the EMS6 board. The software of other boards, in the form of modules, is integrated with the NE software and runs in the CPU of the SCC board.
The IDU 605 has no independent board software. The board software of the IDU 605, in the form of modules, is integrated with the NE software and runs in the CPU of the SCC board.
The ODU is considered as a logical board. The board software of the ODU that runs on the SCC board manages the ODU through the O&M channel between the IDU and the ODU.
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6 Networking
6.1 IDU 605 Networking 6.1.1 Point-to-Point Networking
In this networking mode, the services between two nodes are transported over microwave.
In a point-to-point network, you can use the IDU 605 1A or IDU 605 1B that provides 1+0 non-protection configuration for the microwave services, or you can use the IDU 605 2B that provides 1+1 protection configuration for the microwave services.
Figure 6-1 Point-to-point networking
OptiX RTN 600(IDU 605)
OptiX RTN 600(IDU 605)
In a point-to-point network, you can replace the IDU 605 with the IDU 610 or IDU 620 if the IDU 605 cannot meet the requirements of the microwave link attributes or service interfaces.
6.1.2 Terminal Stations in a Radio Transmission Network Services can be transmitted between the NE that uses the IDU 605 and the NE that uses the IDU 620 through microwave. Therefore, the NE that uses the IDU 605 can function as the terminal station of a radio transmission network and construct the last hop together with the NE that uses the IDU 620.
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Figure 6-2 Terminal stations in a radio transmission network
Radio transmissionnetwork
OptiX RTN 600(IDU 605)
OptiX RTN 600(IDU 620)
In a radio transmission network, you can replace the IDU 605 used at the terminal stations with the IDU 610 or IDU 620 if the IDU 605 cannot meet the requirements of the microwave link attributes or service interfaces.
6.2 IDU 610 Networking The networking mode of the IDU 610 is the same as the networking mode of the IDU 605, that is, the IDU 610 is applied in a point-to-point network or at terminal nodes in a radio transmission network. The difference is that the IDU 610 can provide more microwave work modes and service interfaces.
6.3 IDU 620 Networking 6.3.1 Chain Networking
In this networking mode, all the microwave transmission nodes are connected in series, but the head and tail nodes are not directly connected.
Figure 6-3 shows a chain network without protection to its microwave links. In this example, the terminal nodes adopt 1+0 non-protection configuration, and the intermediate one adopts 1+0 non-protection configuration in two directions.
Figure 6-3 Chain networking (without protection)
OptiX RTN 600(IDU 620)
OptiX RTN 600(IDU 620)
1+0 Two 1+0 1+0
OptiX RTN600(IDU 620)
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Figure 6-4 shows a chain network that offers protection to its microwave links. In this example, the terminal nodes adopt 1+1 protection configuration, and the intermediate ones adopt 1+1 protection configuration in two directions.
Figure 6-4 Chain networking (with protection)
OptiX RTN 600(IDU 620)
1+1 Two 1+1 1+1
OptiX RTN 600(IDU 620)
OptiX RTN 600(IDU 620)
In the chain network, you can replace the IDU 620 used at the terminal stations with the IDU 605 or IDU 610 according to the requirements of the microwave link attributes and service interfaces.
6.3.2 Tree Networking In this networking mode, several chains are connected at one or more nodes, but the nodes do not form a ring.
Figure 6-5 describes an application example of tree networking in the backhaul transmission of a mobile network. The nodes that are near the base station controller (BSC) adopt 1+1 protection configuration and the microwave capacity is 32xE1 or 1xSTM-1. The nodes that are at the network edge adopt 1+0 non-protection configuration and the microwave capacity is 4xE1.
Figure 6-5 Tree networking
1+1
32x E1/STM-11+1 and two 1+0 Two 1+0 1+0
Two 1+0
4 x E1
4x E1
1+0
8x E1
OptiX RTN 600(IDU 620) OptiX RTN 600
(IDU 620)
OptiX RTN 600(IDU 620)
OptiX RTN 600(IDU 620)
OptiX RTN 600(IDU 620)
OptiX RTN 600(IDU 620)
16x E1
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In a tree network, you can replace the IDU 620 used at the terminal stations with the IDU 605 or IDU 610 according to the requirements of the microwave link attributes and service interfaces.
6.3.3 Fiber Ring Networking In this networking mode, optical transmission systems form a ring through fiber connection, and microwave transmission systems are directly connected to the ring or indirectly connected to the ring through a fiber or an STM-1e cable.
Figure 6-6 shows a network with a fiber ring and a microwave link directly connected to the ring. In this example, the optical transmission systems and the IDU 620 form an STM-4 ring. The ring adopts the protection mechanism of a two fiber bidirectional multiplex section shared protection ring.
Figure 6-6 Fiber ring networking (microwave services directly accessed)
OptiX RTN 600IDU(620)
STM-4 MSP ring
ADM
ADM
ADM
OptiX RTN 600IDU(620)
Figure 6-7 shows a network with a fiber ring and a microwave link indirectly connected to the ring. In this example, optical transmission systems form an STM-16 ring. The ring adopts the protection mechanism of a two fiber bidirectional multiplex section shared protection ring. The microwave link is connected to the ring through an STM-1 optical interface. If the microwave transmission services are important, configure linear MSP for the fiber link between the ring and the microwave link.
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Figure 6-7 Fiber ring networking (microwave services indirectly accessed)
STM-1 unprotected chain
STM-16 MSP ring
ADM
ADM
ADM
OptiX RTN 600(IDU 620)
ADM
OptiX RTN 600(IDU 620)
In the fiber ring network, you can replace the IDU 620 used at the terminal stations with the IDU 605 or IDU 610 according to the requirements of the microwave link attributes and service interfaces.
6.3.4 Microwave Ring Networking In this networking mode, the OptiX RTN 600 forms a microwave ring network.
Figure 6-8 shows an STM-1 microwave ring network. The ring adopts the SNCP protection mechanism. The IDU 620 adopts 1+0 non-protection configuration in two directions.
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Figure 6-8 Microwave ring networking
OptiX RTN 600(IDU 620)
STM-1 SNCP ring
OptiX RTN 600(IDU 620)
OptiX RTN 600(IDU 620)
OptiX RTN 600(IDU 620)
The IDU 620 also supports PDH microwave ring networking. In this case, the SNCP protection mechanism can also be applied.
6.3.5 Hybrid Networking In this networking mode, the OptiX RTN 600 and optical transmission systems form a ring network.
Figure 6-9 shows an STM-1 hybrid network. The ring adopts the SNCP protection mechanism. The IDU 620 adopts 1+0 non-protection configuration.
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Figure 6-9 Hybrid networking
STM-1 SNCP ring
ADM
ADM
OptiX RTN 600(IDU 620)
OptiX RTN 600(IDU 620)
OptiX RTN 600(IDU 620)
OptiX RTN 600(IDU 620)
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7 Network Management System
7.1 Network Management Solution Huawei provides a complete transport network management solution compliant with TMN for different function domains and customers in telecommunication networks.
The NM solutions include the following:
l iManager Web LCT l iManager T2000 l iManager T2100
Figure 7-1 NM solution of a transport network
iManager T2100
iManager T2000 Web LCT
Network level NM
Subnet level NM
Local craftterminal
iManager T2000
iManagerT2100
7.2 Web LCT The Web LCT is a local craft terminal. Users can access the Web LCT terminal through the Internet Explorer and thus achieve the management over a single OptiX RTN 600 NE.
