Huawei RTN XMC ODU Product Description Download Page 12 | Manualshive

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Functions

The ODU, a microwave RF unit, has the function of frequency conversion and power
amplification. The ODU determines microwave frequencies of the transmitted and received
signals and is not affected by transmission service types such as the TDM Serivce and Ethernet
service.

The ODU supports the following features:

l

Various channel spacing.

l

Various modulation formats.

l

Adaptive modulation (AM) function.

l

Adjustment of TX/RX frequencies through software.

l

Adjustment of TX power through software.

l

Temperature detection.

l

TX power detection.

l

RX power detection.

l

Received Signal Strength Indicator (RSSI) interface:
The ODU has an RSSI interface, which indicates the RX power in voltage.

l

Mute transmission.

l

Automatic Transmit Power Control (ATPC).

l

Remote Transmission Power Control (RTPC).

l

Automatic Gain Control (AGC) function of received signals:
The ODU automatically adjusts the channel gain according to the level of received signals.

RTN XMC ODU
Product Description

2 Functions

Issue Draft A (2013-12-20)

Huawei Proprietary and Confidential

Copyright © Huawei Technologies Co., Ltd.

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Summary of Contents for RTN XMC ODU

Page 1: ...RTN XMC ODU V200 Product Description Issue Draft A Date 2013 12 20 HUAWEI TECHNOLOGIES CO LTD ...

Page 2: ...e within the purchase scope or the usage scope Unless otherwise specified in the contract all statements information and recommendations in this document are provided AS IS without warranties guarantees or representations of any kind either express or implied The information in this document is subject to change without notice Every effort has been made in the preparation of this document to ensur...

Page 3: ...nt Product Name Product Version RTN XMC ODU V200 Intended Audience This document is intended for l Field engineers l System engineers Change History This provides the changes of the RTN XMC ODU Product Description l Changes in Draft A 2013 12 20 This is Draft release Compared with issue V100 11 2013 12 20 this issue includes the following new information RTN XMC ODU Product Description About This ...

Page 4: ...cture This describes physical structure and logical structure of the ODU 4 Installation Mode The ODU can be installed on the antenna in two modes direct mounting mode and separate mounting mode 5 Technical Specifications This describes the technical specifications of the ODU The technical specifications of the ODU consist of performance integrated system reliability surge protection security EMC a...

Page 5: ...ns that may be found in this document are defined as follows Convention Description Times New Roman Normal paragraphs are in Times New Roman Boldface Names of files directories folders and users are in boldface For example log in as user root Italic Book titles are in italics Courier New Examples of information displayed on the screen are in Courier New Command Conventions The command conventions ...

Page 6: ...re in boldface and separated by the signs For example choose File Create Folder Keyboard Operations The keyboard operations that may be found in this document are defined as follows Format Description Key Press the key For example press Enter and press Tab Key 1 Key 2 Press the keys concurrently For example pressing Ctrl Alt A means the three keys should be pressed concurrently Key 1 Key 2 Press t...

Page 7: ...y and quickly without moving the pointer Drag Press and hold the primary mouse button and move the pointer to a certain position RTN XMC ODU Product Description About This Document Issue Draft A 2013 12 20 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd vi ...

Page 8: ... 6 Reliability Specifications 39 5 7 Surge Protection Specifications 39 5 8 Security Specifications 40 5 9 EMC and Protection Grounding Specifications 40 5 10 Environmental Specifications 40 5 10 1 Storage Environment 40 5 10 2 Transportation Environment 42 5 10 3 Operating Environment 43 6 Frequency Information 45 6 1 XMC 1 ODU 46 6 2 XMC 2 ODU 50 6 3 XMC 2H ODU 58 RTN XMC ODU Product Description...

Page 9: ...tallation and easy maintenance Position of the ODU in the System The ODU is located between the antenna system and the IDU The antenna system IDU and ODU compose the digital microwave transmission system Figure 1 1 shows the position of the ODU in the system RTN XMC ODU Product Description 1 Features Issue Draft A 2013 12 20 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd ...

