Huawei OptiX RTN 600 ODU

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PDH Plesiochronous Digital Hierarchy

QAM Quadrature Amplitude Modulation

QPSK Quadrature Phase Shift Keying

RF Radio Frequency

RSL Received Signal Level

RSSI Received Signal Strength Indicator

RTN Radio Transmission System

SDH Synchronous Digital Hierarchy

VGA Variable Gain Amplifier

B Acronyms and Abbreviations

OptiX RTN 600 ODU

Hardware Description

B-2 Huawei Proprietary and Confidential

Issue 06 (2010-05-30)

Main Page

About this Document5
Table of Contents9
Odu17
Equipment Type18
Installation Mode18
Table 1-1 ODU Types18
Functions and Features19
Figure 1-1 Direct Mounting19
Figure 1-2 Separate Mounting19
Working Principle20
Figure 1-3 Block Diagram of the ODU System20
Interface21
Figure 1-4 Interfaces of the ODU with the Waveguide Interface21
Figure 1-5 Interfaces of the ODU with the Coaxial Interface22
Table 1-2 ODU Interface Description22
Label23
Figure 1-6 ODU Label23
Table 1-3 Description of the ODU Label23
Technical Specifications24
Sp Odu25
Table 1-4 Modulation Mode (SP ODU)25
Table 1-5 Frequency Band (SP ODU)25
Table 1-6 Transceiver Performance (SP ODU)26
Table 1-7 if Performance27
Table 1-8 Mechanical Behavior and Power Consumption (SP ODU)27
Table 1-9 Frequency Information of the 7 Ghz Frequency Band (SP ODU)27
Table 1-10 Frequency Information of the 8 Ghz Frequency Band (SP ODU)29
Table 1-11 Frequency Information of the 11 Ghz Frequency Band (SP ODU)29
Table 1-12 Frequency Information of the 13 Ghz Frequency Band (SP ODU)30
Table 1-13 Frequency Information of the 15 Ghz Frequency Band (SP ODU)30
Table 1-14 Frequency Information of the 18 Ghz Frequency Band (SP ODU)31
Table 1-15 Frequency Information of the 23 Ghz Frequency Band (SP ODU)31
Spa Odu32
Table 1-16 Frequency Information of the 26 Ghz Frequency Band (SP ODU)32
Table 1-17 Frequency Information of the 38 Ghz Frequency Band (SP ODU)32
Table 1-18 Modulation Mode (SPA ODU)32
Table 1-19 Frequency Band (SPA ODU)33
Table 1-20 Transceiver Performance (SPA ODU)33
Table 1-21 if Performance34
Table 1-22 Mechanical Behavior and Power Consumption (SPA ODU)34
Table 1-23 Frequency Information of the 6 Ghz Frequency Band (SPA ODU)35
Table 1-24 Frequency Information of the 7 Ghz Frequency Band (SPA ODU)35
Table 1-25 Frequency Information of the 8 Ghz Frequency Band (SPA ODU)37
Table 1-26 Frequency Information of the 11 Ghz Frequency Band (SPA ODU)37
Table 1-27 Frequency Information of the 13 Ghz Frequency Band (SPA ODU)38
Table 1-28 Frequency Information of the 15 Ghz Frequency Band (SPA ODU)38
Table 1-29 Frequency Information of the 18 Ghz Frequency Band (SPA ODU)38
Hp Odu39
Table 1-30 Frequency Information of the 23 Ghz Frequency Band (SPA ODU)39
Table 1-31 Modulation Mode (HP ODU)39
Table 1-32 Frequency Band (HP ODU)40
Table 1-33 Transceiver Performance (HP ODU)40
Table 1-34 if Performance42
Table 1-35 Mechanical Behavior and Power Consumption (HP ODU)42
Table 1-36 Frequency Information of the 7 Ghz Frequency Band (HP ODU)43
Table 1-37 Frequency Information of the 8 Ghz Frequency Band (HP ODU)44
Table 1-38 Frequency Information of the 10 Ghz Frequency Band (HP ODU)45
Table 1-39 Frequency Information of the 10.5 Ghz Frequency Band (HP ODU)45
Table 1-40 Frequency Information of the 11 Ghz Frequency Band (HP ODU)45
Table 1-41 Frequency Information of the 13 Ghz Frequency Band (HP ODU)46
Table 1-42 Frequency Information of the 15 Ghz Frequency Band (HP ODU)46
Table 1-43 Frequency Information of the 18 Ghz Frequency Band (HP ODU)47
Table 1-44 Frequency Information of the 23 Ghz Frequency Band (HP ODU)47