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Figure 7-2 Web LCT interface
7.2.1 Functionality The Web LCT is an NE level network management system. It performs the following NE level management functions: NE management, alarm management, performance management, configuration management, communication management, and security management.
NE Management l Searching for NEs l Adding/Deleting NEs l Logging in to or out of NEs l NE time management
Alarm Management l Setting alarm monitoring strategies l Viewing alarms l Deleting alarms
Performance Management l Setting performance monitoring strategies l Viewing performance events l Resetting performance registers
Configuration Management l Basic NE information configuration
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l Microwave link configuration l Protection configuration l Interface configuration l Service configuration l Clock configuration
Communication Management l Communication parameter management l DCC management l HWECC protocol management l IP protocol management l OSI protocol management
Security Management l NE user management l NE user group management l LCT access control l Online user management l NE security parameters l NE security log l NMS user management l NMS log management
7.2.2 Networking A Web LCT server is connected to the NEs in a network in two modes: near end mode and gateway mode.
Near End Mode In this mode, the Web LCT server is connected to the NM interface of the target NE directly or through a data communication network (DCN) and performs management.
Figure 7-3 Web LCT networking mode (near end)
IE terminal
IE terminal
Web LCT server
DCN
Target NE
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The Web LCT server can be connected the management serial port through a serial port cable of the NE to perform NE management.
The OptiX RTN 600 also supports cascading NEs where the lower NE is managed by the Web LCT. The upper NE acts as a hub and a part of the DCN network. This is another type of the near end mode.
Figure 7-4 Web LCT networking mode (NE cascade)
IE terminal
IE terminal
Web LCT server
DCN
Upper NE
NE cascade
Lower NE
To cascade NEs, use a network cable or DCN to connect the NE cascade interface of the upper NE to the NM interface of the lower NE.
Gateway Mode In this mode, the Web LCT server is connected to the NM interface of the gateway NE (GNE) directly or through a DCN network. The GNE communicates with the target NE by using the ECCs in the microwave link or fiber link. The GNE interfaces between the Web LCT server and the target NE to forward messages.
Figure 7-5 Web LCT networking mode (gateway mode)
Web LCT server
IE terminal
IE terminal
DCN
ECC
Gateway NE
Target NE
The GNE can be any type of the OptiX series transmission products.
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If no microwave link or fiber link exists between the GNE and the target NE, you can enable the extended ECC function to transmit NM information through the TCP/IP network. You can also enable the transparent transmission of DCCs at the external clock interface or the synchronous data interface to transmit NM information through the PDH/SDH network.
7.3 T2000 7.3.1 Functionality
The T2000 provides not only NE level management functions but also network level management functions.
NE Level Management l NE object management l NE level alarm management l NE level performance management l NE level configuration management l NE level communication management l NE level security management
Network Level Management l Topology management l Network level alarm management l Network level performance management l Network level performance management l Network level communication management l Network level security management l Network-wide clock management
Others l Report function l northbound SNMP interface
7.3.2 Networking The T2000 provides users with single layer management network solutions for small and medium transmission networks. Working with the upper layer network management systems (through the standard external interfaces), the T2000 can assist the network layer management system and the service layer management system in managing large transmission networks.
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Figure 7-6 Single layer management network
T2000
OptiX product network
Figure 7-7 Hierarchical management network
DCN
T2100
T2000
OptiX product network
T2000
OptiX product network
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7.4 T2100 The T2100 is a network level management system. Users can access the T2100 server through a special T2100 client and thus achieve uniform management over multiple transmission networks composed of OptiX series transmission products.
The T2100 and the T2000 form a multi-layer management network to manage large transmission networks. The hierarchical management system has the following features:
l Strengthens the network management ability. l Realizes uniform network management. l Separates NE management from network management. l Meets the requirements for the O&M mechanism of operators.
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8 Performance
8.1 Radio Performance Radio performance includes the microwave work modes, frequency band information, receiver sensitivity, anti-fading performance, IF performance, and baseband signals processing performance of modems.
Radio Work Modes
Table 8-1 Radio work modes
Service Capacity
Modulation Scheme
Channel Spacing (MHz)
IDU (IF Board) That Supports This Mode
2xE1 QPSK 3.5 IDU 605 1A/1B IDU 610/620 (IF0A/IF0B)
5xE1 QPSK 7 IDU 605 1A/1B/2B IDU 610/620 (IF0A/IF0B)
10xE1 QPSK 14 (13.75) IDU 605 1A/1B/2B IDU 610/620 (IF0A/IF0B)
16xE1 QPSK 28 (27.5) IDU 605 1A/1B/2B IDU 610/620 (IF0A/IF0B)
4xE1 QPSK 7 IDU 610/620 (IF1A/IF1B)
4xE1 16QAM 3.5 IDU 610/620 (IF1A/IF1B)
8xE1 QPSK 14 (13.75) IDU 610/620 (IF1A/IF1B)
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8xE1 16QAM 7 IDU 610/620 (IF1A/IF1B)
16xE1 QPSK 28 (27.5) IDU 610/620 (IF1A/IF1B)
16xE1 16QAM 14 (13.75) IDU 610/620 (IF1A/IF1B)
22xE1 32QAM 14 (13.75) IDU 610/620 (IF1A/IF1B)
26xE1 64QAM 14 (13.75) IDU 610/620 (IF1A/IF1B)
32xE1 128QAM 14 (13.75) IDU 610/620 (IF1A/IF1B)
35xE1 16QAM 28 (27.5) IDU 610/620 (IF1A/B)
44xE1 32QAM 28 (27.5) IDU 610/620 (IF1A/IF1B)
53xE1 64QAM 28 (27.5) IDU 610/620 (IF1A/IF1B)
E3 QPSK 28 (27.5) IDU 610/620 (IF1A/IF1B)
E3 16QAM 14 (13.75) IDU 610/620 (IF1A/IF1B)
STM-1 128QAM 28 (27.5) IDU 610/620 (IF1A/IF1B, IFX)
l In Table 8-1, the first four modes adopt the E1-based microwave frame structure and the
last 15 modes adopt the TU-/STM-1-based microwave frame structure. l The channel spacings 13.75 MHz and 27.5 MHz are applied to the 18 GHz frequency band. l The channel spacings listed in the table are the minimum channel spacings supported by
the OptiX RTN 600. The channel spacings larger than the values are also supported. l The 2xE1 working mode does not support 1+1 protection.