Page 10: ...irection the ODU down converts and amplifies the RF signals from the antenna system into analog IF signals and transmits the analog IF signals to the IDU Uniform Interfaces The ODU developed by Huawei adopts the same physical interfaces and software communication protocol as Huawei IDU and supports the interconnection with devices of multiple models RTN XMC ODU Product Description 1 Features Issue...

Page 11: ...This simplifies the maintenance l An RSSI interface is provided to test the received signal strength through a multimeter l The wireless transmission KPIs such as the microwave output power and RSSI can be monitored through the network management system l Alarms and performance events are provided and can be controlled and managed by the IDU through the control channel connected to the IDU RTN XMC...

Page 12: ...es through software l Adjustment of TX power through software l Temperature detection l TX power detection l RX power detection l Received Signal Strength Indicator RSSI interface The ODU has an RSSI interface which indicates the RX power in voltage l Mute transmission l Automatic Transmit Power Control ATPC l Remote Transmission Power Control RTPC l Automatic Gain Control AGC function of received...

Page 13: ...transmitter duplexer control unit and power module 3 2 Logical Structure The ODU consists of the following logical subsystems multiplexer subsystem IF subsystem microwave subsystem duplexer subsystem control subsystem and power subsystem RTN XMC ODU Product Description 3 Product Structure Issue Draft A 2013 12 20 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 5 ...

Page 14: ...gure 3 1 Hardware structure of the ODU The ODU is composed of a microwave module and a power module l The microwave module comprises the multiplexer unit receiver transmitter and control unit Interface The ODU provides six interfaces as shown in Table 3 1 RTN XMC ODU Product Description 3 Product Structure Issue Draft A 2013 12 20 Huawei Proprietary and Confidential Copyright Huawei Technologies C...

Page 15: ... 383 U R400 42 GHz frequency band The antenna interface is a waveguide interface that is connected to an antenna a hybrid coupler an antenna adapter or a flexible waveguide IF interface N type female The IF interface is connected to the IDU through an IF cable RSSI interface BNC type female The received signal strength of the ODU can be calculated based on the voltage of the interface that is meas...

Page 16: ...ith the IDU interactive signals l IF subsystem This subsystem implements functions such as the frequency conversion filtering power amplification and AGC on the TX RX IF signals l Microwave subsystem This subsystem implements functions such as the frequency conversion filtering power amplification and AGC on the TX RX RF signals l Duplexer subsystem This subsystem implements functions such as ante...

Page 17: ...of the signals to be transmitted The multiplexer unit divides the input signals transmitted through the IF cable into the 350 MHz IF TX signals O M uplink signals and 48 V DC power signals The IF TX signals are processed as follows 1 The IF TX signals are up converted filtered and amplified to RF TX signals Then the RF TX signals are sent to the AMP unit 2 The AMP unit amplifies the power of the R...

Page 18: ... 4 The multiplexer unit combines the IF RX signals and O M downlink signals and then transmits the combined signals to the IDU through IF cable The CTRL unit performs the ASK modulation on the O M downlink signals to generate 10 MHz signals The modulated signals are transmitted to the multiplexer unit The CTRL unit provides the RSSI interface and monitors the RX level through the RSSI circuit RTN ...

Page 19: ...k of the antenna If two ODUs share one antenna one RF signal combiner divider hereinafter referred to as hybrid coupler should be added between the antenna and the ODU NOTE Use a hybrid coupler adaptive to the XMC ODU if two ODUs are configured with only one antenna installed in direct mounting mode Figure 4 1 shows the direct mounting mode Figure 4 1 Direct mounting mode RTN XMC ODU Product Descr...

