Aviat Eclipse Platform datasheet ETSI
Contents
1. 2dB 4dB PROTECTION CHANNEL 3 5 dB 3 6 dB 3 8 dB 4 dB 6 4 dB 6 6 dB 6 8 dB 7 dB 20W 30W 40W WEIGHT 6 4 kg 14 Lb 8 3 kg 18 7 lb ODU Protection Splitter Coupler RW ODU Protection Splitter Coupler P 555mm 22 0 in x 215mm 8 5 in x 75mm 3 0 in 535mm 21 0 in x 210mm 8 25 in x 100mm 4 0 in 7 5 kg 16 5 lb 9 0 kg 19 8 lb Eclipse ODUs are compact fully environmentally sealed units that are entirely independent of link capacity payload and modulation which can all be set completely under software control Wideband diplexers also provide a wide tuning range via software to increase flexibility and minimize sparing ODU options are available with differing maximum capacity and RF performance specifications All ODUs are designed to mount directly to the antenna and connect to the INU IDU by a single coaxial cable ODU300sp Delivers Standard Performance operation with both QPSK and 16QAM modulation and scalable capacity up to 40xE1 for TDM transport or 80 Mbit s of Ethernet data in licensed frequency bands from 7 to 38 GHz ODU300hp Delivers High Performance operation with QPSK to 256QAM modulation and scalable capacity up to 100xE1 or 2xSTM1 for TDM transport or 360 Mbit s of Ethernet data in licensed frequency bands from 6 to 38 GHz ODU300ep Delivers Extended Performance operation with QPSK to 256QAM modulation and scalable capacity up to 75xE1 or 2xSTM1 f2. Maximum Tuning Range Dependent Upon T R Spacing MHz 02 ANTENNA INTERFACE Waveguide Type Flange Type Mating Flange Type 03 SYSTEM GAIN 1 SYSTEM GAIN AT 10 BER 5xE1 10 Mbit s 10xE1 20 Mbit s 20xE1 40 Mbit s 5xE1 10 Mbit s 10xE1 20 Mbit s 16xE1 20xE1 40 Mbit sv 27xE1 50 Mbit s 50 Mbit s 32xE1 40xE1 80 Mbit s 52xE1 100 Mbit s 64xE1 79xE1 1xSTM1 150 Mbit s 1xSTM1 75xE1 4xE3 1xSTM1 150 Mbit s 1xSTM1 93xE1 100xE1 100xE1 200 Mbit s 200 Mbit s 250 Mbit s 2xSTM1 310Mbit s 2xSTM1 310Mbit s 360Mbit s 04 TRANSMITTER SPECIFICATIONS POWER OUTPUT NOMINAL 7 MHz 13 75 14 MHz 27 5 28 MHz 3 5 MHz 7 MHz 7 MHz 13 75 14 MHz 13 75 14 MHz 27 5 28 MHz 13 75 14 MHz 27 5 28 MHz 27 5 28 MHz 27 5 28 MHz 55 6 MHz 40 MHz 27 5 28 MHz 27 5 28 MHz 27 5 28 MHz 55 56 MHz 40 MHz 55 56 MHz 55 56 MHz 55 56 MHz 50 MHz 55 56 MHz QPSK QPSK QPSK 16QAM 16QAM 64 QAM 16 QAM 32 QAM 16 QAM 64 QAM 16 QAM 32 QAM 64 QAM 16 QAM 64 QAM 128 QAM 128 QAM 256 QAM 32 QAM 128 QAM 64 QAM 64 QAM 128 QAM 256 QAM 256 QAM QPSK 16 QAM 32 QAM 64 QAM 4 128 QAM 256 QAM 05 RECEIVER SPECIFICATIONS THRESHOLD AT 10 BER 5xE1 10 Mbit s 10xE1 20 Mbit s 20xE1 40 Mbit s 5xE1 10 Mbit s 10xE1 20 Mbit s 16xE1 30 Mbit s 20xE1 40 Mbit s 27xE1 50 Mbit s 50 Mbit s 32xE1 50 Mbit s 40xE1 80 Mbit s 52xE1 100 Mbit s 64xE1 75xE1 1xSTM1 150 Mbit s 1xSTM1 75xE1 4x
3. Non AM mode Non AM mode AM mode AM mode Capacities supported Modulations supported Capacities supported Modulations supported Power consumption 04 RAC 3X ODUs Supported Capacities Supported Modulations Supported Power Consumption 05 RAC 40 WITH XPIC ODUs Supported Capacities Supported Modulations Supported XPD Improvement XPIC Connectors Power Consumption 06 RAC 4X WITH XPIC ODUs Supported Capacities Supported Modulations Supported XPD Improvement XPIC Connectors Power Consumption SMA 311 MHz 8 0 to 12 0 dBm 126 MHz 8 to 27 dBm 2x Tri state Online Status 22mm 0 5RU x 130mm 5 1in x 268mm 10 6in lt 0 38 kg 0 84 lb Gas tube 150 V ODU300sp hp ep 5 10 16 20 32 40 52 64 75x E1 1x STM1 10 150 Mbit s Ethernet QPSK 16 32 64 128QAM 7W ODU300sp hp 5 10 16 20 32 40 52 64 75x E1 1x STM1 10 130 Mbit s Ethernet QPSK 16 32 64 128QAM 10 130 Mbit s Nx E1 Ethernet QPSK 16 64QAM 8 W ODU300hp ep 75 93 100x E1 1 2x STM1 150 310 Mbit s Ethernet 16 64 128 256QAM 11 W ODU300hp ep 52 64 75x E1 1x STM1 150 Mbit s Ethernet 32 64 128QAM 20 dB 2x SMB 14 W ODU300hp ep 75 93 100x E1 1x STM1 2xSTM1 150 310 Mbit s Ethernet 16 32 64 128 256QAM 20 dB 2x SMB 14 W All specifications are typical values unless otherwise stated and are subject to change without no
4. 16 QAM 128 QAM 41 76 24 48 52 49 1xSTM1 150Mbit s 167 0 16 QAM 64 QAM 128 QAM 41 62 30 53 24 39 52 52 49 93xE1 200Mbit s 208 8 256 QAM 26 10 46 100xE1 200Mbit s 229 4 32 QAM 128 QAM 45 88 32 77 51 50 200Mbit s 250 8 64 QAM 41 78 45 250 Mbit s 280 0 64 QAM 46 0 45 2xSTM1 310Mbit s 334 0 128 QAM 256 QAM 47 58 43 82 42 40 360 Mbit s 384 0 256 QAM 47 82 40 All specifications are typical values unless otherwise stated and are subject to change without notice 1 Frequency Diversity is supported by the INU INUe only for capacities of 10xE1 and above 2 Over full Extended Operating Temperature Eclipse may be subject to reduced performance Contact Aviat Networks for more details 3 Gross bit rate includes usable customer payload plus radio overhead for FEC NMS AUX traffic etc ECLIPSE TERMINAL INDOOR UNIT IDU OPTIONS 01 GENERAL Configuration Memory Removable 2 LED Indicators Line Interface E1 Electrical IF Cable Connector IF Interface Parameters Protection Connector Where Available Auxiliary Data Alarm 0 NMS LAN Interface Serial Maintenance Interface 2 Electrical Mechanical Standards Compliance Line Code Impedance Transmit Receive Aux Data Channels Interface Line Rate Configurable Connector Type External Alarm Inputs External Alarm Outputs Connector Type Type Connector Standard Speed Connector Input Voltage Range IDUsp 4x IDUsp 16x Power
