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Huawei OptiX OSN 9800 U32 Enhanced Subrack V100 Manual Download Page 85

Figure 4-2

 Feed boom of the separate-mount single-polarized antenna

l

The dual-polarized antenna radiates and receives vertically polarized electromagnetic
waves and horizontally polarized electromagnetic waves at the same time. The dual-
polarized antenna provides two feed boom interfaces, which are vertically and horizontally
polarized. The ODU can be installed on the dual-polarized antenna only in separate
mounting mode. 

Figure 4-3

 shows the feed booms of the dual-polarized antenna.

Figure 4-3

 Feed boom of the dual-polarized antenna

4.2 Functions and Features

The antenna is used to convert between the RF signals transmitted from the ODU and the
electromagnetic waves radiated in the air.

OptiX RTN 600 ODU
Hardware Description

4 Antenna

Issue 06 (2010-05-30)

Huawei Proprietary and Confidential

Copyright © Huawei Technologies Co., Ltd.

4-3

Summary of Contents for OptiX OSN 9800 U32 Enhanced Subrack V100

Page 1: ...OptiX RTN 600 ODU V100 Hardware Description Issue 06 Date 2010 05 30 HUAWEI TECHNOLOGIES CO LTD ...

Page 2: ......

Page 3: ...be 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 ensu...

Page 4: ......

Page 5: ... hardware Related Versions The following table lists the product versions related to this document Product Name Version OptiX RTN 600 ODU V100 Intended Audience The intended audiences of this document are l Network planning engineer l Hardware installation engineer l Installation and commissioning engineer l Field maintenance engineer l Data configuration engineer l System maintenance engineer Bef...

Page 6: ...information to emphasize or supplement important points of the main text General Conventions The general conventions 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 N...

Page 7: ...h release of the V100 version The updated contents are as follows Update Description 1 ODU The specifications of the ODU are updated 2 Hybrid Coupler The specifications of the hybrid coupler are updated 4 Antenna The specifications of the antennas are updated 5 1 Lightening Surge Protector The descriptions of the lightening surge protector are added Updates in Issue 03 2009 10 30 Based on Product ...

Page 8: ...f the V100 version The updated contents are as follows Update Description 5 2 IF Cable The description of the 5D IF cable is added Updates in Issue 01 2009 04 30 Based on Product Version V100 This document is the first release of the V100 version About This Document OptiX RTN 600 ODU Hardware Description vi Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd Issue 06 2010 05 3...

Page 9: ...Principle 2 2 2 4 Interfaces 2 2 2 5 Label 2 5 2 6 Technical Specifications 2 6 3 Separate Mount Parts 3 1 3 1 Separate Mount Parts for an ODU with the Waveguide Interface 3 2 3 1 1 ODU Adapter 3 2 3 1 2 Flexible Waveguide 3 4 3 1 3 Flange Converter 3 6 3 2 Separate Mount Parts for an ODU with the Coaxial Interface 3 8 3 2 1 Waveguide to Coaxial Converter 3 8 3 2 2 RF Cable 3 9 4 Antenna 4 1 4 1 E...

Page 10: ...ories and Cables 5 1 5 1 Lightening Surge Protector 5 2 5 2 IF Cable 5 3 5 3 ODU Protection Ground Cable 5 5 A Glossary A 1 B Acronyms and Abbreviations B 1 Contents OptiX RTN 600 ODU Hardware Description viii Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd Issue 06 2010 05 30 ...

Page 11: ...veguide 3 5 Figure 3 4 Appearance of a flange converter 3 7 Figure 3 5 Appearance of a waveguide to coaxial converter 3 8 Figure 3 6 Appearance of an RF cable 3 9 Figure 4 1 Feed boom of the direct mount single polarized antenna 4 2 Figure 4 2 Feed boom of the separate mount single polarized antenna 4 3 Figure 4 3 Feed boom of the dual polarized antenna 4 3 Figure 4 4 Structure of the antenna 4 4 ...

Page 12: ......