Page 20: ...fix the ODU or hybrid coupler on the pole The ODU or hybrid coupler and the antenna are connected through a flexible wave guide Figure 4 2 shows the separate mounting mode using a single polarized antenna Figure 4 2 Separate mounting mode using a single polarized antenna Figure 4 3 shows the separate mounting mode using a dual polarized antenna RTN XMC ODU Product Description 4 Installation Mode I...

Page 21: ... 3 Separate mounting mode using a dual polarized antenna RTN XMC ODU Product Description 4 Installation Mode Issue Draft A 2013 12 20 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 13 ...

Page 22: ...grated system specifications of the ODU The integrated system specifications of the ODU consist of the dimensions weight power supply and power consumption 5 6 Reliability Specifications This describes the reliability specifications of the ODU The reliability specifications of the ODU consist of the average annual percentage of products sent back for repair fault detection rate fault isolation rat...

Page 23: ...al specifications of the ODU consist of the storage environment transportation environment and operating environment RTN XMC ODU Product Description 5 Technical Specifications Issue Draft A 2013 12 20 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 15 ...

Page 24: ...7 093 to 7 897 154 161 168 196 and 245 8 GHz From 7 731 to 8 497 119 126 151 614 208 266 and 311 32 11 GHz From 10 675 to 11 745 500 490 530 520 13 GHz From 12 751 to 13 248 266 15 GHz From 14 400 to 15 358 315 322 420 490 644 and 728 18 GHz From 17 685 to 19 710 1010 1008 1560 23 GHz From 21 200 to 23 618 1008 1200 and 1232 RF TX Channel Specifications Table 5 2 lists the RF TX channel specificat...

Page 25: ...peed 100 dB s Transmitter spurious emission_external setting the RBW by referring to the standards specified by the ETSI 50 dBm from 30 MHz to 21 2 GHz 30 dBm from 21 2 GHz to 80 GHz TX frequency stability from 33 C to 55 C 5 ppm NOTE When the T R spacing is 311 32 MHz or 151 614 MHz the frequency tolerance meets the requirement of the ETSI TX frequency aging speed 8 ppm 10 years TX spectrum mask ...

Page 26: ...2217 2 1 when the Huawei IDU test is conducted 20 dBm Maximum RX undamaged power 10 dBm Amplitude flatness within any 28 MHz bandwidth in the frequency band 1 dB Frequency stability from 33 C to 55 C 5 ppm Frequency aging speed 8 ppm 10 years Step size of the RX frequency 250 kHz RX noise figure 6 dB gain max 7 8 GHz frequency band 6 9 dB gain max 13 GHz frequency band 6 5 dB gain max 11 15 GHz fr...

Page 27: ... of the ODU XMC 1 ODU Item Specification Center frequency of the input IF 350 MHz Input power range of the IF interface From 22 dBm to 5 dBm Return loss of the IF interface 15 dB Center frequency of the RX IF 140 MHz Average output power of the RX IF 10 dBm when the RF input ranges from 90 dBm to 20 dBm Output power accuracy of the RX IF From 4 dB to 2 dB Bandwidth of the RX IF 3 5 7 14 28 MHz IF ...

Page 28: ... 13 GHz From 12 751 to 13 248 266 15 GHz From 14 400 to 15 358 315 322 420 490 644 and 728 18 GHz From 17 685 to 19 710 1010 1008 1092 5 1560 23 GHz From 21 200 to 23 618 1008 1200 and 1232 26 GHz From 24 250 to 26 453 1008 28 GHz From 27 520 to 29 481 1008 32 GHz From 31 815 to 33 383 812 38 GHz From 37 044 to 40 105 1260 42 GHz From 40 522 to 43 464 1500 RF TX Channel Specifications Table 5 7 an...

Page 29: ...6 MHz channel spacing l The 6 GHz 28 GHz and 32 GHz frequency bands do not support the 3 5 MHz channel spacing l Only the QPSK and 16QAM modulation modes can be used for the channel spacing of 3 5 MHz RTN XMC ODU Product Description 5 Technical Specifications Issue Draft A 2013 12 20 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 21 ...