5. 5 dB 102 5 dB 101 5 dB 98 5 dB 79 0 dB 93 5 dB 92 5 dB 17 0 dBm 15 0 dBm 91 0 dBm 90 5 dBm 88 5 dBm 87 5 dBm 85 5 dBm 84 5 dBm 83 5 dBm 80 5 dBm 78 5 dBm 77 5 dBm All specifications are referenced to the ODU antenna flange and are typical values unless otherwise stated and are subject to change without notice For Guaranteed values over time and operational range subtract 2 dB from Power Output add 2dB to Threshold values and subtract 4dB from System Gain values 1 System Gain amp Rx Threshold values are for BER 10 Values for BER 10 are improved by 1dB 23 GHZ 21 2 23 632 1008 1200 1232 370 R220 WR42 UBR220 PBR220 108 0 dB 107 5 dB 105 5 dB 104 5 dB 102 5 dB 101 5 dB 98 5 dB 95 5 dB 93 5 dB 92 5 dB 17 0 dBm 15 0 dBm 91 0 dBm 90 5 dBm 88 5 dBm 87 5 dBm 85 5 dBm 84 5 dBm 83 5 dBm 80 5 dBm 78 5 dBm 77 5 dBm 32 GHZ 31 8 33 4 812 370 R320 WR28 UBR320 PBR320 105 0 dB 104 5 dB 102 5 dB 101 5 dB 99 5 dB 98 5 dB 95 0 dB 92 0 dB 90 0 dB 89 0 dB 15 0 dBm 13 0 dBm 90 0 dBm 89 5 dBm 87 5 dBm 86 5 dBm 84 5 dBm 83 5 dBm 82 0 dBm 79 0 dBm 77 0 dBm 76 0 dBm AVIAT NETWORKS 38 GHZ 37 0 39 46 1260 340 R320 WR28 UBR320 PBR320 104 5 dB 103 5 dB 101 5 dB 101 0 dB 99 0 dB 98 0 dB 94 5 dB 91 5 dB 89 5 dB 88 5 dB 15 0 dBm 13 0 dBm 89 5 dBm 88 5 dBm 86 5 dBm 86 0 dBm 84 0
6. 75 14 MHz 64 QAM 75 5 dBm 75 5 dBm 75 5 dBm 75 0dBm 75 5 dBm 75 5 dBm 75 0 dBm 40xE1 80 Mbit s 27 5 28 MHz 16 QAM 79 0 dBm 79 5 dBm 79 5 dBm 79 0 dBm 79 0 dBm 79 0 dBm 79 0 dBm 52xE1 100 Mbit s 27 5 28 MHz 32 QAM 75 5 dBm 76 0 dBm 76 0 dBm 75 5 dBm 75 5 dBm 75 5 dBm 75 5 dBm 64xE1 27 5 28 MHz 64 QAM 72 5 dBm 72 5 dBm 72 5 dBm 72 0dBm 72 5 dBm 72 5 dBm 72 0 dBm 75xE1 1xSTM1 150 Mbit s 55 56 MHz 16 QAM 76 0 dBm 76 5 dBm 76 5dBm 76 0 dBm 76 0 dBm 1xSTM1 40 MHz 64 QAM 74 0 dBm 74 0 dBm 73 5 dBm 74 0dBm 75xE1 4xE3 1xSTM1 150 Mbit s 27 5 28 MHz 128 QAM 69 5 dBm 69 5 dBm 69 5 dBm 69 0 dBm 69 5 dBm 69 5dBm 69 0 dBm 1xSTM1 27 5 28 MHz 128 QAM 70 5 dBm 71 0 dBm 71 0 dBm 70 5 dBm 70 5 dBm 70 5 dBm 70 5 dBm 93XE1 27 5 28 MHz 256 QAM 65 0 dBm 65 5 dBm 65 5 dBm 65 0 dBm 65 0 dBm 65 0 dBm 65 0 dBm 100xE1 55 56 MHz 32 QAM 72 5 dBm 73 0 dBm 73 0 dBm 72 5 dBm 72 5 dBm 100xE1 200 Mbit s 40 MHz 128 QAM 68 0 dBm 68 5 dBm 68 0 dBm 68 0 dBm 200 Mbit s 55 56 MHz 64 QAM 72 0 dBm 72 0 dBm 72 0 dBm 72 0 dBm 71 5 dBm 250 Mbit s 55 56 MHz 64 QAM 68 5dBm 68 5 dBm 68 5dBm 68 5dBm 68 0 dBm 2xSTM1 310Mbit s 55 56 MHz 128 QAM 66 0 dBm 66 0dBm 66 0 dBm 66 0 dBm 65 5dBm 2xSTM1 310Mbit s 50 MHz 256 QAM 360Mbit s 55 56 MHz 256 QAM 62 5 dBm 62 5 dBm 62 5dBm 62 5dBm 62 0dBm AVIAT NETWORKS ODU300HP EP RF SPECIFICATIONS 218 GHZ 01 SYSTEM Frequency Range GHz T R Spacings Supported MHz
7. Consumption IDU 20x IDU 1550 IDU ES IDU GE 20x Protection Circuit Dimensions IDUsp 4x IDUsp 16x IDU GE 20x Weight IDU 20x IDU 1550 IDU ES IDUsp 4x IDUsp 16x IDU GE 20x IDU 20x IDU 1550 IDU ES 02 IDU STANDARD PERFORMANCE SP OPTIONS Capacity Options Configurable Modulation Traffic Connectors Configuration Options IDUSP 4X 4x 2 048 Mbit s E1 QPSK 4x RJ45 Non Protected 1 0 Only 03 IDU SUPER PDH AND SDH OPTIONS Capacity Options Configurable Modulation Options Configurable Traffic Connectors Configuration Options IDU 20X 5 10 20 40x 2 048 Mbit s E1 QPSK 16 to 64 QAM 20x RJ45 Non Protected 1 0 Protected Hot Standby 1 1 Protected Space Diversity 1 1 04 IDU ETHERNET OPTIONS Capacity Options Configurable by Downloadable License Modulation Options Configurable Ethernet Traffic Interface Electrical Ethernet Traffic Interface Optical Optional Frame Sizes Supported Wayside Traffic Channels Configuration Options IDU ES 10 20 30 40 50 80 100 150 200 Mbit s QPSK 16 32 64 128 256 QAM Interfaces 4x 10 100 baseT Connectors 4x 8 pin RJ45 Interfaces Connectors 64 to 1536 bytes Interfaces 8x 2 048 Mbit s E1 Connectors 8x RJ45 Non Protected 1 0 Up to 128 Mbyte CompactFlash Card Rear Access 2x Tri state LEDs IDU Status ODU Status Compliant to ITU T Rec G 703 6 823 HDB3 750 unbalanced or 1200 bala
8. dB 98 5dB 97 0 dB 20xE1 40 Mbit s 13 75 14 MHz 16 QAM 108 5 dB 109 0 dB 109 0 dB 106 0 dB 104 0 dB 103 0 dB 102 0 dB 27xE1 50 Mbit s 13 75 14 MHz 32 QAM 104 0 dB 104 5 dB 104 5dB 101 5 dB 99 5 dB 98 5 dB 97 5 dB 50 Mbit s 27 5 28 MHz 16 QAM 106 5 dB 107 0 dB 107 0 dB 104 0 dB 102 0 dB 101 0 dB 100 0 dB 32xE1 13 75 14 MHz 64 QAM 101 0 dB 101 0 dB 101 0 dB 98 0 dB 96 5 dB 95 5 dB 94 0 dB 40xE1 80 Mbit s 27 5 28 MHz 16 QAM 105 5 dB 106 0 dB 106 0 dB 103 0 dB 101 0 dB 100 0 dB 99 0 dB 52xE1 100 Mbit s 27 5 28 MHz 32 QAM 101 5 dB 102 0 dB 102 0 dB 99 0 dB 97 0 dB 96 0 dB 95 0 dB 64xE1 27 5 28 MHz 64 QAM 98 0 dB 97 0 dB 97 0 dB 94 0 dB 92 5 dB 91 5 dB 90 0 dB 75xE1 1xSTM1 150 Mbit s 55 6 MHz 16 QAM 102 5 dB 103 0 dB 103 0 dB 97 0 dB 96 0 dB 1xSTM1 40 MHz 64 QAM 99 5 dB 99 5 dB 96 5 dB 95 0 dB 75xE1 4xE3 1xSTM1 150 Mbit s 27 5 28 MHz 128 QAM 94 0 dB 94 0 dB 94 0 dB 91 0 dB 89 5 dB 88 5 dB 87 0 dB 1xSTM1 27 5 28 MHz 128 QAM 95 0 dB 95 5 dB 95 5 dB 92 5dB 90 5 dB 89 5 dB 88 5 dB 93xE1 27 5 28 MHz 256 QAM 89 5 dB 88 0 dB 88 0 dB 85 0 dB 83 0 dB 82 0 dB 81 0 dB 100xE1 55 56 MHz 32 QAM 98 5 dB 99 0 dB 99 0 dB 93 0 dB 92 0 dB 100xE1 200 Mbit s 40 MHz 128 QAM 72 5068 93 0 dB 90 0 dB 88 0 dB 200 Mbit s 55 56 MHz 64 QAM 98 0 dB 97 5 dB 97 5 dB 92 0dB 90 5 dB 250 Mbit s 55 56 MHz 64 QAM 97 5 dB 94 0 dB 94 0 dB 88 5 dB 87 0 dB 2xSTM1 310Mbit s 55 56 MHz 128 QAM 90 5 dB 90 5 dB 90 5 dB 85 0 dB 83 5 dB 2xSTM1 310Mbit s 50 MHz 256 QAM 360Mbit s 55 56 MHz 256 QA