Page 13: ...information of the 38 GHz frequency band SP ODU 1 16 Table 1 18 Modulation Mode SPA ODU 1 16 Table 1 19 Frequency band SPA ODU 1 17 Table 1 20 Transceiver performance SPA ODU 1 17 Table 1 21 IF Performance 1 18 Table 1 22 Mechanical Behavior and Power Consumption SPA ODU 1 18 Table 1 23 Frequency information of the 6 GHz frequency band SPA ODU 1 19 Table 1 24 Frequency information of the 7 GHz fre...

Page 14: ...ble 1 55 Frequency information of the 8 GHz frequency band LP ODU 1 36 Table 1 56 Frequency information of the 11 GHz frequency band LP ODU 1 37 Table 1 57 Frequency information of the 13 GHz frequency band LP ODU 1 37 Table 1 58 Frequency information of the 15 GHz frequency band LP ODU 1 38 Table 1 59 Frequency information of the 18 GHz frequency band LP ODU 1 38 Table 1 60 Frequency information ...

Page 15: ...formance of a flange converter 3 7 Table 3 5 Performance of a waveguide to coaxial converter 3 9 Table 3 6 Performance of an RF cable 3 9 Table 4 1 Specifications for the feed boom interface of an antenna 4 6 Table 4 2 Diameter of the direct mount single polarized antenna 4 6 Table 4 3 Diameter of the separate mount single polarized antenna 4 7 Table 4 4 Diameter of the dual polarized antenna 4 7 ...

Page 16: ......

Page 17: ...d amplification of signals 1 4 Working Principle The structures of various types of ODUs are basically the same All of the ODUs work by the same principle 1 5 Interface The ODU has the antenna interface IF interface RSSI interface and grounding bolts 1 6 Label ODU labels are attached to both ODUs and the packing boxes of the ODUs The ODU label is used to provide the basic information of the ODU 1 ...

Page 18: ...14 28 40 56 MHz 3 5 7 14 28 MHz 1 2 Installation Mode Different installation modes are available for an ODU depending on the type of antenna configuration There are two methods of mounting the ODU and the antenna direct mounting and separate mounting l The direct mounting method is normally adopted when a small diameter and single polarized antenna is used In this situation if one ODU is configure...

Page 19: ...rid coupler can be mounted That is two ODUs share one feed boom Figure 1 2 Separate mounting NOTE The ODU with the coaxial interface supports only the separate mounting mode 1 3 Functions and Features The ODU is used for the frequency conversion and amplification of signals OptiX RTN 600 ODU Hardware Description 1 ODU Issue 06 2010 05 30 Huawei Proprietary and Confidential Copyright Huawei Technol...

Page 20: ...er and the received signal strength indicator RSSI l The ODU supports the detection of the ODU temperature l The ODU supports the querying of the manufacturing information of the ODU l The ODU supports the setting of mute unmute 1 4 Working Principle The structures of various types of ODUs are basically the same All of the ODUs work by the same principle Block Diagram Figure 1 3 Block diagram of t...

Page 21: ... 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 power 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 th...

Page 22: ...equency band 153IEC R140 15 GHz frequency band 153IEC R220 18 23 26 GHz frequency band 153IEC R320 28 32 GHz frequency band 0 219 dia 38 GHz frequency band IF interface Connects the IF cable Type N female RSSI interface Connects the multimeter during the RSSI test BNC female Grounding bolt Connects the protection ground cable 5 mm bolt NOTE a The coaxial interface of an ODU must be connected to th...

Page 23: ...7G SP 1 Frequency band Indicates the operating frequency band GHz of the ODU which can be 06 07 08 10 11 13 15 18 23 26 28 32 38 NOTE The number 10 represents the 10 GHz and 10 5 GHz frequency bands 2 Type of ODU SP SP ODU SPA SPA ODU HP HP ODU LP LP ODU LPA LPA ODU Model of ODU MODEL 07 S 0161 A P S 1 Frequency band Indicates the operating frequency band GHz of the ODU which can be 06 07 08 10 11...

Page 24: ...ail 3 Tx high low station Hi Tx high station Lo Tx low station Serial number of the ODU S N 21524100021603000101 Identifies the ODU uniquely Bar code area bar code area Indicates the bar code of the serial number of the ODU 1 7 Technical Specifications This technical specifications of the ODU include modulation mode frequency band transceiver performance IF performance mechanical behavior and powe...