Page 30: ... counter in each modulation format do not reduces l 6GHz QPSK 30dBm 16QAM 28dBm 32QAM 26 5dBm 64QAM 25dBm 128QAM 25dBm 256QAM 23dBm l 7GHz 8GHz QPSK 26 5dBm 16QAM 32QAM 25 5dBm 64QAM 128QAM 25dBm 256QAM 23dBm l 7GHz 2E 8GHz 2E QPSK 30dBm 16QAM 32QAM 26dBm 64QAM 128QAM 25dBm 256QAM 23dBm l 10GHz TR350MHz QPSK 26 5dBm 16QAM 32QAM 23 5dBm 64QAM 128QAM 21 5dBm 256QAM 19 5dBm l 10GHz TR91MHz QPSK 24 5d...

Page 31: ...Bm 256QAM 14dBm l 42GHz QPSK 16dBm 16QAM 32QAM 12dBm 64QAM 128QAM 11dBm 256QAM 9dBm Rated minimum TX power antenna interface 6 5 dBm 7 8 GHz frequency band 0 dBm 6 10 11 26 38 GHz frequency band 5 dBm 13 15 GHz frequency band 4 dBm 18 23 GHz frequency band 3 dBm 28 32 GHz frequency band 5 dBm 42 GHz frequency band TX power tolerance 2 dB from the rated minimum TX power to the rated maximum TX powe...

Page 32: ... GHz frequency band TX spectrum mask modulation signal Complying with the ETSI EN 302217 2 2 Step size of the TX frequency 250 kHz RFC requirement Complying with the ETSI EN 302217 2 2 Return loss of the TX RF interface within the TX frequency bandwidth 15 dB Amplitude flatness within any 56 MHz bandwidth in the frequency band 1 dB 6 7 8 15 23 GHz frequency band 1 5 dB 10 11 13 18 26 28 32 38 42 G...

Page 33: ... 56 MHz NOTE l The 10 GHz TR91MHz frequency band does not support the 40 MHz and the 56 MHz channel spacing RTN XMC ODU Product Description 5 Technical Specifications Issue Draft A 2013 12 20 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 25 ...

Page 34: ...is 40 MHz or 56 MHz the value of this counter in each modulation format reduces by 3 dB l When the working frequency is 7GHz 2E or 8GHz 2E and the channel spacing is 40 MHz or 56 MHz the value of this counter in each modulation format do not reduces l 6GHz QPSK QPSKSTRONG 30dBm 16QAM 16QAMSTRONG 28dBm 32QAM 26 5dBm 64QAM 25dBm 128QAM 25dBm 256QAM 23dBm 512QAM 512QAMLIGHT 21dBm 1024QAM 1024QAMLIGHT...

Page 35: ...16QAMSTRONG 24dBm 32QAM 24dBm 64QAM 23dBm 128QAM 23dBm 256QAM 21dBm 512QAM 512QAMLIGHT 20dBm 1024QAM 1024QAMLIGHT 18dBm l 15GHz QPSK QPSKSTRONG 25dBm 16QAM 16QAMSTRONG 24dBm 32QAM 24dBm 64QAM 23dBm 128QAM 23dBm 256QAM 21dBm 512QAM 512QAMLIGHT 21dBm 1024QAM 1024QAMLIGHT 19dBm l 18GHz QPSK QPSKSTRONG 24dBm 16QAM 16QAMSTRONG 23dBm 32QAM 23dBm 64QAM 22dBm RTN XMC ODU Product Description 5 Technical Sp...