9. dBm 65 5 dBm 67 0 dBm 61 5 dBm 69 5 dBm 68 5 dBm 65 0 dBm 62 0 dBm 59 5 dBm AVIAT NETWORKS 38 GHZ 37 0 39 46 1260 340 R320 WR28 UBR320 PBR320 106 0 dB 103 5 dB 100 5 dB 97 5 dB 97 5 dB 89 5 dB 94 5 dB 90 0 dB 92 5 dB 86 5 dB 91 5 dB 87 5 dB 82 5 dB 88 5 dB 79 0 dB 80 0 dB 72 0 dB 84 5 dB 83 0 dB 79 5 dB 75 5 dB 70 5 dB 17 5 dBm 15 5 dBm 15 0 dBm 14 5 dBm 13 5 dBm 11 5 dBm 88 5 dBm 86 0 dBm 83 0 dBm 84 5 dBm 82 0 dBm 75 0 dBm 79 0 dBm 75 0 dBm 77 0 dBm 72 0 dBm 76 0 dBm 72 5 dBm 69 0 dBm 73 0 dBm 65 5 dBm 66 5 dBm 60 5 dBm 69 5 dBm 68 5 dBm 65 0 dBm 62 0 dBm 59 0 dBm 11 WWW AVIATNETWORKS COM Aviat Aviat Networks and the Aviat logo are trademarks or registered trademarks of Aviat Networks Inc Eclipse NetBoss and ProVision are trademarks or registered trademarks of Aviat U S Inc Aviat Networks Inc 2007 2010 All Rights Reserved V l at V Data subject to change without notice NETWORKS _d_Ecli_ETSI_12Jan10v2 TL 9000 BUREAU VERITAS Certification NO 164329
10. 4 5 dB 102 0 dB 102 0 dB 94 0 dB 99 0 dB 94 5 dB 77 0 0B 91 0 dB 96 0 dB 92 0 dB 87 0 dB 93 0 dB 84 0 dB 85 5 dB 78 0 dB 89 0 dB 87 5 dB 84 0 dB 80 5 dB 76 5 dB 75 0 dB 19 5 dBm 17 5 dBm 17 0 dBm 16 5 dBm 15 5 dBm 13 5 dBm 91 0dBm 88 0 dBm 85 0 dBm 87 0 dBm 84 5 dBm 77 5 dBm 81 5 dBm 77 5 dBm 79 5 dBm 74 5 dBm 78 5 dBm 75 0 dBm 71 5 dBm 75 5 dBm 68 5 dBm 70 0 dBm 64 5dBm 72 0 dBm 71 0 dBm 67 5 dBm 65 0 dBm 63 0 dBm 61 5 dBm 26 GHZ 24 52 26 483 1008 360 R220 WR42 UBR220 PBR220 105 5 dB 102 5 dB 99 5 dB 97 0 dB 97 0 dB 89 0 dB 94 0 dB 89 5 dB 92 0 dB 86 0 dB 91 0 dB 87 0 dB 82 0 dB 88 0dB 79 0 dB 80 5 dB 72 0 dB 83 5 dB 82 0 dB 78 5 dB 75 5 dB 70 0 dB 15 5 dBm 13 5 dBm 13 0 dBm 12 5 dBm 11 5 dBm 9 5 dBm 90 0 dBm 87 0 dBm 84 0 dBm 86 0 dBm 83 5 dBm 76 5 dBm 80 5 dBm 76 5 dBm 78 5 dBm 73 5 dBm 77 5 dBm 74 0 dBm 70 5 dBm 74 5 dBm 67 5 dBm 69 0 dBm 62 5 dBm 70 5 dBm 69 5 dBm 66 0 dBm 64 0 dBm 60 5 dBm 28 GHZ 27 5 29 5 1008 360 R320 WR28 UBR320 PBR320 107 0 dB 104 5 dB 101 5 dB 98 5 dB 98 5 dB 90 5 dB 95 5 dB 91 0 dB 73 0 dB 87 5 dB 92 5 dB 88 5 dB 83 5 dB 89 5 dB 80 0 dB 81 0 dB 73 5 dB 85 5 dB 83 5 dB 80 5 dB 76 5 dB 71 5 dB 18 0 dBm 16 0 dBm 15 5 dBm 15 0 dBm 14 0 dBm 12 0 dBm 89 0 dBm 86 5 dBm 83 5 dBm 85 0 dBm 82 5 dBm 75
11. 5 dBm 79 5 dBm 75 5 dBm 77 5 dBm 72 5 dBm 76 5 dBm 73 0 dBm 69 5 dBm 73 5 dBm 66 0 dBm 67 0 dBm 61 5 dBm 70 0 dBm 69 0 dBm 65 5 dBm 62 5 dBm 59 5 dBm For Guaranteed values over time and operational range subtract 2 dB from Power Output add 2dB to Threshold values and subtract 4dB from System Gain values 1 ODU300ep version Switchable diplexer option also available but system gain is reduced by 4 dB 2 10GHz Power Output and System Gain specifications are reduced by 0 5dB 0 5dB and 1 0dB respectively for 91MHz T R option 3 System Gain amp Rx Threshold values are for BER 10 Values for BER 10 are improved by 1dB 4 Transmit Power Output values for 64xE1 64QAM will be reduced by 1dB from the 64QAM value indicated 5 High System Gain performance 1 5dB available on the RAC 30v3 optional and the RAC 40 standard 6 Use of 2xSTM1 single 56MHz channel operation in 6 to 13GHz bands is subject to local Regulatory approval 32 GHZ 31 8 33 4 812 370 R320 WR28 UBR320 PBR320 107 0 dB 104 0 dB 101 0 dB 98 0 dB 98 0 dB 90 0 dB 95 0 dB 90 5 dB 93 0 dB 87 0 dB 92 0 dB 88 0 dB 83 0 dB 89 0 dB 79 5 dB 81 0 dB 73 5 dB 85 0 dB 83 5 dB 80 0 dB 76 0 dB 71 5 dB 18 0 dBm 16 0 dBm 15 5 dBm 15 0 dBm 14 0 dBm 12 0 dBm 89 0 dBm 86 0 dBm 83 0 dBm 84 5 dBm 82 0 dBm 75 0 dBm 79 0 dBm 75 0 dBm 77 0 dBm 72 0 dBm 76 0 dBm 72 5 dBm 69 0 dBm 73 0
12. 6xE1 27 5 28 MHz QPSK 86 5 dBm 20xE1 40 Mbit s 27 5 28 MHz QPSK 85 5 dBm 10xE1 20 Mbit s 7 MHz 16 QAM 84 5 dBm 20xE1 40 Mbit s 13 75 14 MHz 16 QAM 81 5 dBm 50 Mbit s 27 5 28 MHz 16 QAM 79 5 dBm 40xE1 80 Mbit s 27 5 28 MHz 16 QAM 78 5 dBm 25 0 dBm 23 0 dBm 92 0 dBm 91 5 dBm 89 5 dBm 88 5 dBm 86 5 dBm 85 5 dBm 84 5 dBm 81 5 dBm 79 5 dBm 78 5 dBm 11 GHZ 10 7 11 7 490 530 165 R100 WR90 UDR100 PDR100 or CDR100 114 0 dB 113 5 dB 111 5 dB 110 5 dB 108 5 dB 107 5 dB 104 5 dB 101 5 dB 77 9 dB 98 5 dB 22 5 dBm 20 5 dBm 91 5 dBm 91 0 dBm 89 0 dBm 88 0 dBm 86 0 dBm 85 0 dBm 84 0 dBm 81 0 dBm 79 0 dBm 78 0 dBm 13 GHZ 12 75 13 25 266 84 R120 WR75 UBR120 PBR120 or CDR120 111 5 dB 111 0 dB 109 0 dB 108 0 dB 106 0 dB 105 0 dB 102 0 dB 99 0 dB 97 0 dB 96 0 dB 20 0 dBm 18 0 dBm 91 5 dBm 91 0 dBm 89 0 dBm 88 0 dBm 86 0 dBm 85 0 dBm 84 0 dBm 81 0 dBm 79 0 dBm 78 0 dBm 15 GHZ 14 4 15 35 315 420 490 644 728 245 R140 WR62 UBR140 PBR140 or CBR140 110 5 dB 110 0 dB 108 0 dB 107 0 dB 105 0 dB 104 0 dB 101 0 dB 98 0 dB 96 0 dB 95 0 dB 19 0 dBm 17 0 dBm 91 5 dBm 91 0 dBm 89 0 dBm 88 0 dBm 86 0 dBm 85 0 dBm 84 0 dBm 81 0 dBm 79 0 dBm 78 0 dBm 18 GHZ 17 7 19 7 1010 1092 5 1120 380 R220 WR42 UBR220 PBR220 108 0 dB 107 5 dB 105 5 dB 104