Frequency Band
Table 8-2 Frequency band (SP ODUs)
Frequency Band Frequency Range (GHz) T/R Spacing (MHz)
7 GHz 7.093–7.897 154, 160, 161, 196, 245
8 GHz 7.731–8.496 119, 126, 266, 311.32
11 GHz 10.675–11.745 490, 500, 530
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Frequency Band Frequency Range (GHz) T/R Spacing (MHz)
13 GHz 12.751–13.248 266
15 GHz 14.403–15.348 315, 322, 420, 490, 728
18 GHz 17.685–19.710 1008, 1010, 1560
23 GHz 21.200–23.618 1008, 1200, 1232
26 GHz 24.549–26.453 1008
38 GHz 37.044–39.452 1260
Table 8-3 Frequency band (SPA ODUs)
Frequency Band Frequency Range (GHz) T/R Spacing (MHz)
6 GHz 5.850–6.425 (L6) 6.425–7.125 (U6)
252.04, 300 (L6) 340 (U6)
7 GHz 7.114–7.868 161
13 GHz 12.751–13.248 266
15 GHz 14.501–15.348 420
18 GHz 17.685–19.710 1008, 1010
23 GHz 21.200–23.618 1232
Table 8-4 Frequency band (HP ODUs)
Frequency Band
Frequency Range (GHz)
T/R Spacing (MHz)
7 GHz 7.093–7.897 154, 160, 161, 168, 196, 245
8 GHz 7.731–8.497 119, 126, 151.614, 208, 266, 311.32
11 GHz 10.675–11.745 490, 500, 530
13 GHz 12.751–13.248 266
15 GHz 14.400–15.358 315, 322, 420, 475, 490, 640, 644, 728
18 GHz 17.685–19.710 1008, 1010, 1560
23 GHz 21.200–23.618 1008, 1200, 1232
26 GHz 24.250–26.453 800, 1008
32 GHz 31.815–33.383 812
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Frequency Band
Frequency Range (GHz)
T/R Spacing (MHz)
38 GHz 37.044–40.105 700, 1260
Table 8-5 Frequency band (LP ODUs)
Frequency Band Frequency Range (GHz) T/R Spacing (MHz)
7 GHz 7.114–7.868 161
13 GHz 12.751–13.248 266
15 GHz 14.501–15.348 420
18 GHz 17.685–19.710 1008, 1010
23 GHz 21.200–23.618 1232
For detailed frequency information, refer to appendix A Frequency Information.
Receiver Sensitivity
Table 8-6 Typical values of the receiver sensitivity (i)
Performance
2xE1 5xE1 10xE1 16xE1
Item
QPSK QPSK QPSK QPSK
RSL@ BER=10–6 (dBm)
@6 GHz –94.5 –90.0 –87.0 –85.5
@7 GHz –94.5 –90.0 –87.0 –85.5
@8 GHz –94.5 –90.0 –87.0 –85.5
@11 GHz –94.0 –89.5 –86.5 –85.0
@13 GHz –94.0 –89.5 –86.5 –85.0
@15 GHz –94.0 –89.5 –86.5 –85.0
@18 GHz –94.0 –89.5 –86.5 –85.0
@23 GHz –93.5 –89.0 –86.0 –84.5
@26 GHz –93.0 –88.5 –85.5 –84.0
@32 GHz NA NA NA NA
@38 GHz –91.5 –87.0 –84.0 –82.5
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Table 8-7 Typical values of the receiver sensitivity (ii)
Performance
4xE1 8xE1 16xE1
Item
QPSK 16QAM QPSK 16QAM QPSK 16QAM
RSL@ BER=10–6 (dBm)
@6 GHz –91.5 –87.5 –88.5 –84.5 –85.5 –81.5
@7 GHz –91.5 –87.5 –88.5 –84.5 –85.5 –81.5
@8 GHz –91.5 –87.5 –88.5 –84.5 –85.5 –81.5
@11 GHz –91.0 –87.0 –88.0 –84.0 –85.0 –81.0
@13 GHz –91.0 –87.0 –88.0 –84.0 –85.0 –81.0
@15 GHz –91.0 –87.0 –88.0 –84.0 –85.0 –81.0
@18 GHz –91.0 –87.0 –88.0 –84.0 –85.0 –81.0
@23 GHz –90.5 –86.5 –87.5 –83.5 –84.5 –80.5
@26 GHz –90.0 –86.0 –87.0 –83.0 –84.0 –80.0
@32 GHz –89.0 NA –86.0 –82.0 –83.0 –79.0
@38 GHz –88.5 –84.5 –85.5 –81.5 –82.5 –78.5
Table 8-8 Typical values of the receiver sensitivity (iii)
Performance
22xE1 26xE1 32xE1 35xE1 44xE1 53xE1
Item
32QAM 64QAM 128QAM 16QAM 32QAM 64QAM
RSL@ BER=10–6 (dBm)
@6 GHz –80.5 –76.5 –73.0 –79.0 –77.5 –73.5
@7 GHz –80.5 –76.5 –73.0 –79.0 –77.5 –73.5
@8 GHz –80.5 –76.5 –73.0 –79.0 –77.5 –73.5
@11 GHz –80.0 –76.0 –72.5 –78.5 –77.0 –73.0
@13 GHz –80.0 –76.0 –72.5 –78.5 –77.0 –73.0
@15 GHz –80.0 –76.0 –72.5 –78.5 –77.0 –73.0
@18 GHz –80.0 –76.0 –72.5 –78.5 –77.0 –73.0
@23 GHz –79.5 –75.5 –72.0 –78.0 –76.5 –72.5
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Performance
22xE1 26xE1 32xE1 35xE1 44xE1 53xE1
Item
32QAM 64QAM 128QAM 16QAM 32QAM 64QAM
@26 GHz –79.0 –75.0 –71.5 –77.5 –76.0 –72.0
@32 GHz –78.0 –74.0 –70.5 –76.5 –75.0 –71.0
@38 GHz –77.5 –73.5 –70.0 –76.0 –74.5 –70.5
Table 8-9 Typical values of the receiver sensitivity (iv)
Performance
E3 STM-1
Item
QPSK 16QAM 128QAM
RSL@ BER=10–6 (dBm)
@6 GHz –86.5 –82.5 –69.5
@7 GHz –86.5 –82.5 –69.5
@8 GHz –86.5 –82.5 –69.5
@11 GHz –86.0 –82.0 –69.0
@13 GHz –86.0 –82.0 –69.0
@15 GHz –86.0 –82.0 –69.0
@18 GHz –86.0 –82.0 –69.0
@23 GHz –85.5 –81.5 –68.5
@26 GHz –85.0 –81.0 –68.0
@32 GHz –84.0 –80.0 –67.0
@38 GHz –83.5 –79.5 –66.5
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l For a guaranteed value, remove 3 dB from the typical value. l Table 8-6 lists the receiver sensitivity values of the radio work modes that adopt the
E1-based microwave frame structure. Table 8-7, Table 8-8, and Table 8-9 list the receiver sensitivity values of the radio work modes that adopt the TU-/STM-1-based microwave frame structure.
Transceiver Performance
Table 8-10 Transceiver performance (SP ODUs)
Performance Item
QPSK 16QAM/32QAM 64QAM/128QAM
Nominal maximum transmit power (dBm)
@7 GHz 25.5 21.0 15.0
@8 GHz 25.5 21.0 15.0
@11 GHz 24.5 20 14
@13 GHz 24.5 20 14
@15 GHz 24.5 20 14
@18 GHz 24 20 14
@23 GHz 22.5 19 13
@26 GHz 22 18 12
@38 GHz 20.5 16 10
Nominal minimum transmit power (dBm)
–4
Nominal maximum receive power (dBm)
–20
Frequency stability (ppm) ±5
Table 8-11 Transceiver performance (SPA ODUs)
Performance Item
QPSK 16QAM/32QAM 64QAM/128QAM
Nominal maximum transmit power (dBm)
@6 GHz 26.5 24.0 23.0
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Performance Item
QPSK 16QAM/32QAM 64QAM/128QAM
@7 GHz 25.5 21.5 20.0
@13 GHz 24.5 20 18
@15 GHz 24.5 20 18
@18 GHz 22.5 19 17
@23 GHz 22.5 19 16
Nominal minimum transmit power (dBm)
0
Nominal maximum receive power (dBm)
–20
Frequency stability (ppm) ±5
Table 8-12 Transceiver performance (HP ODUs)
Performance Item
QPSK 16QAM/32QAM 64QAM/128QAM
Nominal maximum transmit power (dBm)
@7 GHz 30 28 24
@8 GHz 30 28 24
@11 GHz 28 26 21
@13 GHz 26 23 18
@15 GHz 26 23 18
@18 GHz 25.5 22 17
@23 GHz 25 22 17
@26 GHz 25 22 17
@32 GHz 23 21 16
@38 GHz 23 20 16
Nominal minimum transmit power (dBm)
@7 GHz 9
@8 GHz 9
@11 GHz 6
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Performance Item
QPSK 16QAM/32QAM 64QAM/128QAM
@13 GHz 3
@15 GHz 3
@18 GHz 2
@23 GHz 2
@26 GHz 2
@32 GHz 1
@38 GHz 1
Nominal maximum receive power (dBm)
–20
Frequency stability (ppm) ±5
Table 8-13 Transceiver performance (LP ODUs)
Performance Item
QPSK 16QAM
Nominal maximum transmit power (dBm)
@7 GHz 27 21
@13 GHz 25 19
@15 GHz 23.5 17.5
@18 GHz 23 17
@23 GHz 23 17
Nominal minimum transmit power (dBm) 0
Nominal maximum receive power (dBm) –20
Frequency stability (ppm) ±5
Anti-Multipath Fading Performance
Table 8-14 Anti-multipath fading performance
Item Performance
STM-1/128QAM W-curve See Figure 8-1.