Page 36: ...32QAM 21dBm 64QAM 20dBm 128QAM 20dBm 256QAM 17dBm 512QAM 512QAMLIGHT 17dBm 1024QAM 1024QAMLIGHT 15dBm l 28GHz QPSK QPSKSTRONG 25dBm 16QAM 16QAMSTRONG 22dBm 32QAM 21 5dBm 64QAM 19dBm 128QAM 19dBm 256QAM 17dBm 512QAM 512QAMLIGHT 15dBm 1024QAM 1024QAMLIGHT 13dBm l 32GHz QPSK QPSKSTRONG 23dBm 16QAM 16QAMSTRONG 21dBm 32QAM 19 5dBm 64QAM 17dBm 128QAM 17dBm RTN XMC ODU Product Description 5 Technical Spe...

Page 37: ... 38 GHz frequency band 5 dBm 13 15 GHz frequency band 4 dBm 18 23 GHz frequency band 3 dBm 28 32 GHz frequency band 5 dBm 42 GHz frequency band TX power tolerance 2 dB from the rated minimum TX power to the rated maximum TX power Step size of the TX power 0 5 dB TX power monitor accuracy 1 dB Anti attenuation speed 100 dB s Transmitter spurious emission_external setting the RBW by referring to the...

Page 38: ...ecifications Table 5 8 lists the RF RX channel specifications of the ODU NOTE l The enhancement modes QPSKSTRONG 16QAMSTRONG 512QAM 512QAMLIGHT 1024QAM and 1024QAMLIGHT can be implemented only when the IS3 mode of the intermediate frequency IF board is used in the 6 GHz 7 GHz 8 GHz 11 GHz 13 GHz 15 GHz 18 GHz 23 GHz 26 GHz 28 GHz 32 GHz 38 GHz and 42 GHz working frequencies l The enhancement modes...

Page 39: ...R spacing is 311 32 MHz or 151 614 MHz the frequency tolerance meets the requirement of the ETSI Frequency aging speed 1 5 ppm year 5 ppm 10 years 6 7 8 13 15 18 23 GHz frequency band 8 ppm 10 years 10 11 26 28 32 38 42 GHz frequency band Step size of the RX frequency 250 kHz RX noise figure 6 dB gain max 6 7 8 GHz frequency band 6 9 dB gain max 13 GHz frequency band 6 5 dB gain max 10GHz TR350MHz...

Page 40: ...cations Table 5 9 lists the IF specifications of the ODU Table 5 9 IF specifications of the ODU XMC 2 ODU Item Specification Center frequency of the input IF 350 MHz Input power range of the IF interface From 22 dBm to 5 dBm Return loss of the IF interface 15 dB Center frequency of the RX IF 140 MHz Average output power of the RX IF l 6 7 8 15 23 GHz 10 dBm when the RF input ranges from 80 dBm to ...

Page 41: ...y Range GHz Interval Between Center RX and TX Frequencies in a Channel MHz L6 GHz From 5 925 to 6 425 252 04 U6 GHz From 6 425 to 7 125 340 350 7 GHz From 7 093 to 7 897 154 161 168 196 245 and 160 8 GHz From 7 731 to 8 497 119 126 151 614 208 266 310 and 311 32 11 GHz From 10 675 to 11 745 500 490 530 520 XMC 2H RF TX Channel Specifications Table 5 11 lists the RF TX channel specifications of the...

Page 42: ...Bm 64QAM 30 5dBm 128QAM 30 5dBm 256QAM 28 5dBm 512QAM 512QAMLIGHT 28 5dBm 1024QAM 1024QAMLIGHT 27 5dBm l 11GHz QPSK QPSKSTRONG 28 5dBm 16QAM 16QAMSTRONG 28 5dBm 32QAM 28 5dBm 64QAM 28 5dBm 128QAM 28 5dBm 256QAM 26 5dBm 512QAM 512QAMLIGHT 26 5dBm 1024QAM 1024QAMLIGHT 25 5dBm Rated minimum TX power antenna interface 5 dBm L6 U6 7 8 11 GHz frequency band TX power tolerance 2 dB from the rated minimum...