13. DAC 16x DAC 3xE3M DAC 2x155e E1 E3 STM1 STM1 Short Range S1 1 1261 to 1360 nm 15 to 8 dBm 1260 to 1600 nm 34 dBm 0 dBm 15km DAC ES 2 2 to 98 Mbit s 2 Mbit s Increments 4x 10 100 baseT 4x 8 pin RJ45 1x Tri state Status 64 to 1536 Bytes 1x Tri state Status lt 3W 22mm 0 5RU x 130mm 5 1in x 268mm 10 6in lt 0 34 kg 0 74 lb 1 to 4x 2 048 Mbit s E1 1 to 16x 2 048 Mbit s E1 1 to 2x 34 368 Mbit s E3 1x 155 52 Mbit s STM1 1 or 2x 155 52 Mbit s STM1 1 or 2x 155 52 Mbit s STM1 Compliant to ITU T Rec G 703 6 823 Compliant to ITU T Rec G 703 G 825 HDB3 CMI RJ45 48 Pin Mini RJ21 Slimline BNC BNC 750 unbalanced or 1200 balanced configurable 750 Unbalanced Compliant to ITU T Rec 6 957 G 825 Short Range S 1 1 SC 1261 to 1310 nm 15to 8 dBm 1100 to 1600 nm 34 dBm 7 dBm DAC 1550M 1x 155 52 Mbit s STM1 1x STM1 Interface to 63x E1 TDM Bus Mux Long Range L1 1 Intermediate Range IR LC Long Range L1 1 1260 to 1355 nm 5 to 0 dBm 1260 to 1600 nm 35 dBm 0 dBm 40 km Loop Time Clock Recovered from Received STM1 Local Reference Clock XO DAC GE 2 2 to 200 Mbit s 2 Mbit s Increments 155 or 311 Mbps 3x 10 100 1000 baseT 3x 8 pin RJ45 1x Optical IEEE 802 3z 1000 BASE LX 1x LC SFP 1270 to 1355 nm 9 5 to 3 dBm 1260 to 1610 nm 20 dBm 3 dBm 1x Tri state Status 64 to 9600 Bytes
14. E3 1xSTM1 150 Mbit s 1xSTM1 93xE1 100xE1 100xE1 200 Mbit s 200 Mbit s 250 Mbit s 2xSTM1 310Mbit s 2xSTM1 310Mbit s 360Mbit s All specifications are referenced to the ODU antenna flange and are typical values unless otherwise stated and are subject to change without notice 7 MHz 13 75 14 MHz 27 5 28 MHz 3 5 MHz 7 MHz 7 MHz 13 75 14 MHz 13 75 14 MHz 27 5 28 MHz 13 75 14 MHz 27 5 28 MHz 27 5 28 MHz 27 5 28 MHz 55 56 MHz 40 MHz 27 5 28 MHz 27 5 28 MHz 27 5 28 MHz 55 56 MHz 40 MHz 55 56 MHz 55 56 MHz 55 56 MHz 50 MHz 55 56 MHz QPSK QPSK QPSK 16 QAM 16 QAM 64 QAM 16 QAM 32 QAM 16 QAM 64 QAM 16 QAM 32 QAM 64 QAM 16 QAM 64 QAM 128 QAM 128 QAM 256 QAM 32 QAM 128 QAM 64 QAM 64 QAM 128 QAM 256 QAM 256 QAM 18 GHZ 177 127 1010 1092 5 1120 380 R220 WR42 UBR220 PBR220 110 5 dB 108 0 dB 105 0 dB 102 0 dB 102 0 dB 94 5 dB 99 0 dB 94 5 dB 97 0 dB 91 5 dB 96 0 dB 92 0 dB 87 5 dB 93 5 dB 84 5 dB 85 5 dB 78 0 dB 89 0 dB 88 0 dB 84 5 dB 81 0 dB 75 5 dB 19 5 dBm 17 5 dBm 17 0 dBm 16 5 dBm 15 5 dBm 13 5 dBm 91 0 dBm 88 5 dBm 85 5 dBm 87 0 dBm 84 5 dBm 78 0 dBm 81 5 dBm 77 5 dBm 79 5 dBm 75 0 dBm 78 5 dBm 75 0 dBm 72 0 dBm 76 0 dBm 69 0 dBm 70 0 dBm 64 5 dBm 72 0 dBm 71 5 dBm 68 0 dBm 65 5 dBm 62 0 dBm 23 GHZ 21 2 23 632 1008 1200 1232 370 R220 WR42 UBR220 PBR220 110 5 dB 107 5 dB 10
15. ETSI DATASHEET Aviat NETWORKS ECLIPSE POWERS WIRELESS BACKHAUL NETWORKS Eclipse combines all PDH SDH and Ethernet point to point wireless applications into a single product platform to dramatically reduce the total cost of using wireless backhaul and change the way networks are planned deployed and maintained ECLIPSE IS THE LEADING WIRELESS BACKHAUL SOLUTION AVAILABLE COMBINING A NUMBER OF COMPELLING FEATURES SOFTWARE DEFINED A highly scalable software driven architecture gives operators total control over their networks so they can adapt to changing conditions and anticipate future needs OPTIMIZED WIRELESS NODES The Eclipse nodal solution supports multiple outdoor units ODUs with built in traffic routing add and drop aggregation and concentration and selectable traffic interfaces including E1 E3 STM1 and 10 100 Base T and Gigabit Ethernet EFFICIENT TERMINAL OPTIONS Eclipse supports a number of simple application specific Indoor Units to provide cost efficient terminal solutions for the transport of E1 STM1 and Ethernet data SCALABLE CAPACITY ARCHITECTURE Only pay for the capacity you need today Super PDH capacity migration enables smooth network upgrades and expansion at minimal cost and service disruption HIGH SPEED DATA TRANSPORT Eclipse Liquid Bandwidth supports hybrid high speed native Ethernet IP plus TDM traffic over a single radio channel configurable bandwidth assignme
16. GENERAL ODU SPECIFICATIONS 01 GENERAL ODU300 SP ODU300 HP Frequency Band Options 7 8 11 13 15 18 23 L U6 7 8 10 11 13 15 32 38 GHz 18 23 26 28 32 38 GHz Capacity Support 4 to 40x E1 5 to 100x E1 1 to 2x STM1 10 80 Mbit s Ethernet 4 360 Mbit s Ethernet Modulation Support QPSK 16 QAM QPSK to 256 QAM Lightning Protection 02 IF SPECIFICATIONS Transmit Receive Intermediate Frequency INU IDU to ODU IF Cable Recommended CNT 300 Type CNT 400 Type 03 ODU INTERFACES IF Cable Connector AGC Monitor Point Antenna Port Interface 5 GHz 6 38 GHz Polarisation Field Selectable 5 GHz Standard 6 38 GHz Standard 6 38 GHz Optional Antenna Mounting 04 GENERAL TRANSMITTER SPECIFICATIONS Transmit Power Tolerance 5 to 26 GHz Transmitter Source 28 to 38 GHz Frequency Stability Manual Transmitter ODU300 sp hp Power Control Range QPSK 20 dB 16QAM 18 dB 32QAM 17 5 dB 64QAM 17dB 128QAM 16 dB 256QAM 14 dB Resolution Accuracy Automatic Transmitter Range Power Control Resolution Speed Transmitter Mute Channel Selection Synthesizer Resolution 05 GENERAL RECEIVER SPECIFICATIONS BER 1x10 BER 1x10 40 to 70 dBm 0 to 35 C 25 to 85 dBm 33 to 55 C Receiver Source Frequency Stability Receiver Overload Residual Background Bit Error Rate RSSI Accuracy 06 ADDITIONAL PROTECTION LOSSES FREQUENCY BAND 5 GHz 6 to 18 GHz 21 to 32 GHz 38 GHz 5 GHz 6 t