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STM-1/128QAM dispersion fading margin 51 dB
Figure 8-1 W-curve
IF Performance
Table 8-15 IF performance
Item Performance
IF signal
Transmit frequency of the IF board (MHz) 350
Receive frequency of the IF board (MHz) 140
Impedance (ohm) 50
ODU O&M signal
Modulation scheme ASK
Transmit frequency of the IF board (MHz) 5.5
Receive frequency of the IF board (MHz) 10
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Baseband Signals Processing Performance of the Modem
Table 8-16 Baseband signals processing performance of the modem
Item Performance
Encoding mode Reed-Solomon (RS) encoding for PDH signals Trellis-coded modulation (TCM) and RS two-level encoding for SDH signals
Adaptive time-domain equalizer for baseband signals
Consisting of the 24-tap feed forward equalizer filter and the 3-tap decision feedback equalizer (IF1A, IF1B, and IFX) Consisting of the 12-tap feed forward equalizer filter and the 3-tap decision feedback equalizer (IF0A, IF0B, and IDU 605)
8.2 Equipment Reliability Equipment reliability includes the IDU and ODU reliability and the link reliability.
Table 8-17 Component reliability (i)
Performance Item
IDU 605 1A/1B IDU 605 2B IDU 610
MTBF (h) 66.39x104 93.57x104 50.62x104
MTTR (h) 1 1 1
Availability 99.99985% 99.99989% 99.9998%
Table 8-18 Component reliability (ii)
Performance Item
IDU 620 (1+0 Non-protection Configuration)
IDU 620 (1+1 Protection Configuration)
ODU
MTBF (h) 75.8x104 212.2x104 48.18x104
MTTR (h) 1 1 1
Availability 99.99987% 99.99995% 99.99979%
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Table 8-19 Link reliability per hop (i)
Performance Item
IDU 605 1A/1B IDU 605 2B IDU 610
MTBF (h) 13.96x104 39.18x104 12.34x104
MTTR (h) 1 1 1
Availability 99.99928% 99.99974% 99.99919%
Table 8-20 Link reliability per hop (ii)
Performance Item
IDU 620 (1+0 Non-protection Configuration)
IDU 620 (1+1 Protection Configuration)
MTBF (h) 14.71x104 71.43x104
MTTR (h) 1 1
Availability 99.99932% 99.99986%
8.3 Interface Performance Interface performance consists of the performance of service interfaces and the performance of auxiliary interfaces.
STM-4 Optical Interface The performance of the STM-4 optical interface is compliant with ITU-T G.957. The following table provides the primary performance.
Table 8-21 STM-4 optical interface performance
Item Performance
Nominal bit rate (kbit/s) 622080
Classification code S-4.1 L-4.1 L-4.2
Fiber type Single-mode fiber
Single-mode fiber
Single-mode fiber
Transmission distance (km) 15 40 80
Operating wavelength (nm) 1274 to 1356 1280 to 1335 1480 to 1580
Mean launched power (dBm)
–15 to –8 –3 to 2 -3 to 2
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Receiver minimum sensitivity (dBm)
–28 –28 –28
Minimum overload (dBm) –8 –8 –8
Minimum extinction ratio (dB)
8.2 10 10
SDH optical interface boards use SFP modules for providing optical interfaces. You can use different types of SFP modules to provide optical interfaces with different classification codes and transmission distances.
STM-1 Optical Interface The performance of the STM-1 optical interface is compliant with ITU-T G.703. The following table provides the primary performance.
Table 8-22 STM-1 optical interface performance
Item Performance
Nominal bit rate (kbit/s)
155520
Classification code Ie-1 S-1.1 L-1.1 L-1.2
Fiber type Multi-mode fiber
Single-mode fiber
Single-mode fiber
Single-mode fiber
Transmission distance (km)
2 15 40 80
Operating wavelength (nm)
1270 to 1380
1261 to 1360 1280 to 1335 1480 to 1580
Mean launched power (dBm)
–19 to –14 –15 to –8 –5 to 0 –5 to 0
Receiver minimum sensitivity (dBm)
–30 –28 –34 –34
Minimum overload (dBm)
–14 –8 –10 –10
Minimum extinction ratio (dB)
10 8.2 10 10
SDH optical interface boards use SFP modules for providing optical interfaces. You can use different types of SFP modules to provide optical interfaces with different classification codes and transmission distances.
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STM-1 Electrical Interface The performance of the STM-1 electrical interface is compliant with ITU-T G.703. The following table provides the primary performance.
Table 8-23 STM-1 electrical interface performance
Item Performance
Nominal bit rate (kbit/s) 155520
Code pattern CMI
Wire pair in each transmission direction One coaxial wire pair
Impedance (ohm) 75
E3/T3 Interface The performance of the E3/T3 interface is compliant with ITU-T G.703. The following table provides the primary performance.
Table 8-24 E3/T3 interface performance
Performance Item
E3 T3
Nominal bit rate (kbit/s) 34368 44736
Code pattern HDB3 B3ZS
Wire pair in each transmission direction One coaxial wire pair
Impedance (ohm) 75
E1 Interface The performance of the E1 interface is compliant with ITU-T G.703. The following table provides the primary performance.
Table 8-25 E1 interface performance
Item Performance
Nominal bit rate (kbit/s) 2048
Code pattern HDB3
Wire pair in each transmission direction
One coaxial wire pair
One symmetrical wire pair
Impedance (ohm) 75 120
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GE Optical Interface The performance of the GE optical interface is compliant with IEEE 802.3. The following table provides the primary performance.
Table 8-26 GE optical interface performance
Item Performance
Nominal bit rate (kbit/s)
1000
Classification code
1000Base-SX 1000Base-LX
Fiber type Multi-mode fiber
Single-mode fiber
Transmission distance (km)
0.55 10
Operating wavelength (nm)
770 to 860 1270 to 1355
Mean launched power (dBm)
–9.5 to 0 –9 to –3
Receiver minimum sensitivity (dBm)
–17 –19
Minimum overload (dBm)
0 –3
Minimum extinction ratio (dB)
9 9
Ethernet service processing boards use SFP modules for providing GE optical interfaces. You can use different types of SFP modules to provide GE optical interfaces with different classification codes and transmission distances.
10/100/1000BASE-T(X) Interface The 10/100/1000BASE-T(X) interface is compliant with IEEE 802.3. The following table provides the primary performance.