Page 25: ...Modulation mode QPSK 16QAM 32QAM 64QAM 128QAM 256QAM Channel Spacing 3 5 7 14 28 MHz Frequency Band Table 1 5 Frequency Band SP ODU Frequency Band Frequency Range GHz T R Spacing MHz 7 GHz 7 093 7 897 154 161 168 196 245 8 GHz 7 731 8 496 119 126 266 311 32 11 GHz 10 675 11 745 490 500 530 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 ...

Page 26: ... Item Performance QPSK 16QAM 32QAM 64QAM 128QAM 256QAM Nominal maximum transmit power dBm 7 GHz 27 22 5 18 5 16 5 8 GHz 27 22 5 18 5 16 5 11 GHz 26 21 5 17 5 15 5 13 GHz 26 21 5 17 5 15 5 15 GHz 26 21 5 17 5 15 5 18 GHz 25 5 21 5 17 5 15 5 23 GHz 24 20 5 16 5 14 5 26 GHz 23 5 19 5 15 5 13 5 38 GHz 22 17 5 13 5 11 5 Nominal minimum transmit power dBm 6 Nominal maximum receive power dBm 20 25 Freque...

Page 27: ... 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 Table 1 9 Frequency information of...

Page 28: ...10 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...

Page 29: ...00 119 126 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 Table 1 11 Frequency information of the 11 GHz frequency band SP ODU T R Spacing MHz Sub band Lower Sub band Tx Frequency MHz Higher Sub band Tx Frequency MHz Lower Limit Upper ...

Page 30: ... Table 1 13 Frequency information of the 15 GHz frequency band SP 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 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...

Page 31: ...9 710 00 1560 C 17 700 00 18 140 00 19 260 00 19 700 00 Table 1 15 Frequency information of the 23 GHz frequency band SP 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 1 008 A 21 994 00 22 330 00 23 002 00 23 338 00 1 008 B 22 274 00 22 610 00 23 282 00 23 618 00 1 200 A 21 200 00 21 600 00 22 400 00 22 ...

Page 32: ...x Frequency MHz 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 1 7 2 SPA ODU The SPA ODU is a type of the standard power ...

Page 33: ...ower of the ODU and the preset transmit power on the NMS is 2 dB l When the receive power of the ODU is between 70 dBm and 30 dBm the maximum error between the actual receive power of the ODU and the receive power displayed on the NMS is 2 dB Table 1 20 Transceiver performance SPA ODU Item Performance QPSK 16QAM 32QAM 64QAM 128QAM Nominal maximum transmit power dBm 6 GHz 26 5 24 23 7 GHz 25 5 21 5...

Page 34: ...dance ohm 50 ODU O M signal Modulation mode ASK Transmit frequency of the IF board MHz 5 5 Receive frequency of the IF board MHz 10 Mechanical Behavior and Power Consumption Table 1 22 Mechanical Behavior and Power Consumption SPA ODU Item Performance Dimensions 280 mm x 92 mm x 280 mm width x depth x height Typical Weight kg 4 2 Typical Power Consumption W 25 1 ODU OptiX RTN 600 ODU Hardware Desc...

Page 35: ...00 252 04 D 6 093 00 6 173 00 6 345 00 6 425 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 Table 1 24 Frequency information of the 7 GHz frequency band SPA ODU T R Spacing MHz Sub band Lower ...

Page 36: ...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 00 196 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 37...

Page 37: ... 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 Table 1 26 Frequency information of the 11 GHz frequency band SPA 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 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 5...

Page 38: ...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 Table 1 29 Frequency information of the 18 GHz frequency band SPA ODU T R Spacing MHz Sub band...

Page 39: ... 22 093 00 23 011 00 23 325 00 1 232 D 22 086 00 22 386 00 23 318 00 23 618 00 1 7 3 HP ODU The HP ODU is a type of the high power ODU Modulation Mode Table 1 31 Modulation Mode HP ODU Item Performance Modulation mode QPSK 16QAM 32QAM 64QAM 128QAM 256QAM Channel Spacing 7 14 28 40 56MHz NOTE The ODU with the T R spacing of 91 MHz does not support the channel spacing of 40 56 MHz The ODU with the T...