17. GHz EN 301 489 1 EN 301 489 4 EN 55022 Class A EN 301 489 1 EN 301 489 4 EN 55022 Class B ETS 300 019 Class 4 1 ETS 300 019 Class 3 1E ETS 300 019 Class 1 2 ETS 300 019 Class 2 3 IEC 60950 1 EN 60950 1 EN 302 217 2 2 IEC 60529 IPX6 IEC 61000 4 5 Class 5 GR 1089 CORE 4 11 Type 1 3 5 amp 6 Guaranteed 5 to 45 C 23 to 113 F Extended 5 to 55 C 23 to 131 F Guaranteed 33 to 55 C 27 to 131 F Extended 50 to 65 C 58 to 149 F Guaranteed 0 to 93 non condensing Guaranteed 0 to 100 Guaranteed 4 500 Meters 15 000 ft Ethernet 10 100 Base T or RS232 Bandwidth 3 5MHz 7MHz 13 75MHz 14MHz 27 5MHz 28MHz 55MHz 56MHz Emission Designator QPSK 3M50G7W 7M00G7W 13M75G7W 14M0G7W 27M5G7W 28M0G7W N A N A QAM 3M50D7W 7M00D7W 13M75D7W 14M0D7W 27M5D7W 28M0D7W 55MOD7W 56M0D7W 07 DISPERSIVE FADE MARGIN DFM CAPACITY MODULATION GROSS BIT RATE MBIT S MODULATION OPTIONS SYMBOL RATE MBAUD DFM DB 4xE1 9 4 QPSK 4 85 74 5 5xE1 10Mbit s 11 5 QPSK 16 QAM 5 79 2 9 75 78 8xE1 18 8 QPSK 9 35 71 5 10xE1 20Mbit s 22 8 QPSK 16 QAM 11 63 5 81 72 75 16xE1 30 Mbit s 37 6 QPSK 64 QAM 18 31 5 90 68 5 67 20xE1 40Mbit s 44 9 QPSK 16 QAM 22 94 11 47 68 59 27xE1 50 Mbit s 61 3 32 QAM 11 95 59 32xE1 50 Mbit s 71 2 16 QAM 64 QAM 18 15 12 00 64 64 40xE1 80Mbit s 88 9 16 QAM 22 69 66 52xE1 100Mbit s 116 6 32 QAM 23 72 54 64xE1 142 4 64 QAM 23 82 51 75xE1 150Mbit s 167 8
18. M 85 0 dB 85 0 dB 85 0 dB 79 5 dB 78 0 dB 04 TRANSMITTER SPECIFICATIONS POWER OUTPUT NOMINAL QPSK 30 5 dB 28 5 dBm 28 5 dBm 26 0 dBm 24 0 dBm 23 0 dBm 22 0 dBm 16 QAM 26 5 dB 26 5 dBm 26 5 dBm 24 0 dBm 22 0 dBm 21 0 dBm 20 0 dBm 32 QAM 26 0 dB 26 0 dBm 26 0 dBm 23 5 dBm 21 5 dBm 20 5 dBm 19 5 dBm 64 QAM 25 5 dB 25 5 dBm 25 5 dBm 23 0 dBm 21 0 dBm 20 0 dBm 19 0 dBm 128 QAM 24 5 dB 24 5 dBm 24 5 dBm 22 0 dBm 20 0 dBm 19 0 dBm 18 0 dBm 256 QAM 22 5 dB 22 5 dBm 22 5 dBm 20 0 dBm 18 0 dBm 17 0 dBm 16 0 dBm 05 RECEIVER SPECIFICATIONS THRESHOLD AT 10 BER 5xE1 10 Mbit s 7 MHz QPSK 91 5dBm 92 0dBm 92 0dBm 91 5dBm 91 5dBm 91 5 dBm 91 5dBm 10xE1 20 Mbit s 13 75 14 MHz QPSK 89 0 dBm 89 0 dBm 89 0 dBm 88 5dBm 89 0 dBm 89 0 dBm 88 5dBm 20xE1 40 Mbit s 27 5 28 MHz QPSK 86 0 dBm 86 0 dBm 86 0dBm 85 5 dBm 86 0 dBm 86 0dBm 85 5dBm 5xE1 10 Mbit s 3 5 MHz 16 QAM 88 0 dBm 88 0 dBm 88 0 dBm 87 5 dBm 87 5dBm 87 5dBm 87 5 dBm 10xE1 20 Mbit s 7 MHz 16 QAM 85 0 dBm 85 5 dBm 85 5 dBm 85 0 dBm 85 0dBm 85 0 dBm 85 0 dBm 16xE1 30 Mbit s 7 MHz 64 QAM 78 5 dBm 78 5 dBm 78 5 dBm 78 0 dBm 78 5 dBm 78 5 dBm 78 0 dBm 20xE1 40 Mbit s 13 75 14 MHz 16 QAM 82 0 dBm 82 5dBm 82 5dBm 82 0 dBm 82 0 dBm 82 0 dBm 82 0 dBm 27xE1 50 Mbit s 13 75 14 MHz 32 QAM 78 0 dBm 78 5dBm 78 5 dBm 78 0 dBm 78 0 dBm 78 0 dBm 78 0 dBm 50 Mbit s 27 5 28 MHz 16 QAM 80 0 dBm 80 5 dBm 80 5dBm 80 0 dBm 80 0 dBm 80 0 dBm 80 0 dBm 32xE1 50 Mbit s 13
19. S DAC DACs provide customer traffic access for full termination of payload traffic or partial add and drop node configurations 01 GENERAL LED Indicators Power Consumption Nominal DACs provide direct transparent mapping or optional multiplexing of TDM or Ethernet data from the INU backplane and are indepen dent of link or node capacity Weight Nominal Interface Configurable Electrical Interface Parameters DAC NxE1 DAC options provide either 4x E1 or 16x E1 interfaces per card Optical Interface Parameters DAC 3xE3M A configurable multi function DAC providing three transparent E3 interfaces two E13 interfaces multiplexing 16xE1 to 1xE3 on the front interface or two E3 channels for video ATM applications E3 car ried over concatenated 17xE1 per card 1 1 hot standby protectable ws F Interface Functionality Optical Interface Type Hot Swappable SFP DAC NxSTM1 SDH DAC options provide one or two optical 155 Mbps interfaces or two 155 Mbps electrical interfaces Optical Interface Parameters Timing Modes Configurable DAC 1x1550M SDH Multiplexer DAC which maps up to 63x E1 circuits to from the INU TDM Bus to an STM1 optical customer interface 1 1 hot standby protectable 04 ETHERNET DAC OPTIONS Transport Channels Throughput Capacity Per Channel Electrical Traffic Interface Electrical Ethernet Traffic Interface Optical Optical interface Param
20. d Data Access DAC Cards are added to provide required node functionality Node Controller Card NCC Provides node management and control primary DC power and interfaces for Portaland NMS A removable Compact Flash card holds configuration data and software License Node Protection Card NPC Provides redundancy for the NCC control and DC power supply functions for higher reliability nodes Fan Card FAN The FAN module includes two long life axial fans to provide forced air cooling The FAN card comes in two sizes One 1RU FAN is fitted in the INU one 2RU FAN is fitted in the INUe Auxiliary Services Card AUX The AUX card provides user configurable auxiliary data channels and alarm input output 1 0 options One or more AUX cards can be fitted to a node AVIAT NETWORKS ECLIPSE NODE INTELLIGENT NODE UNIT INU COMMON UNITS 01 IDC INDOOR CHASSIS 1RU Dedicated Plug in Card Slots Universal Plug in Card Slots Maximum Number of ODUs Supported Dimensions Including Mounting Brackets Weight 02 IDCE EXTENDED INDOOR CHASSIS 2RU Dedicated Plug in Card Slots Universal Plug in Card Slots Maximum Number of ODUs Supported Dimensions Including Mounting Brackets Weight 03 NCC NODE CONTROLLER CARD NMS LAN interface Serial Maintenance Interface Configuration Memory Removable Electrical Power consumption Including DC DC Efficiency LED Indicators Dimensions Including Front Pan