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Table 8-27 10/100/1000BASE-T(X) interface performance
Item Performance
Nominal bit rate (Mbit/s) 10 (10BASE-T) 100 (100BASE-TX) 1000 (1000BASE-T)
Code pattern Manchester encoding signal (10BASE-T) 4B/5B encoding signal (100BASE-TX) 4D-PAM5 encoding signal (1000BASE-T)
Interface type RJ-45
Ethernet service processing boards use SFP modules to provide 10/100/1000BASE-T(X) interfaces.
10/100BASE-T(X) Interface The 10/100BASE-T(X) interface is compliant with IEEE 802.3. The following table provides the primary performance.
Table 8-28 10/100BASE-T(X) interface performance
Item Performance
Nominal bit rate (Mbit/s) 10 (10BASE-T) 100 (100BASE-TX)
Code pattern Manchester encoding signal (10BASE-T) 4B/5B encoding signal (100BASE-TX)
Interface type RJ-45
Orderwire Interface
Table 8-29 Orderwire interface performance
Item Performance
Transmission path Uses the E1 and E2 bytes in the SDH overhead or the user-defined byte in the overhead of the microwave frame.
Orderwire type Addressing call
Wire pair in each transmission direction
One symmetrical wire pair
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Item Performance
Impedance (ohm) 600
The IDU 605 also supports the orderwire group call function. For example, when an IDU 605 calls the number of 888, the orderwire group call number, all the IDU 605 orderwire phones in the orderwire subnet ring until a phone is answered. Then, a point-to-point orderwire phone call is established.
Wayside Service Interface
Table 8-30 Wayside service interface performance
Item Performance
Transmission path Uses the user-defined byte in the overhead of the microwave frame.
Nominal bit rate (kbit/s) 2048
Wire pair in each transmission direction
One coaxial wire pair
Impedance (ohm) 75
Synchronous Data Interface
Table 8-31 Synchronous data interface performance
Item Performance
Transmission path Uses the F1 byte in the SDH overhead or the user-defined byte in the overhead of the microwave frame.
Nominal bit rate (kbit/s)
64
Interface type Codirectional
Interface characteristics
Meets the ITU-T G.703 standard.
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Asynchronous Data Interface
Table 8-32 Asynchronous data interface performance
Item Performance
Transmission path Uses the user-defined byte of the SDH overhead or the user-defined byte in the overhead of the microwave frame.
Nominal bit rate (kbit/s)
≤ 19.2
Interface characteristics
Meets the RS-232 standard.
8.4 Jitter Performance The output jitter performance at the SDH and PDH interface complies with relevant ITU-T recommendations.
Table 8-33 Jitter performance
Item Performance
Output jitter at SDH interface Compliant with ITU-T G.813/ITU-T G.825
Output jitter at PDH interface Compliant with ITU-T G.823/ITU-T G.783
8.5 Clock Timing and Synchronization Performance The clock timing performance and synchronization performance of the OptiX RTN 600 meet relevant ITU-T recommendations.
Table 8-34 Clock timing and synchronization performance
Item Performance
External synchronization source
2048 kbit/s (compliant with ITU-T G.703 §9), or 2048 kHz (compliant with ITU-T G.703 §13)
Frequency accuracy
Pull-in, hold-in, and pull-out ranges
Noise generation
Noise tolerance
Compliant with ITU-T G.813/ITU-T G.783
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Noise transfer
Transient response and holdover performance
8.6 Integrated System Performance Integrated system performance includes the dimensions, weight, power supply, power consumption, EMC, lightning protection, safety, and environment.
Dimensions
Table 8-35 Dimensions of the OptiX RTN 600
Component Dimensions
IDU 605 442 mm x 220 mm x 44 mm (width x depth x height)
IDU 610 442 mm x 220 mm x 44 mm (width x depth x height)
IDU 620 442 mm x 220 mm x 87mm (width x depth x height)
ODU < 280 mm x 92 mm x 280 mm (width x depth x height)
Weight and Power Consumption
Table 8-36 Weight and Power Consumption of the OptiX RTN 600
Component Typical Weight (kg) Typical Power Consumption (W)
IDU 605 2.3 (1+0 non-protection) 2.5 (1+1 protection)
17 (1+0 non-protection) 31 (1+1 protection)
IDU 610 3.8 (1+0 non-protection) 26.4 (1+0 non-protection)
IDU 620 6.7 (1+1 protection) 43.2 (1+1 protection)
ODU 4.2 (LP/SPA series ODU) 4.6 (SP series ODU) 4.6 (HP series ODU)
25 (LP/SPA series ODU) 28.8 (SP series ODU) 40 (HP series ODU)
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Power Supply
Table 8-37 Power supply of the OptiX RTN 600
Component Performance
IDU 605 l Compliant with ETSI EN300 132-2. l Supports two –48 V/–60 V (–38.4 V to –72 V) DC power inputs
(mutual backup).
IDU 610 l Compliant with ETSI EN300 132-2. l Supports one –48 V/–60 V (–38.4 V to –72 V) DC power input.
IDU 620 l Compliant with ETSI EN300 132-2. l Supports two –48 V/–60 V (–38.4 V to –72 V) DC power inputs
(mutual backup). l Supports 1+1 backup of the 3.3 V power unit.
ODU l Compliant with ETSI EN300 132-2. l The IDU provides one –48 V (–38.4 V to –72 V) DC power input.
EMC l Passes CE authentication. l Compliant with ETSI EN 301 489-1. l Compliant with ETSI EN 301 489-4. l Compliant with CISPR 22. l Compliant with EN 55022 CLASS B (when an IDU is installed in a outdoor BTS
cabinet).
Lightning Protection l Compliant with ITU-T K.27. l Compliant with ETSI EN 300 253.
Safety l Passes CE authentication. l Compliant with ETSI EN 60215. l Compliant with ETSI EN 60950. l Compliant with IEC 60825.
Environment The IDU is a unit used in a place that has weather protection and where the temperature can be controlled. The ODU is an outdoor unit.
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Table 8-38 Environment of the OptiX RTN 600
Component Item
IDU ODU
Operation Compliant with ETSI EN 300 019-1-3 class 3.2
Compliant with ETSI EN 300 019-1-4 class 4.1
Transportation Compliant with ETSI EN 300 019-1-2 class 2.3
Major reference standards
Storage Compliant with ETSI EN 300 019-1-1 class 1.2
Operation –5°C to +50°C –35°C to +55°C Air temperature
Transportation and storage
–40°C to +70°C
Relative humidity 5% to 95% 5% to 100%
Noise < 7.2 bel, compliant with ETSI EN 300 753 class 3.2 attended
-
Earthquake Compliant with Bellcore GR-63-CORE ZONE 4
Mechanical stress Compliant with ETSI EN 300 019
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A Frequency Information
& Note:
Frequency ranges shown are Tx signal frequencies lower / upper limits, that is, not the channel center frequencies. The lowest available channel center frequency is at least the lowest frequency shown plus one half of the selected channel spacing. The highest available channel center frequency is at most the maximum frequency shown minus one half of the selected channel spacing.
A.1 SP ODUs SP ODUs support the 7/8/11/13/15/18/23/26/38 GHz frequency band.