Page 40: ...2 38 GHz 37 044 40 105 700 1260 Transceiver Performance NOTE l The maximum error between the actual transmit power of the ODU and the preset transmit power on the NMS is 2 dB l When the receive power of the ODU is between 70 dBm and 30 dBm the maximum error between the actual receive power of the ODU and the receive power displayed on the NMS is 2 dB Table 1 33 Transceiver performance HP ODU Item ...

Page 41: ...2 17 15 32 GHz 23 21 17 15 38 GHz 23 20 17 15 Nominal minimum transmit power dBm 7 GHz 9 8 GHz 9 10 GHz 2 10 5 GHz 0 11 GHz 6 13 GHz 3 15 GHz 3 18 GHz 2 23 GHz 2 26 GHz 2 28GHz 2 32 GHz 1 38 GHz 1 Nominal maximum receive power dBm 20 25 Frequency stability ppm 5 OptiX RTN 600 ODU Hardware Description 1 ODU Issue 06 2010 05 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd...

Page 42: ... height Typical Weight kg 4 6 Typical Power Consumption W 30 10 10 5 GHz 40 13 15 18 23 26 28 32 38GHz 52 7 8 11GHz 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 ava...

Page 43: ... 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 6...

Page 44: ...335 00 8 426 00 8 454 00 119 126 D 8 321 00 8 349 00 8 440 00 8 468 00 119 126 E 8 335 00 8 363 00 8 454 00 8 482 00 119 126 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 ...

Page 45: ... 91 C 10 556 10 587 10 647 10 678 Table 1 40 Frequency information of the 11 GHz frequency band HP 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 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 ...

Page 46: ...1 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 ...

Page 47: ...t 1008 A 21 994 00 22 330 00 23 002 00 23 338 00 1008 B 22 274 00 22 610 00 23 282 00 23 618 00 1200 A 21 200 00 21 600 00 22 400 00 22 800 00 1200 B 21 600 00 22 000 00 22 800 00 23 200 00 1200 C 22 000 00 22 400 00 23 200 00 23 600 00 1232 A 21 200 00 21 500 00 22 432 00 22 732 00 1232 B 21 472 00 21 786 00 22 704 00 23 018 00 1232 C 21 779 00 22 093 00 23 011 00 23 325 00 1232 D 22 086 00 22 38...

Page 48: ...cy MHz Higher Sub band Tx Frequency MHz 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 Table 1 48 Frequency information of the 38 GHz frequency band HP 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 700 A 38 595 ...

Page 49: ...90 500 530 13 GHz 12 751 13 248 266 15 GHz 14 403 15 348 420 490 18 GHz 17 685 19 710 1008 1010 23 GHz 21 200 23 618 1008 1232 Transceiver Performance NOTE l The maximum error between the actual transmit power of the ODU and the preset transmit power on the NMS is 2 dB l When the receive power of the ODU is between 70 dBm and 40 dBm the maximum error between the actual receive power of the ODU and...

Page 50: ... dBm 20 Frequency stability ppm 5 IF Performance Table 1 52 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 mode ASK Transmit frequency of the IF board MHz 5 5 Receive frequency of the IF board MHz 10 1 ODU OptiX RTN 600 ODU Hardware Description 1 34 Huawei Proprietary and Conf...

Page 51: ...ency band LP 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 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 ...

Page 52: ... 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 Table 1 55 Frequency information of the 8 GHz frequency band LP 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 ...

Page 53: ...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 Table 1 57 Frequency information of the 13 GHz frequency band LP ODU T R Spacing MHz Sub band Lower Sub band Tx Frequency MHz Higher Sub ba...

Page 54: ... 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 17 985 00 18 695 00 18 995 00 1010 1008 B 17 930 00 18 230 00 18 940 00 19 240 00 1010 1008 C 18 180 00 18 480 00 19 190 00 19 490 00 1010 1008 D 18 400 00 18 700 00 19 410 00 19 710 00 Table 1 60 Frequency information of the 23 GHz frequency band LP ODU T R ...