Page 43: ...rn loss of the TX RF interface within the TX frequency bandwidth 15 dB Amplitude flatness within any 56 MHz bandwidth in the frequency band 1 dB L6 U6 7 8 GHz frequency band 1 5 dB 11 GHz frequency band Mute TX power 50 dBm XMC 2H RF RX Channel Specifications NOTE l ALL modulation formats can be implemented only when the IS3 mode of the intermediate frequency IF board is used in the L6 GHz U6 GHz ...

Page 44: ...6 U6 7 8 11 GHz frequency band Step size of the RX frequency 250 kHz RX noise figure 6 0 dB gain max L6 U6 7 8 GHz frequency band 6 5 dB gain max 11 GHz frequency band RSSI resolution 0 1 dB RSSI detection accuracy 3 dB from 90 dBm to 70 dBm 2 dB from 70 dBm to 30 dBm 3 dB from 30 dBm to 20 dBm RSSI voltage indicator at the BNC interface 4 5 V 20 dBm RSL 0 1 V 90 dBm RSL Monotonically increasing R...

Page 45: ...z 40MHz 56MHz IF interface type N type straight female connector and waterproof 5 5 Integrated System Specifications This describes the integrated system specifications of the ODU The integrated system specifications of the ODU consist of the dimensions weight power supply and power consumption Table 5 14 lists the integrated system specifications of the XMC 1 ODU Table 5 14 Integrated system spec...

Page 46: ...48 V from 32 V to 72 V DC Power consumption 35 W 6 GHz frequency band 33 W 7 8 GHz frequency band 36 W 10 11 GHz frequency band 27 W 13 GHz frequency band 26 W 15 GHz frequency band 30 W 18 28 32 42 GHz frequency band 28 W 23 26 38 GHz frequency band Table 5 16 lists the integrated system specifications of the XMC 2H ODU Table 5 16 Integrated system specifications of the ODU XMC 2H ODU Item Specif...

Page 47: ... time between failures 55 years 5 7 Surge Protection Specifications This describes the surge protection specifications of the ODU Table 5 18 lists the surge protection specifications of the ODU Table 5 18 Surge protection specifications of the ODU Item Specification IF PORT l Differential mode transmission cable core to transmission cable sheath 8 kA 8 20 us wave five times for both positive and n...

Page 48: ... EN 301 489 1 l ETSI EN 301 489 4 l EN55022 CLASS B l IEC61000 4 29 l Certified by the CE Protection grounding l ITU T K 21 l ITU T K 44 l ETSI EN 300 253 5 10 Environmental Specifications This describes the environmental specifications of the ODU The environmental specifications of the ODU consist of the storage environment transportation environment and operating environment 5 10 1 Storage Envir...

Page 49: ...ase l The equipment should be kept away from possible water leakages such as auto fire protection device and air conditioner If you have to place the equipment outdoors ensure that l The packing case is intact l Waterproofing measures are taken appropriately to prevent rainwater from damaging the packing case l Water does not accumulate on the ground or endanger the packing case l The packing case...

Page 50: ... the concentrations of mechanically active substances Mechanically Active Substance Unit Range Sand mg m3 300 Floating dust mg m3 5 0 Dust falling mg m2 h 20 5 10 2 Transportation Environment This describes the requirements for the transportation environment of the ODU Climatic Condition Table 5 23 lists the climatic requirements for the equipment transportation Table 5 23 Climatic requirements It...

Page 51: ...scribes the requirements for the operating environment of the ODU Climatic Condition Table 5 24 lists the climatic requirements for the operating environment of the equipment Table 5 24 Climatic requirements Item Range Tempe rature Without solar radiation Guaranteeing the performance From 33 C to 55 C Guaranteeing the operations From 40 C to 60 C With solar radiation 1120 W m2 Guaranteeing the per...