7 GHz Frequency Band
Table A-1 Frequency information of the 7 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
154 A 7,428.00 7,484.00 7,582.00 7,638.00
154 B 7,470.00 7,526.00 7,624.00 7,680.00
154 C 7,512.00 7,568.00 7,666.00 7,722.00
160 A 7,433.50 7,496.50 7,593.50 7,656.50
160 B 7,478.50 7,541.50 7,638.50 7,701.50
160 C 7,526.00 7,589.00 7,686.00 7,749.00
161 A 7,114.00 7,177.00 7,275.00 7,338.00
161 B 7,149.00 7,212.00 7,310.00 7,373.00
161 C 7,184.00 7,247.00 7,345.00 7,408.00
161 D 7,219.00 7,282.00 7,380.00 7,443.00
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Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
161 E 7,239.00 7,302.00 7,400.00 7,463.00
161 F 7,274.00 7,337.00 7,435.00 7,498.00
161 G 7,309.00 7,372.00 7,470.00 7,533.00
161 H 7,344.00 7,407.00 7,505.00 7,568.00
161 I 7,414.00 7,477.00 7,575.00 7,638.00
161 J 7,449.00 7,512.00 7,610.00 7,673.00
161 K 7,484.00 7,547.00 7,645.00 7,708.00
161 L 7,519.00 7,582.00 7,680.00 7,743.00
161 M 7,539.00 7,602.00 7,700.00 7,763.00
161 N 7,574.00 7,637.00 7,735.00 7,798.00
161 O 7,609.00 7,672.00 7,770.00 7,833.00
161 P 7,644.00 7,707.00 7,805.00 7,868.00
196 A 7,093.00 7,149.00 7,289.00 7,345.00
196 B 7,121.00 7,177.00 7,317.00 7,373.00
196 C 7,149.00 7,205.00 7,345.00 7,401.00
196 D 7,177.00 7,233.00 7,373.00 7,429.00
196 E 7,205.00 7,261.00 7,401.00 7,457.00
245 A 7,400.00 7,484.00 7,645.00 7,729.00
245 B 7,484.00 7,568.00 7,729.00 7,813.00
245 C 7,568.00 7,652.00 7,813.00 7,897.00
8 GHz Frequency Band
Table A-2 Frequency information of the 8 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
119.0/126.0 A 8,279.00 8,307.00 8,398.00 8,426.00
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Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
119.0/126.0 B 8,293.00 8,321.00 8,412.00 8,440.00
119.0/126.0 C 8,307.00 8,335.00 8,426.00 8,454.00
119.0/126.0 D 8,321.00 8,349.00 8,440.00 8,468.00
119.0/126.0 E 8,335.00 8,363.00 8,454.00 8,482.00
119.0/126.0 F 8,349.00 8,377.00 8,468.00 8,496.00
266 A 7,905.00 8,024.00 8,171.00 8,290.00
266 B 8,017.00 8,136.00 8,283.00 8,402.00
311.32 A 7,731.00 7,867.00 8,042.00 8,178.00
311.32 B 7,835.00 7,971.00 8,146.00 8,282.00
11 GHz Frequency Band
Table A-3 Frequency information of the 11 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
490/500 A 10,700.00 10,890.00 11,200.00 11,390.00
490/500 B 10,855.00 11,045.00 11,355.00 11,545.00
490/500 C 11,010.00 11,200.00 11,510.00 11,700.00
530 A 10,675.00 10,855.00 11,205.00 11,385.00
530 B 10,795.00 10,975.00 11,325.00 11,505.00
530 C 10,915.00 11,135.00 11,445.00 11,665.00
530 D 11,035.00 11,215.00 11,565.00 11,745.00
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13 GHz Frequency Band
Table A-4 Frequency information of the 13 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
266 A 12,751.00 12,814.00 13,017.00 13,080.00
266 B 12,807.00 12,870.00 13,073.00 13,136.00
266 C 12,863.00 12,926.00 13,129.00 13,192.00
266 D 12,919.00 12,982.00 13,185.00 13,248.00
15 GHz Frequency Band
Table A-5 Frequency information of the 15 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
315/322 A 14,627.00 14,746.00 14,942.00 15,061.00
315/322 B 14,725.00 14,844.00 15,040.00 15,159.00
315/322 C 14,823.00 14,942.00 15,138.00 15,257.00
420 A 14,501.00 14,613.00 14,921.00 15,033.00
420 B 14,606.00 14,725.00 15,026.00 15,145.00
420 C 14,718.00 14,837.00 15,138.00 15,257.00
420 D 14,816.00 14,928.00 15,236.00 15,348.00
490 A 14,403.00 14,522.00 14,893.00 15,012.00
490 B 14,515.00 14,634.00 15,005.00 15,124.00
490 C 14,627.00 14,746.00 15,117.00 15,236.00
490 D 14,739.00 14,858.00 15,229.00 15,348.00
728 A 14,500.00 14,615.00 15,228.00 15,343.00
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18 GHz Frequency Band
Table A-6 Frequency information of the 18 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
1010.0/1008.0 A 17,685.00 17,985.00 18,695.00 18,995.00
1010.0/1008.0 B 17,930.00 18,230.00 18,940.00 19,240.00
1010.0/1008.0 C 18,180.00 18,480.00 19,190.00 19,490.00
1010.0/1008.0 D 18,400.00 18,700.00 19,410.00 19,710.00
1560.0 A 17,700.00 18,000.00 19,260.00 19,560.00
1560.0 B 17,840.00 18,140.00 19,400.00 19,700.00
1560.0 C 17,700.00 18,140.00 19,260.00 19,700.00
23 GHz Frequency Band
Table A-7 Frequency information of the 23 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
1,008.0 A 21,994.00 22,330.00 23,002.00 23,338.00
1,008.0 B 22,274.00 22,610.00 23,282.00 23,618.00
1,200.0 A 21,200.00 21,600.00 22,400.00 22,800.00
1,200.0 B 21,600.00 22,000.00 22,800.00 23,200.00
1,200.0 C 22,000.00 22,400.00 23,200.00 23,600.00
1,232.0 A 21,200.00 21,500.00 22,432.00 22,732.00
1,232.0 B 21,472.00 21,786.00 22,704.00 23,018.00
1,232.0 C 21,779.00 22,093.00 23,011.00 23,325.00
1,232.0 D 22,086.00 22,386.00 23,318.00 23,618.00
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26 GHz Frequency Band
Table A-8 Frequency information of the 26 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
1008 A 24,549.00 24,885.00 25,557.00 25,893.00
1008 B 24,829.00 25,165.00 25,837.00 26,173.00
1008 C 25,109.00 25,445.00 26,117.00 26,453.00
38 GHz Frequency Band
Table A-9 Frequency information of the 38 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
1260 A 37,044.00 37,632.00 38,304.00 38,892.00
1260 B 37,604.00 38,192.00 38,864.00 39,452.00
A.2 SPA ODUs SPA ODUs support the 6/7//13/15/18/23 GHz frequency band.