21. dBm 83 0 dBm 81 5 dBm 78 5 dBm 76 5 dBm 75 5 dBm 9 DATASHEET ECLIPSE ETSI ODU300HP EP RF SPECIFICATIONS s15 GHZ 01 SYSTEM 5 GHZ L6 U6GHZ 7 8 GHZ 10 GHZ I 11 GHZ 13 GHZ 15 GHZ Frequency Range GHz 4 4 5 0 5 925 6 425 7 125 7 9 10 0 10 68 10 7 11 7 12 75 13 25 14 4 15 35 6 425 7 11 7 725 8 5 T R Spacings Supported MHz 300 312 252 04 150 154 161 168 91 230 490 530 266 315 420 490 340 175 196 245 143 5 350 644 728 119 126 151 614 195 208 266 300 310 311 32 305 56 Maximum Tuning Range Dependent Upon T R Spacing MHz 56 56 56 140 165 165 84 245 02 ANTENNA INTERFACE Waveguide Type N A R70 WR137 R84 WR112 R100 WR90 R100 WR90 R120 WR75 R140 WR62 Flange Type Coax UDR70 UDR84 UDR100 UDR100 UBR120 UBR140 Mating Flange Type 7 16 DIN F PDR70 or PDR84 or PDR100 or PDR100 or PBR120 or PBR140 or CDR70 CDR84 CDR100 CDR100 CDR120 CBR140 03 SYSTEM GAIN SYSTEM GAIN AT 10 BER 5xE1 10 Mbit s 7 MHz QPSK 122 0 dB 120 5 dB 120 5 dB 117 5 dB 115 5 dB 114 5 dB 113 5 dB 10xE1 20 Mbit s 13 75 14 MHz QPSK 119 5 dB 117 5 dB 117 5 dB 114 5 dB 113 0 dB 112 0 dB 110 5 dB 20xE1 40 Mbit s 27 5 28 MHz QPSK 116 5 dB 114 5 dB 114 5 dB 111 5 dB 110 0 dB 109 0 dB 107 5 dB 5xE1 10 Mbit s 3 5 MHz 16QAM 114 5 dB 114 5 dB 112 0 dB 109 0 dB 107 0 dB 106 0 dB 105 0 dB 10xE1 20 Mbit s 7 MHz 16QAM 111 5 dB 112 0 dB 112 0 dB 109 0 dB 107 0 dB 106 0 dB 105 0 dB 16xE1 7 MHz 64 QAM 104 0 dB 104 0 dB 104 0 dB 101 0 dB 99 5
22. el and Rear Connector Weight 04 NPC NODE PROTECTION CARD Electrical Power Consumption Including DC DC Efficiency LED Indicators Dimensions Including Front Panel and Rear Connector Weight 05 FAN FAN CARD 1RU Fans LED Indicators Power Consumption Dimensions Including Front Panel and Rear Connector Weight 06 FAN FAN CARD 2RU Fans LED Indicators Power Consumption Dimensions Including Front Panel and Rear Connector Weight 07 AUX AUXILARY SERVICES CARD Aux Data Channels Interface Line Rate Aux Data Connector External Alarm Inputs External Alarm Outputs Alarms Connector LED Indicators Power Consumption Dimensions Including Front Panel and Rear Connector Weight Empty Empty Type Connector Standard Speed Connector DC Supply Input Range DC Fuse Type and Rating Over Voltage Protection Under Voltage Protection DC Connector DC Supply Input Range DC Fuse Type and Rating Over Voltage Protection Under Voltage Protection DC Connector Type 2 1x Red LED Fault lt 2W 2 NCC FAN 4 3 44mm 1RU x 482mm 19in x 282 5mm 11 1in 2 6 kg 5 8 lb 3 NCC NPC 1x2RU FAN or 2x 1RU FAN 9 6 88mm 2RU x 482mm 19in x 282 5mm 11 1in 4 8 kg 10 6 Lb 4 port 10 100baseT Hub 4x 8 pin RJ45 Complies to TIA EIA 561 1200 bit s to 115 2 kbit s 8 pin RJ45 Up to 128 Mbyte CompactFlash Card On board 40 5 to 60 VDC 25A Fast acting Ceramic Body Cartrid
23. eters DAC ES Provides 4x 100 Base T Fast Ethernet interfaces with configurable aggregate throughput capacity from 6 to 152 Mbps LED Indicators Frame Size Supported DAC GE Provides 3x 1000 Base T and one optical IEEE 802 3z 1000 Base LX Gigabit Ethernet interfaces with configurable aggregate throughput capacity up to 360 Mbps AVIAT NETWORKS Dimensions Including Front Panel and Rear Connector 02 TRANSPARENT DAC OPTIONS DAC 4x DAC 16x DAC 3xE3M DAC 1550 DAC 2x1550 DAC 2x155e Standards Compliance Line code Connectors Impedance Standards Compliance Optical Interface Connectors Tx Output Center Wavelength A Tx Average Optical Output Power P Rx Input Operating Center Wavelength A Rx Sensitivity P Rx Input Power Saturation P 03 SDH MULTIPLEXER DAC OPTIONS Optical Standard Optional Connectors Tx Output Center Wavelength A Tx Average Optical Output Power P Rx Input Operating Center Wavelength A Rx Sensitivity P Rx Input Power Saturation Po Maximum Range Nominal Interfaces Connectors Interfaces Connectors Tx Output Center Wavelength Tx Average Optical Output Power P Rx Input Operating Center Wavelength A Rx Sensitivity P Rx Input Power Saturation Pe 1 64 to 7000 bytes bidirectional 7000 to 9600 bytes unidirectional Electrical Electrical Electrical Optical Optical Electrical E1 E3 STM1 E1 E3 STM1 DAC 4x