Page 55: ...acing 3 5 7 14 28 MHz Frequency Band Table 1 62 Frequency band LPA ODU Frequency Band Frequency Range GHz T R Spacing MHz 7 GHz 7 093 7 897 154 161 168 196 245 8 GHz 7 718 8 496 119 126 151 614 208 266 311 32 11 GHz 10 675 11 745 490 500 530 13 GHz 12 751 13 248 266 15 GHz 14 400 15 353 315 322 420 490 644 728 18 GHz 17 685 19 710 1008 1010 1560 23 GHz 21 200 23 618 1008 1200 1232 26 GHz 24 549 26...

Page 56: ... LPA ODU Item Performance QPSK 16QAM Nominal maximum transmit power dBm 7 GHz 27 21 8 GHz 27 21 11 GHz 25 19 13 GHz 25 19 15 GHz 23 5 17 5 18 GHz 23 17 23 GHz 23 17 26 GHz 22 19 32 GHz 21 18 38 GHz 18 16 Nominal minimum transmit power dBm 0 Nominal maximum receive power dBm 20 Frequency stability ppm 5 IF Performance Table 1 64 IF Performance Item Performance IF signal Transmit frequency of the IF...

Page 57: ...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 Table 1 66 Frequency information of the 7 GHz frequency band LPA ODU T R Spacing MHz Sub band Lower Sub band Tx Frequency MHz Higher Sub band Tx Frequency MHz Lower ...

Page 58: ...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 00 196 B 7 121 00 7 177 00 7 317 00 7 373 00 196 C 7 149 00 7 205 00 7 34...

Page 59: ...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 00 266 B 8 017 00 8 136 00 8 283 00 8 402 00 311 32 A 7 718 00 7 854 00 8 029 00 8 165 00 311 32 B 7 835 00 7 971 00 8 146 00 8 282 00 Table 1 68 Frequency information of the 11 GHz frequency band LPA ODU T R Spacing MHz Sub b...

Page 60: ... 266 D 12 919 00 12 982 00 13 185 00 13 248 00 Table 1 70 Frequency information of the 15 GHz frequency band LPA 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 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 25...

Page 61: ...8 A 17 685 00 17 985 00 18 695 00 18 995 00 1010 1008 B 17 930 00 18 230 00 18 940 00 19 240 00 1010 1008 C 18 180 00 18 480 00 19 190 00 19 490 00 1010 1008 D 18 400 00 18 700 00 19 410 00 19 710 00 1560 C 17 700 00 18 140 00 19 260 00 19 700 00 Table 1 72 Frequency information of the 23 GHz frequency band LPA ODU T R Spacing MHz Sub band Lower Sub band Tx Frequency MHz Higher Sub band Tx Frequen...

Page 62: ...25 837 00 26 173 00 1008 C 25 109 00 25 445 00 26 117 00 26 453 00 Table 1 74 Frequency information of the 32 GHz frequency band LPA 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 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 Table 1 75 Frequency information ...

Page 63: ...Limit 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 OptiX RTN 600 ODU Hardware Description 1 ODU Issue 06 2010 05 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 1 47 ...

Page 64: ......

Page 65: ...split RF signals 2 3 Working Principle A hybrid coupler consists of a waveguide cavity 2 4 Interfaces The hybrid coupler has three types of interfaces antenna interface primary branch interface and secondary branch interface 2 5 Label Hybrid coupler labels are attached to both hybrid couplers and the packing boxes of the hybrid couplers The hybrid coupler label is used to provide the basic informa...

Page 66: ...as three ports They are the common interface primary branch interface and secondary branch interface l In the transmit direction the RF signals received by the two branch interfaces are combined into one in the waveguide cavity which is then output through the common interface l In the receive direction the RF signal received by the common interface are divided into two RF signals in the waveguide...

Page 67: ... Type of Connector Antenna interface Connects to the antenna 1 025 dia 7 8 GHz frequency band 153IEC R100 10 10 5 GHz frequency band 153IEC R120 11 13 GHz frequency band 153IEC R140 15 GHz frequency band 153IEC R220 18 23 26 GHz frequency band Primary branch interface MAIN Connects to the active ODU OptiX RTN 600 ODU Hardware Description 2 Hybrid Coupler Issue 06 2010 05 30 Huawei Proprietary and ...