6 GHz Frequency Band
Table A-10 Frequency information of the 6 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
252.04 A 5,915.00 5,990.00 6,167.00 6,242.00
252.04 B 5,974.00 6,049.00 6,226.00 6,301.00
252.04 C 6,034.00 6,109.00 6,286.00 6,361.00
252.04 D 6,093.00 6,173.00 6,345.00 6,425.00
300 A 5,850.00 5,946.00 6,150.00 6,246.00
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Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
300 B 5,918.00 6,014.00 6,218.00 6,314.00
300 C 5,986.00 6,082.00 6,286.00 6,382.00
300 D 6,054.00 6,150.00 6,354.00 6,450.00
340 A 6,425.00 6,509.00 6,765.00 6,849.00
340 B 6,481.00 6,564.00 6,821.00 6,904.00
340 C 6,536.00 6,619.00 6,876.00 6,959.00
340 D 6,591.00 6,674.00 6,931.00 7,014.00
340 E 6,646.00 6,729.00 6,986.00 7,069.00
340 F 6,701.00 6,785.00 7,041.00 7,125.00
7 GHz Frequency Band
Table A-11 Frequency information of the 7 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
161 A 7,114.00 7,177.00 7,275.00 7,338.00
161 B 7,149.00 7,212.00 7,310.00 7,373.00
161 C 7,184.00 7,247.00 7,345.00 7,408.00
161 D 7,219.00 7,282.00 7,380.00 7,443.00
161 E 7,239.00 7,302.00 7,400.00 7,463.00
161 F 7,274.00 7,337.00 7,435.00 7,498.00
161 G 7,309.00 7,372.00 7,470.00 7,533.00
161 H 7,344.00 7,407.00 7,505.00 7,568.00
161 I 7,414.00 7,477.00 7,575.00 7,638.00
161 J 7,449.00 7,512.00 7,610.00 7,673.00
161 K 7,484.00 7,547.00 7,645.00 7,708.00
161 L 7,519.00 7,582.00 7,680.00 7,743.00
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Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
161 M 7,539.00 7,602.00 7,700.00 7,763.00
161 N 7,574.00 7,637.00 7,735.00 7,798.00
161 O 7,609.00 7,672.00 7,770.00 7,833.00
161 P 7,644.00 7,707.00 7,805.00 7,868.00
13 GHz Frequency Band
Table A-12 Frequency information of the 13 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
266 A 12,751.00 12,814.00 13,017.00 13,080.00
266 B 12,807.00 12,870.00 13,073.00 13,136.00
266 C 12,863.00 12,926.00 13,129.00 13,192.00
266 D 12,919.00 12,982.00 13,185.00 13,248.00
15 GHz Frequency Band
Table A-13 Frequency information of the 15 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
420 A 14,501.00 14,613.00 14,921.00 15,033.00
420 B 14,606.00 14,725.00 15,026.00 15,145.00
420 C 14,718.00 14,837.00 15,138.00 15,257.00
420 D 14,816.00 14,928.00 15,236.00 15,348.00
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18 GHz Frequency Band
Table A-14 Frequency information of the 18 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
1010.0/1008.0 A 17,685.00 17,985.00 18,695.00 18,995.00
1010.0/1008.0 B 17,930.00 18,230.00 18,940.00 19,240.00
1010.0/1008.0 C 18,180.00 18,480.00 19,190.00 19,490.00
1010.0/1008.0 D 18,400.00 18,700.00 19,410.00 19,710.00
23 GHz Frequency Band
Table A-15 Frequency information of the 23 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
1,232.0 A 21,200.00 21,500.00 22,432.00 22,732.00
1,232.0 B 21,472.00 21,786.00 22,704.00 23,018.00
1,232.0 C 21,779.00 22,093.00 23,011.00 23,325.00
1,232.0 D 22,086.00 22,386.00 23,318.00 23,618.00
A.3 HP ODUs HP ODUs support the 7/8/11/13/15/18/23/26/32/38 GHz frequency band.
For the time when the various types of HP series ODUs are available, contact Huawei.
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7 GHz Frequency Band
Table A-16 Frequency information of the 7 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
154 A 7,428.00 7,484.00 7,582.00 7,638.00
154 B 7,470.00 7,526.00 7,624.00 7,680.00
154 C 7,512.00 7,568.00 7,666.00 7,722.00
160 A 7,433.50 7,496.50 7,593.50 7,656.50
160 B 7,478.50 7,541.50 7,638.50 7,701.50
160 C 7,526.00 7,589.00 7,686.00 7,749.00
161 A 7,114.00 7,177.00 7,275.00 7,338.00
161 B 7,149.00 7,212.00 7,310.00 7,373.00
161 C 7,184.00 7,247.00 7,345.00 7,408.00
161 D 7,219.00 7,282.00 7,380.00 7,443.00
161 E 7,239.00 7,302.00 7,400.00 7,463.00
161 F 7,274.00 7,337.00 7,435.00 7,498.00
161 G 7,309.00 7,372.00 7,470.00 7,533.00
161 H 7,344.00 7,407.00 7,505.00 7,568.00
161 I 7,414.00 7,477.00 7,575.00 7,638.00
161 J 7,449.00 7,512.00 7,610.00 7,673.00
161 K 7,484.00 7,547.00 7,645.00 7,708.00
161 L 7,519.00 7,582.00 7,680.00 7,743.00
161 M 7,539.00 7,602.00 7,700.00 7,763.00
161 N 7,574.00 7,637.00 7,735.00 7,798.00
161 O 7,609.00 7,672.00 7,770.00 7,833.00
161 P 7,644.00 7,707.00 7,805.00 7,868.00
168 A 7,443.00 7,499.00 7,611.00 7,667.00
168 B 7,485.00 7,541.00 7,653.00 7,709.00
168 C 7,527.00 7,583.00 7,695.00 7,751.00
196 A 7,093.00 7,149.00 7,289.00 7,345.00
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Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
196 B 7,121.00 7,177.00 7,317.00 7,373.00
196 C 7,149.00 7,205.00 7,345.00 7,401.00
196 D 7,177.00 7,233.00 7,373.00 7,429.00
196 E 7,205.00 7,261.00 7,401.00 7,457.00
245 A 7,400.00 7,484.00 7,645.00 7,729.00
245 B 7,484.00 7,568.00 7,729.00 7,813.00
245 C 7,568.00 7,652.00 7,813.00 7,897.00
8 GHz Frequency Band
Table A-17 Frequency information of the 8 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
119.0/126.0 A 8,279.00 8,307.00 8,398.00 8,426.00
119.0/126.0 B 8,293.00 8,321.00 8,412.00 8,440.00
119.0/126.0 C 8,307.00 8,335.00 8,426.00 8,454.00
119.0/126.0 D 8,321.00 8,349.00 8,440.00 8,468.00
119.0/126.0 E 8,335.00 8,363.00 8,454.00 8,482.00
119.0/126.0 F 8,349.00 8,377.00 8,468.00 8,496.00
151.614 A 8,203.00 8,271.00 8,355.00 8,423.00
151.614 B 8,240.00 8,308.00 8,392.00 8,460.00
151.614 C 8,277.00 8,345.00 8,429.00 8,497.00
208 A 8,043.00 8,113.00 8,251.00 8,321.00
208 B 8,099.00 8,169.00 8,307.00 8,377.00
208 C 8,155.00 8,225.00 8,363.00 8,433.00
208 D 8,211.00 8,281.00 8,419.00 8,489.00
266 A 7,905.00 8,024.00 8,171.00 8,290.00
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Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
266 B 8,017.00 8,136.00 8,283.00 8,402.00
311.32 A 7,731.00 7,867.00 8,042.00 8,178.00
311.32 B 7,835.00 7,971.00 8,146.00 8,282.00
11 GHz Frequency Band
Table A-18 Frequency information of the 11 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
490/500 A 10,700.00 10,890.00 11,200.00 11,390.00
490/500 B 10,855.00 11,045.00 11,355.00 11,545.00
490/500 C 11,010.00 11,200.00 11,510.00 11,700.00
530 A 10,675.00 10,855.00 11,205.00 11,385.00