Page 52: ...m2 Solar radiation 1120 W m2 Wind speed 50 m s Mechanical Condition Complying with the ETSI EN 300 019 2 4 IEC 60068 2 57 IEC 60068 2 27 GB T 2423 5 and QM333 Earthquake resistant requirements Complying with the ETSI300 019 2 4 AMD and the GR63 Zone 4 RTN XMC ODU Product Description 5 Technical Specifications Issue Draft A 2013 12 20 Huawei Proprietary and Confidential Copyright Huawei Technologie...

Page 53: ...ncy information of the XMC 1 ODU 6 2 XMC 2 ODU This describes the detailed frequency information of the XMC 2 ODU 6 3 XMC 2H ODU This describes the detailed frequency information of the XMC 2H ODU RTN XMC ODU Product Description 6 Frequency Information Issue Draft A 2013 12 20 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 45 ...

Page 54: ...t the 7 GHz frequency band Table 6 1 Information about the 7 GHz frequency band XMC 1 ODU T R Spacing MHz Sub Band Lower Sub band TX Frequency MHz Higher Sub band TX Frequency MHz 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 00 161 A 7 114 00 7 177 00 7 275 00 7 338 00 161 ...

Page 55: ...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 6 2 lists the information about the 8 GHz frequency band Table 6 2 Information about the 8 GHz frequency band XMC 1 ODU T R Spacing MHz Sub Band Lower Sub band TX Frequency MHz Higher Sub band TX Frequency MHz Lower Limit Upper Limit Lower Limit Upper Limit 119 126 A 8 279 00 8 321 00 8 398 00 8 440 00 119 12...

Page 56: ... Frequency MHz Higher Sub band TX Frequency MHz Lower Limit Upper Limit Lower Limit Upper Limit 500 490 A 10 700 00 10 980 00 11 200 00 11 480 00 500 490 B 10 920 00 11 200 00 11 420 00 11 700 00 530 520 A 10 675 00 10 975 00 11 205 00 11 505 00 530 520 B 10 915 00 11 215 00 11 445 00 11 745 00 13 GHz Frequency Band Table 6 4 lists the information about the 13 GHz frequency band Table 6 4 Informat...

Page 57: ...8 00 15 117 00 15 348 00 644 A 14 400 00 14 708 00 15 044 00 15 352 00 728 A 14 500 00 14 625 00 15 228 00 15 353 00 18 GHz Frequency Band Table 6 6 lists the information about the 18 GHz frequency band Table 6 6 Information about the 18 GHz frequency band XMC 1 ODU T R Spacing MHz Sub Band Lower Sub band TX Frequency MHz Higher Sub band TX Frequency MHz Lower Limit Upper Limit Lower Limit Upper L...

Page 58: ...ntral frequency of channels is higher than the lower limit frequency by half of the channel spacing The highest central frequency of channels is lower than the upper limit frequency by half of the channel spacing l The T R spacing values listed in the following tables are default values In special application scenarios and within the frequency range covered by the duplexer the T R spacing values w...

Page 59: ...Sub Band Lower Sub band TX Frequency MHz Higher Sub band TX Frequency MHz 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 00 154 D 7 128 00 7 184 00 7 282 00 7 338 00 154 E 7 170 00 7 226 00 7 324 00 7 380 00 154 F 7 212 00 7 268 00 7 366 00 7 422 00 161 A 7 114 00 7 177 00 7 ...

Page 60: ...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 00 168 D 7 110 50 7 170 00 7 278 50 7 338 00 168 E 7 163 00 7 205 00 7 331 00 7 373 00 168 F 7 198 00 7 236 50 7 366 00 7 404 50 168 G 7 226 00 7 261 00 7 394 00 7 429 00 196 A 7 093 00 7 177 00 7 289 00 7 373 00 196 B 7 149 00 7 233 00 7 345 00 7 429 00 196 C 7 205 00 7 261 00 7 401 00 7 457 00 245 A 7 400 00 ...