Page 68: ... coupler with coaxial interfaces Interface Mark Function Type of Connector Antenna interface Connects to the antenna UDR70 Primary branch interfacea MAIN Connects to the active ODU Type N female Secondary branch interfacea STANDBY Connects to the standby ODU NOTE a The primary branch interface or secondary branch interface of a hybrid coupler that has coaxial interfaces is connected to ODUs throug...

Page 69: ...component is a hybrid coupler Model of hybrid coupler MODEL C 13 B 03 R R 1 Type of component C Indicates a hybrid coupler 2 Frequency band Indicates the operating frequency band GHz of the hybrid coupler which can be 0L6 0U6 07 08 10 11 13 15 18 23 26 28 32 38 NOTE The number 10 represents the 10 GHz and 10 5 GHz frequency bands 3 Branch characteristics B balanced U unbalanced 4 Coupling 03 The c...

Page 70: ...00651603000108 Identifies the hybrid coupler uniquely Bar code area bar code area Indicates the bar code of the serial number of the hybrid coupler 2 6 Technical Specifications The technical specifications of the hybrid coupler include electrical and mechanical specifications Table 2 4 Performance of the hybrid coupler Item Performance Loss of the main path dB 3 3 0 3 3 dB balanced hybrid coupler ...

Page 71: ...x height hybrid coupler with waveguide interfaces 100 mm x 300 mm x 120 mm width x depth x height hybrid coupler with coaxial interfaces Weight kg 6 hybrid coupler with waveguide interfaces 3 hybrid coupler with coaxial interfaces OptiX RTN 600 ODU Hardware Description 2 Hybrid Coupler Issue 06 2010 05 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 2 7 ...

Page 72: ......

Page 73: ... with the Waveguide Interface When an ODU with the waveguide interface adopts the separate mount mode the installation parts include an ODU adapter and a flexible waveguide 3 2 Separate Mount Parts for an ODU with the Coaxial Interface When an ODU with the coaxial interface adopts the separate mount mode the installation parts include a waveguide to coaxial converter and an RF cable OptiX RTN 600 ...

Page 74: ...ter 3 1 3 Flange Converter When the flange interface of an antenna or ODU adapter cannot be directly interconnected with the flange interface of a separately separate mount part such as flexible waveguide a waveguide to coaxial converter or a coaxial hybrid coupler due to a mismatch between the specifications a flange converter is used to convert the interfaces 3 1 1 ODU Adapter When you install a...

Page 75: ...veguide 154IEC UBR84 7 8 GHz frequency band 154IEC UBR100 11GHz frequency band 154IEC UBR120 13 GHz frequency band 154IEC UBR140 15 GHz frequency band 154IEC UBR220 18 23 26 GHz frequency band 154IEC UBR320 28 32 38 GHz frequency band Label ODU adapter labels are attached to both ODU adapters and the packing boxes of the ODU adapters The ODU adapter label is used to provide the basic information o...

Page 76: ...ates the code of the ODU adapter Description of the ODU adapter DEPICT 7100 8500MHz UBR84 1 Operating frequency range Indicates the operating frequency range MHz of the ODU adapter 2 Interface specification Indicates the specification of the flange interface at the side of the flexible waveguide Serial number of the ODU adapter S N 21524400651603000108 Identifies the ODU adapter uniquely Bar code ...

Page 77: ...z frequency band 0 3 15 GHz frequency band 0 5 18 23 26 GHz frequency band 0 5 28 32 38 GHz frequency band Standing wave ratio 1 1 7 8 11 13 15 GHz frequency band 1 2 18 23 26 28 32 38 GHz frequency band Length m 0 9 Interface At the side of the ODU adapter 154IEC PBR84 7 8 GHz frequency band 154IEC PBR100 11GHz frequency band 154IEC PBR120 13 GHz frequency band OptiX RTN 600 ODU Hardware Descript...

Page 78: ...7 mm 11 GHz frequency band 115 mm 13GHz frequency band 102 mm 15 GHz frequency band 76 mm 18 23 26 28 32 38 GHz frequency band 3 1 3 Flange Converter When the flange interface of an antenna or ODU adapter cannot be directly interconnected with the flange interface of a separately separate mount part such as flexible waveguide a waveguide to coaxial converter or a coaxial hybrid coupler due to a mi...