24. ge lt 70 VDC 32 VDC 2 pin DSUB Power Type lt 4W 2x Tri state Test Status 22mm 0 5RU x 260mm 10 2in x 268mm 10 6in 0 6 kg 1 35 Lb 40 5 to 60 VDC 25A Fast acting Ceramic Body Cartridge lt 70 VDC 32 VDC 2 pin DSUB Power Type lt 4W 2x Tri state Protect Status 22mm 0 5RU x 130mm 5 1in x 268mm 10 6in 0 4 kg 0 88 lb 44mm 1RU x 40mm 1 6in x 264mm 10 4in 0 23 kg 0 5 lb 2 1x Red LED Fault lt 4W 88mm 2RU x 40mm 1 6in x 264mm 10 4in 0 46 kg 1 0 lb Asynchronous Synchronous TTL Inputs TTL Input Thresholds External Alarm Outputs All specifications are typical values unless otherwise stated and are subject to change without notice 3 RS232 or RS422 1 2 to 19 2 kbit s 64 kbit s High Density DSUB26 Up to 6 0 8V min low 2 0V min high Up to4 High Density DSUB15 1x Tri state Status lt 3W 22mm 0 5RU x 130mm 5 1in x 268mm 10 6in 0 35 kg 0 77 lb 1 For applications requiring additional alarm inputs or outputs multiple AUX cards can be installed if free INU INUe slots are available RADIO ACCESS CARDS RAC 01 GENERAL IF Connector IF Interface Transmit Receive LED Indicators Dimensions Including Front Panel and Rear Connector Weight Secondary Lightning Protection 02 RAC 30 ODUs Supported Capacities Supported Modulations Supported Power Consumption 03 RAC 30A ODUs Supported
25. nced configurable N Type 311 MHz 8 to 12 dBm 126 MHz 8 to 27 dBm 9 pin D SUB 1 RS232 or RS422 1 2 to 19 2 kbit s Asynchronous 64 kbit s Synchronous 9 pin D SUB 2x TTL 4x Form C Relay 15 pin D SUB 10 100baseT Ethernet 8 pin RJA5 Complies to TIA EIA 561 1 2 to 115 2 kbit s 8 pin RJ45 40 5 to 60 0 VDC 8W 12 W 5A Slow Blow Fuse 44mm 1RU x 482mm 19in x 240mm 9 4in 44mm 1RU x 482mm 19in x 277mm 10 9in 1 1 kg 2 5 lb 1 6 kg 3 5 Lb IDUSP 16X 4 8 16x 2 048 Mbit s E1 QPSK 16x RJ45 Non Protected 1 0 Protected Hot Standby 1 1 IDU 1550 1x 155 52 Mbit s STM1 16 64 128 QAM Sc Non Protected 1 0 Protected Hot Standby 1 1 Protected Space Diversity 1 1 IDU GE 20X 10 20 30 40 50 80 100 150 200 250 310 360 Mbit s QPSK 16 32 64 128 256 QAM 2x 10 100 1000 baseT 2x 8 pin RJ45 1x Optical IEEE 802 3z 1000 BASE LX ILC SFP 64 to 9600 bytes 20x 2 048 Mbit s E1 20x RJ45 Non Protected 1 0 Protected Hot Standby 1 1 Protected Space Diversity 1 1 All specifications are typical values unless otherwise stated and are subject to change without notice 1 AUX channel not supported by IDU GE 20x IDUsp 4x 16x supports 64kbps synchronous only 2 Not available for IDUsp 4x 16x 3 IDU 1 1 protection does not support hitless switching or diversity configurations 4 For IDU 1550 optical interface specifications refer to the Optical I
26. nt up to 360 Mbps with low latency built in Layer 2 operation service differentiation and Carrier Grade QoS features CONTROL AND INTELLIGENCE The Eclipse software suite enables advanced network control and intelligence through a suite of Java based Local and Network Management tools 2 DATASHEET ECLIPSE ETSI Eclipse has it covered whatever your wireless application e 5 to 38 GHz e PDH SDH and Ethernet e QPSK to 256 QAM e 4x E1 to 4x STM1 e 10 360 Mbit s Ethernet An array of flexible configuration choices including optional diversity and XPIC co channel support Secure and reliable operation in licensed frequency bands with full compliance to applicable FCC SRSP NTIA and ITU Standards Eclipse designs are hardened for maximum survivability in any and all installation environments Accelerated lifetime testing ensures reliable operation over the full 15 year equipment lifetime Java based Portal local management software and ProVision Element Management system are specifically designed to provide exceptional control for Eclipse wireless nodal networks Eclipse standard features include adaptive equalization and forward error correction with interleaving for superior performance in the most demanding propagation conditions AVIAT NETWORKS SYSTEM PARAMETERS 01 GENERAL Operating Frequency Range Digital Line Rate Capacity Range Options Modulation Options Fixed or Adapti
27. nterface Parameters under Transparent DAC Options 5 For IDU GE 20x optical interface specifications refer to the DAC GE Optical Interface Parameters 6 64 to 7000 bytes bidirectional 7000 to 9600 bytes unidirectional Eclipse Indoor Units provide a simple and economical solution for terminal configurations where support for only one radio path is required IDU options are available for software configurable transport of E1 STM1 and Ethernet traffic aS IDUsp 4x amp 16x Provides lowest cost termination of standard PDH link capacities of 4 8 and 16x E1 using QPSK modulation IDU 20x Supports software scalable enhanced PDH link capacities between 5 and 40x E1 IDU 1550 SDH IDU that enables transport of a single STM1 channel using selectable 16 64 or 128QAM modulation IDUES Combines 4x 10 100 baseT Ethernet traffic and up to 8xE1 wayside channels with programmable aggregate link speeds up to 200 Mbit s IDU GE 20x Combines 3x Gigabit Ethernet ports two electrical and one optical with up to 20xE1 TDM channels and programmable aggregate link speeds up to 360 Mbit s AVIAT NETWORKS 3 DATASHEET ECLIPSE ETSI The Eclipse Intelligent Node Unit INU and Extended INU INUe provide optimized wireless nodal networking supporting multiple radio paths from a single unit Each node consists of a standard Chassis equipped with common cards listed below Additional hot swappable Radio RAC an