Page 61: ...19 00 8 489 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 00 310 A 7 905 00 8 017 00 8 215 00 8 327 00 310 B 8 017 00 8 129 00 8 327 00 8 439 00 310 C 8 129 00 8 185 00 8 439 00 8 495 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 10 GHz Frequency Band Table 6 11 Information about the 10 GHz frequency band XMC 2 OD...

Page 62: ...0 530 520 A 10 675 00 10 975 00 11 205 00 11 505 00 530 520 B 10 915 00 11 215 00 11 445 00 11 745 00 13 GHz Frequency Band Table 6 13 lists the information about the 13 GHz frequency band Table 6 13 Information about the 13 GHz frequency band XMC 2 ODU T R Spacing MHz Sub Band Lower Sub band TX Frequency MHz Higher Sub band TX Frequency MHz Lower Limit Upper Limit Lower Limit Upper Limit 266 A 12...

Page 63: ... 00 15 228 00 15 353 00 18 GHz Frequency Band Table 6 15 lists the information about the 18 GHz frequency band Table 6 15 Information about the 18 GHz frequency band XMC 2 ODU T R Spacing MHz Sub Band Lower Sub band TX Frequency MHz Higher Sub band TX Frequency MHz Lower Limit Upper Limit Lower Limit Upper Limit 1010 1008 A 17 685 00 18 230 00 18 695 00 19 240 00 1010 1008 B 18 180 00 18 700 00 19...

Page 64: ...frequency band Table 6 17 Information about the 26 GHz frequency band XMC 2 ODU T R Spacing MHz Sub Band Lower Sub band TX Frequency MHz Higher Sub band TX Frequency MHz 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 28 GHz Frequency Band Table 6 18 lists th...

Page 65: ...7 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 6 20 lists the information about the 38 GHz frequency band Table 6 20 Information about the 38 GHz frequency band XMC 2 ODU T R Spacing MHz Sub Band Lower Sub band TX Frequency MHz Higher Sub band TX Frequency MHz Lower Limit Upper Limit Lower Limit Upper Limit 1260 A 37 044 00 37 632 00 38 304 00 38...

Page 66: ...per limit frequency by half of the channel spacing l The T R spacing values listed in the following tables are default values In special application scenarios and within the frequency range covered by the duplexer the T R spacing values within each band are configurable L6 GHz Frequency Band Table 6 22 lists the information about the L6 GHz frequency band Table 6 22 Information about the L6 GHz fr...

Page 67: ...Spacing MHz Sub Band Lower Sub band TX Frequency MHz Higher Sub band TX Frequency MHz 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 00 154 D 7 128 00 7 184 00 7 282 00 7 338 00 154 E 7 170 00 7 226 00 7 324 00 7 380 00 154 F 7 212 00 7 268 00 7 366 00 7 422 00 161 A 7 114 00...

Page 68: ... 7 583 00 7 695 00 7 751 00 168 D 7 110 50 7 170 00 7 278 50 7 338 00 168 E 7 163 00 7 205 00 7 331 00 7 373 00 168 F 7 198 00 7 236 50 7 366 00 7 404 50 168 G 7 226 00 7 261 00 7 394 00 7 429 00 196 A 7 093 00 7 177 00 7 289 00 7 373 00 196 B 7 149 00 7 233 00 7 345 00 7 429 00 196 C 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 8...

Page 69: ... 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 00 310 A 7 905 00 8 017 00 8 215 00 8 327 00 310 B 8 017 00 8 129 00 8 327 00 8 439 00 310 C 8 129 00 8 185 00 8 439 00 8 495 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 6 26 lists the information about the 11 GHz frequency band Table 6 26 I...

Page 70: ...Limit Upper Limit Lower Limit Upper Limit 530 520 A 10 675 00 10 975 00 11 205 00 11 505 00 530 520 B 10 915 00 11 215 00 11 445 00 11 745 00 RTN XMC ODU Product Description 6 Frequency Information Issue Draft A 2013 12 20 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 62 ...

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