Page 79: ...R84 UBR84 50 1 02 7 050 8 6 PDR70 UBR84 100 1 05 11 GHz 8 2 12 5 UDR100 UBR100 50 1 02 8 2 12 5 UBR100 UBR100 100 1 02 8 2 12 5 PDR100 UBR100 50 1 02 10 0 12 4 PBR120 UBR100 100 1 05 13 GHz 9 84 15 0 UBR120 UBR120 100 1 02 9 84 15 0 PDR120 UBR120 50 1 02 9 84 15 0 PBR140 UBR120 50 1 02 15 GHz 11 9 18 0 UBR140 UBR140 100 1 02 18 23 26 GHz 17 6 26 7 UBR220 UBR220 100 1 02 24 0 26 5 PBR260 UBR220 100...

Page 80: ...ntenna into an RF cable interface type N interface for connecting an antenna and an RF cable 3 2 2 RF Cable An RF cable is an FSJ1 50A coaxial cable It is used to connect a waveguide to coaxial converter to an ODU or to connect a hybrid coupler to an ODU 3 2 1 Waveguide to Coaxial Converter A waveguide to coaxial converter is used to convert the waveguide interface standard flange interface on an ...

Page 81: ...ble is an FSJ1 50A coaxial cable It is used to connect a waveguide to coaxial converter to an ODU or to connect a hybrid coupler to an ODU Appearance Figure 3 6 Appearance of an RF cable Performance Table 3 6 Performance of an RF cable Item Performance Attenuation dB 0 6 Standing wave ratio dB 1 2 OptiX RTN 600 ODU Hardware Description 3 Separate Mount Parts Issue 06 2010 05 30 Huawei Proprietary ...

Page 82: ...Length m 1 Interface Type N male Interface impedance ohm 50 3 Separate Mount Parts OptiX RTN 600 ODU Hardware Description 3 10 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd Issue 06 2010 05 30 ...

Page 83: ...ace The feed boom interface of the direct mount single polarized antenna is a waveguide interface The feed boom interfaces of the separate mount single polarized antenna and the dual polarized antenna are flange interfaces 4 5 Antenna Diameter Antennas that are of different types or operate on different frequency bands support various diameters 4 6 Specifications The technical specifications for t...

Page 84: ...larized or horizontally polarized According to the mode of installing the ODU to the antenna the single polarized antenna is classified into two types namely direct mount antenna and separate mount antenna Figure 4 1 and Figure 4 2 show the feed booms of the direct mount single polarized antenna and the separate mount single polarized antenna Figure 4 1 Feed boom of the direct mount single polariz...

Page 85: ...zontally polarized The ODU can be installed on the dual polarized antenna only in separate mounting mode Figure 4 3 shows the feed booms of the dual polarized antenna Figure 4 3 Feed boom of the dual polarized antenna 4 2 Functions and Features The antenna is used to convert between the RF signals transmitted from the ODU and the electromagnetic waves radiated in the air OptiX RTN 600 ODU Hardware...

Page 86: ...king principles of each component of the dual polarized antenna are similar to the working principles of each component of the single polarized antenna Figure 4 4 Structure of the antenna 5 1 2 3 4 1 Feed boom 2 Reflector 3 Shield 4 Radome 5 Mounting brackets The functions of each component of the antenna are described as follows l Feed boom The input port of the feed boom accesses the RF signals ...

Page 87: ...ated from the feed boom so that the electromagnetic waves are directional In the receive direction the reflector assembles the electromagnetic waves from the space to the output port of the feed boom l Radome The radome protects the antenna from being damaged due to the wind rain and ice The electromagnetic waves can be radiated through the radome l Shield The shield is installed on the HP antenna...

Page 88: ...EC UBR320 38 GHz 0 219 dia 154IEC UBR320 4 5 Antenna Diameter Antennas that are of different types or operate on different frequency bands support various diameters Table 4 2 to Table 4 4 list the diameters that different types of antennas support Y indicates that the corresponding antenna diameter is supported NA indicates that the corresponding antenna diameter is Not supported Table 4 2 Diamete...