28. o 18 GHz 21 to 32 GHz 38 GHz Splitter Option Coupler Option 07 ELECTRICAL Power Consumption Nominal ODU300sp hp ep 08 MECHANICAL ODU300sp hp ODU300ep SIZE HXWXD MAIN CHANNEL 3 5 dB 3 6 dB 3 8 dB 4 dB 1 5 dB 1 6 dB 1 8 dB 2 dB 287mm 11 3 in x 287mm 11 3 in x 119mm 4 7 in 287mm 11 3 in x 287mm 11 3 in x 175mm 6 9 in ODU300 EP 5 13 15 GHz 5 to 100x E1 1to 2x STM1 10 360 Mbit s Ethernet QPSK to 256 QAM ODU300hp standard internal ODU300sp ep optional external 311 MHz 126 MHz 0 3 Inch Copper Braid Solid Copper Centre Conductor 500 Maximum IF Cable Length 150 Meters 500 ft 0 4 Inch Copper Braid Copper Clad Aluminum Centre Conductor 500 Maximum IF Cable Length 300 Meters 1 000 ft N Type BNC Coax 7 16 DIN F Standard EIA Rectangular Waveguide Refer to ODU System Specifications Vertical Standard or Horizontal Remote Mount Via Coax Connection Proprietary Direct Mount for Antenna Diameters 0 3 to 1 8m 1 to 6ft Remote Mount for Antenna Diameters gt 1 8m gt 6ft Remote Mount Via Flex Elliptical Waveguide 2dB 3 dB Synthesized 10 ppm ODU300ep 5 GHz 30 dB 26 dB 25 5 dB 25 dB 24 dB 22 dB 0 1 dB Steps 2 dB Configurable Over Full Available Manual Attenuation Range 0 1 dB Steps 6 dB Per Second gt 50dB By Software Control Within Tuning Range of ODU 0 25 MHz Synthesized 10 ppm 22 dBm 20 dBm Better than 10
29. or TDM transport or 360 Mbit s of Ethernet data inthe 5 13 and 15 GHz licensed frequency bands AVIAT NETWORKS 7 Eclipse INU Eclipse INUe Eclipse ODUs AVIAT NETWORKS ODU300SP RF SPECIFICATIONS 01 SYSTEM 7 GHZ Frequency Range GHz 7 125 7 9 T R Spacings Supported MHz 150 154 161 168 175 196 245 Maximum Tuning Range Dependent 56 Upon T R Spacing MHz 02 ANTENNA INTERFACE Waveguide Type R84 WR112 Flange Type UDR84 Mating Flange Type PDR84 or CDR84 03 SYSTEM GAIN SYSTEM GAIN AT 10 BER 4xE1 7 MHz QPSK 117 0 dB 5xE1 10 Mbit s 7 MHz QPSK 116 5 dB 8xE1 13 75 14 MHz QPSK 114 5 dB 10xE1 20 Mbit s 13 75 14 MHz QPSK 113 5 dB 16xE1 27 5 28 MHz QPSK 111 5 dB 20xE1 40 Mbit s 27 5 28 MHz QPSK 110 5 dB 10xE1 20 Mbit s 7 MHz 16QAM 107 5 dB 20xE1 40 Mbit s 13 75 14 MHz 16 QAM 104 5 dB 50 Mbit s 27 5 28 MHz 16 QAM 102 5 dB 40xE1 80 Mbit s 27 5 28 MHz 16 QAM 101 5 dB 8 GHZ 7 125 8 5 119 126 151 614 208 266 300 310 3111 32 305 56 140 R84 WR112 UDR84 PDR84 or CDR84 117 0 dB 116 5 dB 114 5 dB 113 5 dB 111 5 dB 110 5 dB 107 5 dB 104 5 dB 102 5 dB 101 5 dB 04 TRANSMITTER SPECIFICATIONS POWER OUTPUT NOMINAL vQPSK 25 0 dBm 16 QAM 23 0 dBm 05 RECEIVER SPECIFICATIONS THRESHOLD AT 10 BER 4xE1 7 MHz QPSK 92 0 dBm 5xE1 10 Mbit s 7 MHz QPSK 91 5 dBm 8xE1 13 75 14 MHz QPSK 89 5 dBm 10xE1 20 Mbit s 13 75 14 MHz QPSK 88 5 dBm 1
30. tice 1 RAC Installation Kit includes 3 meter jumper cable SMA to N type 2 Not all possible combinations of capacities and modulations are supported Please refer to the Eclipse User Manual or System Description for full details RACs provide the conversion of TDM and Ethernet traffic for interfacing between the node and an ODU Functions include modulation demodulation FEC adaptive equalization IF conversion IF loopback and automatic protection switching for hot standby diversity and ring configurations RAC 30 Supports software configurable capacities up to 75x E1 or 1x STM1 modulations from QPSK to 128 QAM and bandwidths up to 30 MHz Compatible with all ODU300 types sp hp ep RAC 3X Supports capacity options requiring channel bandwidths greater than 30 MHz with modulations up to 256 QAM including higher capacities up to 2x STM1 Compatible ODU300hp ep RAC 40 Provides co channel operation with cross pole interference cancellation XPIC for selected capacity options with bandwidths up to 30 MHz and modulations to 128 QAM Compatible with all ODU300 types hp ep RAC 4x Combines the functions of the RAC 3X and RAC 40 cards by providing co channel operation with cross pole interference cancellation XPIC for selected capacity options with bandwidths up to 56 MHz and modulations to 256 QAM Compatible with ODU300hp ep AVIAT NETWORKS 6 DATASHEET ECLIPSE ETSI DATA ACCESS CARD
31. ve Error Correction Adaptive Equalization Except for IDUsp and IDUspe 02 RADIO PATH PROTECTION OPTIONS Non Protected 1 0 Protected Hot Standby 1 1 Space Diversity 1 1 Ring protection Super PDH Frequency Diversity 1 1 Dual Path Non Protected 2 0 Dual Path Protected 2 2 XPIC Optional XPIC Optional 03 STANDARDS COMPLIANCE EMC INU INUe IDU Operation ODUs Operation INU INUe IDU Storage Transportation Safety Radio Frequency ODU Water Ingress anu Lightning Protection 04 ENVIRONMENTAL Operating Temperature INU INUe IDU INU INUe IDU ODU ODU Humidity INU INUe IDU ODU Altitude 05 FAULT AND CONFIGURATION MANAGEMENT Protocol Interface Electrical Interface Physical RJ 45 Local Remote Configuration and Support Tool Performance Monitoring Routing Protocols Supported Network Management Engineering Orderwire SNMP v2 06 EMISSION DESIGNATOR Eclipse Portal To ITU T Rec 6 826 Static and Dynamic Routing RIP I RIP Il OSPF Aviat Networks ProVision or NetBoss Via Optional VolP Handset or External RS 422 Digital Orderwire Unit eg Ardax 5 to 38 GHz 2 048 Mbit s E1 34 368 Mbit s E3 155 52 Mbit s STM1 4x 5x 8x 10x 16x 20x 32x 40x 48x 52x 64x 75x 93x 100x E1 1x 2x 4x STM1 10 360 Mbit s Ethernet QPSK 16 32 64 128 256 QAM FEC Reed Solomon Decoding 24 tap T 2 Equalizer 5 to 38 GHz 5 to 38 GHz 5 to 38 GHz 5 to 38 GHz 5 to 38 GHz 5 to 38 GHz 5 to 38
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