530 B 10,795.00 10,975.00 11,325.00 11,505.00
530 C 10,915.00 11,135.00 11,445.00 11,665.00
530 D 11,035.00 11,215.00 11,565.00 11,745.00
13 GHz Frequency Band
Table A-19 Frequency information of the 13 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
266 A 12,751.00 12,814.00 13,017.00 13,080.00
266 B 12,807.00 12,870.00 13,073.00 13,136.00
266 C 12,863.00 12,926.00 13,129.00 13,192.00
266 D 12,919.00 12,982.00 13,185.00 13,248.00
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15 GHz Frequency Band
Table A-20 Frequency information of the 15 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
315/322 A 14,627.00 14,746.00 14,942.00 15,061.00
315/322 B 14,725.00 14,844.00 15,040.00 15,159.00
315/322 C 14,823.00 14,942.00 15,138.00 15,257.00
420 A 14,501.00 14,613.00 14,921.00 15,033.00
420 B 14,606.00 14,725.00 15,026.00 15,145.00
420 C 14,718.00 14,837.00 15,138.00 15,257.00
420 D 14,816.00 14,928.00 15,236.00 15,348.00
475 A 14,500.00 14,668.00 14,975.00 15,143.00
475 B 14,660.00 14,828.00 15,135.00 15,303.00
475 C 14,783.00 14,883.00 15,258.00 15,358.00
490 A 14,403.00 14,522.00 14,893.00 15,012.00
490 B 14,515.00 14,634.00 15,005.00 15,124.00
490 C 14,627.00 14,746.00 15,117.00 15,236.00
490 D 14,739.00 14,858.00 15,229.00 15,348.00
640 A 14,500.00 14,610.00 15,140.00 15,250.00
640 B 14,605.00 14,715.00 15,245.00 15,355.00
644 A 14,400.00 14,512.00 15,044.00 15,156.00
644 B 14,498.00 14,610.00 15,142.00 15,254.00
644 C 14,596.00 14,708.00 15,240.00 15,352.00
728 A 14,500.00 14,615.00 15,228.00 15,343.00
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18 GHz Frequency Band
Table A-21 Frequency information of the 18 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
1010.0/1008.0 A 17,685.00 17,985.00 18,695.00 18,995.00
1010.0/1008.0 B 17,930.00 18,230.00 18,940.00 19,240.00
1010.0/1008.0 C 18,180.00 18,480.00 19,190.00 19,490.00
1010.0/1008.0 D 18,400.00 18,700.00 19,410.00 19,710.00
1560.0 A 17,700.00 18,000.00 19,260.00 19,560.00
1560.0 B 17,840.00 18,140.00 19,400.00 19,700.00
1560.0 C 17,700.00 18,140.00 19,260.00 19,700.00
23 GHz Frequency Band
Table A-22 Frequency information of the 23 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
1,008.0 A 21,994.00 22,330.00 23,002.00 23,338.00
1,008.0 B 22,274.00 22,610.00 23,282.00 23,618.00
1,200.0 A 21,200.00 21,600.00 22,400.00 22,800.00
1,200.0 B 21,600.00 22,000.00 22,800.00 23,200.00
1,200.0 C 22,000.00 22,400.00 23,200.00 23,600.00
1,232.0 A 21,200.00 21,500.00 22,432.00 22,732.00
1,232.0 B 21,472.00 21,786.00 22,704.00 23,018.00
1,232.0 C 21,779.00 22,093.00 23,011.00 23,325.00
1,232.0 D 22,086.00 22,386.00 23,318.00 23,618.00
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26 GHz Frequency Band
Table A-23 Frequency information of the 26 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
800 A 24,250.00 24,450.00 25,050.00 25,250.00
1008 A 24,549.00 24,885.00 25,557.00 25,893.00
1008 B 24,829.00 25,165.00 25,837.00 26,173.00
1008 C 25,109.00 25,445.00 26,117.00 26,453.00
32 GHz Frequency Band
Table A-24 Frequency information of the 32 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
812 A 31,815.00 32,207.00 32,627.00 33,019.00
812 B 32,179.00 32,571.00 32,991.00 33,383.00
38 GHz Frequency Band
Table A-25 Frequency information of the 38 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
700 A 38,595.00 38,805.00 39,295.00 39,505.00
700 B 38,795.00 39,005.00 39,495.00 39,705.00
700 C 38,995.00 39,205.00 39,695.00 39,905.00
700 D 39,195.00 39,405.00 39,895.00 40,105.00
1260 A 37,044.00 37,632.00 38,304.00 38,892.00
1260 B 37,604.00 38,192.00 38,864.00 39,452.00
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A.4 LP ODUs LP ODUs support the 7/13/15/18/23 GHz frequency band.
For the time when the various types of LP series ODUs are available, contact Huawei.
7 GHz Frequency Band
Table A-26 Frequency information of the 7 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
161 A 7,114.00 7,177.00 7,275.00 7,338.00
161 B 7,149.00 7,212.00 7,310.00 7,373.00
161 C 7,184.00 7,247.00 7,345.00 7,408.00
161 D 7,219.00 7,282.00 7,380.00 7,443.00
161 E 7,239.00 7,302.00 7,400.00 7,463.00
161 F 7,274.00 7,337.00 7,435.00 7,498.00
161 G 7,309.00 7,372.00 7,470.00 7,533.00
161 H 7,344.00 7,407.00 7,505.00 7,568.00
161 I 7,414.00 7,477.00 7,575.00 7,638.00
161 J 7,449.00 7,512.00 7,610.00 7,673.00
161 K 7,484.00 7,547.00 7,645.00 7,708.00
161 L 7,519.00 7,582.00 7,680.00 7,743.00
161 M 7,539.00 7,602.00 7,700.00 7,763.00
161 N 7,574.00 7,637.00 7,735.00 7,798.00
161 O 7,609.00 7,672.00 7,770.00 7,833.00
161 P 7,644.00 7,707.00 7,805.00 7,868.00
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13 GHz Frequency Band
Table A-27 Frequency information of the 13 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
266 A 12,751.00 12,814.00 13,017.00 13,080.00
266 B 12,807.00 12,870.00 13,073.00 13,136.00
266 C 12,863.00 12,926.00 13,129.00 13,192.00
266 D 12,919.00 12,982.00 13,185.00 13,248.00
15 GHz Frequency Band
Table A-28 Frequency information of the 15 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
420 A 14,501.00 14,613.00 14,921.00 15,033.00
420 B 14,606.00 14,725.00 15,026.00 15,145.00
420 C 14,718.00 14,837.00 15,138.00 15,257.00
420 D 14,816.00 14,928.00 15,236.00 15,348.00
18 GHz Frequency Band
Table A-29 Frequency information of the 18 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
1010.0/1008.0 A 17,685.00 17,985.00 18,695.00 18,995.00
1010.0/1008.0 B 17,930.00 18,230.00 18,940.00 19,240.00
1010.0/1008.0 C 18,180.00 18,480.00 19,190.00 19,490.00
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1010.0/1008.0 D 18,400.00 18,700.00 19,410.00 19,710.00
23 GHz Frequency Band
Table A-30 Frequency information of the 23 GHz frequency band
Lower Sub-band Tx Frequency (MHz)
Higher Sub-band Tx Frequency (MHz)
T/R Spacing (MHz)
Sub-band
Lower Limit
Upper Limit
Lower Limit
Upper Limit
1,232 A 21,200.00 21,500.00 22,432.00 22,732.00
1,232 B 21,472.00 21,786.00 22,704.00 23,018.00
1,232 C 21,779.00 22,093.00 23,011.00 23,325.00
1,232 D 22,086.00 22,386.00 23,318.00 23,618.00
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