Page 89: ... U6 GHz NA Y Y Y Y Y Y 7 8 GHz Y NA Y Y Y Y Y 11 GHz Y NA Y Y Y Y NA 13 GHz Y NA Y Y Y Y NA 15 GHz Y NA Y Y NA NA NA 18 GHz Y NA Y Y NA NA NA 23 GHz Y NA Y Y NA NA NA 26 GHz Y NA Y NA NA NA NA 32 GHz Y NA NA NA NA NA NA 38 GHz Y NA NA NA NA NA NA Table 4 4 Diameter of the dual polarized antenna Operat ing Freque ncy Band Antenna Diameter 0 3 m 0 6 m 0 9 m 1 2 m 1 8 m 2 4 m 3 0 m 3 7 m L6 GHz NA NA...

Page 90: ...hnical specifications for the antenna include electrical indexes and mechanical indexes The electrical indexes of the antenna include the antenna gain half power beamwidth standing wave ratio and front to back ratio The mechanical indexes of the antenna include the size weight wind protective feature and ice snow protective feature Huawei provides a complete series antennas To obtain the technical...

Page 91: ...e 5 2 IF Cable The IF cable connects the ODU and IDU The IF cable is used to transport the IF signal O M signal and 48 V power between the ODU and the IDU 5 3 ODU Protection Ground Cable The ODU protection ground cable is used to connect the left grounding screw of the ODU and the outdoor ground point such as the ground point on the tower so that the ODU is connected to the outdoor ground counterp...

Page 92: ...e N female connector of the lightening surge protector to the type N connector of the IF cable l Connect one end of the protection ground cable of a lightening surge protector to the Surge end type N female connector of the lightening surge protector and the other end of the protection ground cable to the grounding stud of the ODU Performance Table 5 1 Performance of the ODU adapter Item Performan...

Page 93: ... IF interface of the ODU The other end of the 5D cable needs to be terminated with a TNC connector for connecting to the IF interface of the IDU l If the distance between the IDU and the ODU is within 120 meters to 180 meters use the RG 8U cable Both ends of the RG 8U cable need to be terminated with the type N connectors for connecting to the IF interface of the ODU and the IF jumper of the IDU r...

Page 94: ...cifications of the IF cable Item Performance 5D Cable RG 8U Cable 1 2 Inch Cable Characteristic impedance ohm 50 50 50 Attenuation dB 100 meters 10 0 140 MHz 15 0 350 MHz 6 0 140 MHz 9 0 350 MHz 5 0 140 MHz 7 8 350 MHz DC resistance ohm km at 20 C 11 0 4 9 4 3 Cable diameter mm 7 60 10 16 13 40 5 Accessories and Cables OptiX RTN 600 ODU Hardware Description 5 4 Huawei Proprietary and Confidential ...

Page 95: ...er so that the ODU is connected to the outdoor ground counterpoise Cable Diagram Figure 5 3 View of the ODU protection ground cable 1500 mm 2 1 1 Naked crimping connector OT 2 Grounding clip base Cable Connection Table None OptiX RTN 600 ODU Hardware Description 5 Accessories and Cables Issue 06 2010 05 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 5 5 ...

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Page 97: ...n on which the transmitted frequency is lower than the received frequency O ODU Outdoor Unit The outdoor unit implements frequency conversion and amplification for RF signals P PDH Plesiosynchronous Digital Hierarchy A multiplexing scheme of bit stuffing and byte interleaving It multiplexes the minimum rate 64 kit s into the 2 Mbit s 34 Mbit s 140 Mbit s and 565 Mbit s rates Primary station The RT...

Page 98: ...l transport structures standardized for the transport of suitably adapted payloads over physical transmission networks A Glossary OptiX RTN 600 ODU Hardware Description A 2 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd Issue 06 2010 05 30 ...

Page 99: ...urrent I IDU Indoor Unit IF Intermediate Frequency L LNA Low Noise Amplifier M MODEM MOdulator DEModulator O ODU Outdoor Unit P OptiX RTN 600 ODU Hardware Description B Acronyms and Abbreviations Issue 06 2010 05 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd B 1 ...

Page 100: ...cy RSL Received Signal Level RSSI Received Signal Strength Indicator RTN Radio Transmission System S SDH Synchronous Digital Hierarchy V VGA Variable Gain Amplifier B Acronyms and Abbreviations OptiX RTN 600 ODU Hardware Description B 2 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd Issue 06 2010 05 30 ...

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