Table 1-45 Frequency Information of the 26 Ghz Frequency Band (HP ODU)47
Table 1-46 Frequency Information of the 28 Ghz Frequency Band (HP ODU)48
Table 1-47 Frequency Information of the 32 Ghz Frequency Band (HP ODU)48
Table 1-48 Frequency Information of the 38 Ghz Frequency Band (HP ODU)48
Lp Odu49
Table 1-49 Modulation Mode (LP ODU)49
Table 1-50 Frequency Band (LP ODU)49
Table 1-51 Transceiver Performance (LP ODU)50
Table 1-52 if Performance50
Table 1-53 Mechanical Behavior and Power Consumption (LP ODU)51
Table 1-54 Frequency Information of the 7 Ghz Frequency Band (LP ODU)51
Table 1-55 Frequency Information of the 8 Ghz Frequency Band (LP ODU)52
Table 1-56 Frequency Information of the 11 Ghz Frequency Band (LP ODU)53
Table 1-57 Frequency Information of the 13 Ghz Frequency Band (LP ODU)53
Table 1-58 Frequency Information of the 15 Ghz Frequency Band (LP ODU)54
Table 1-59 Frequency Information of the 18 Ghz Frequency Band (LP ODU)54
Table 1-60 Frequency Information of the 23 Ghz Frequency Band (LP ODU)54
Lpa Odu55
Table 1-61 Modulation Mode (LPA ODU)55
Table 1-62 Frequency Band (LPA ODU)55
Table 1-63 Transceiver Performance (LPA ODU)56
Table 1-64 if Performance56
Table 1-65 Mechanical Behavior and Power Consumption (LPA ODU)57
Table 1-66 Frequency Information of the 7 Ghz Frequency Band (LPA ODU)57
Table 1-67 Frequency Information of the 8 Ghz Frequency Band (LPA ODU)59
Table 1-68 Frequency Information of the 11 Ghz Frequency Band (LPA ODU)59
Table 1-69 Frequency Information of the 13 Ghz Frequency Band (LPA ODU)60
Table 1-70 Frequency Information of the 15 Ghz Frequency Band (LPA ODU)60
Table 1-71 Frequency Information of the 18 Ghz Frequency Band (LPA ODU)61
Table 1-72 Frequency Information of the 23 Ghz Frequency Band (LPA ODU)61
Table 1-73 Frequency Information of the 26 Ghz Frequency Band (LPA ODU)62
Table 1-74 Frequency Information of the 32 Ghz Frequency Band (LPA ODU)62
Table 1-75 Frequency Information of the 38 Ghz Frequency Band (LPA ODU)62
Hybrid Coupler65
Equipment Type66
Functions and Features66
Working Principle66
Interfaces66
Figure 2-1 Interfaces of the Hybrid Coupler with Waveguide Interfaces67
Table 2-1 Description of the Interfaces of the Hybrid Coupler with Waveguide Interfaces67
Figure 2-2 Interfaces of the Hybrid Coupler with Coaxial Interfaces68
Table 2-2 Description of the Interfaces of the Hybrid Coupler with Coaxial Interfaces68
Label69
Figure 2-3 Hybrid Coupler Label69
Table 2-3 Description of the Hybrid Coupler Label69
Technical Specifications70
Huawei Proprietary and Confidential Issue70
Table 2-4 Performance of the Hybrid Coupler70
Separate Mount Parts73
Separate Mount Parts for an ODU with the Waveguide Interface74
ODU Adapter74
Figure 3-1 Appearance of an ODU Adapter74
Figure 3-2 ODU Adapter Label75
Table 3-1 Performance of an ODU Adapter75
Flexible Waveguide76
Table 3-2 Description of the ODU Adapter Label76
Figure 3-3 Appearance of a Flexible Waveguide77
Table 3-3 Performance of a Flexible Waveguide77
Flange Converter78
Figure 3-4 Appearance of a Flange Converter79
Table 3-4 Performance of a Flange Converter79
Separate Mount Parts for an ODU with the Coaxial Interface80
Waveguide-To-Coaxial Converter80
Figure 3-5 Appearance of a Waveguide-To-Coaxial Converter80
RF Cable81
Figure 3-6 Appearance of an RF Cable81
Table 3-5 Performance of a Waveguide-To-Coaxial Converter81
Table 3-6 Performance of an RF Cable81
Antenna83
Equipment Type84
Figure 4-1 Feed Boom of the Direct-Mount Single-Polarized Antenna84
Functions and Features85
Figure 4-2 Feed Boom of the Separate-Mount Single-Polarized Antenna85
Figure 4-3 Feed Boom of the Dual-Polarized Antenna85
Working Principle86
Figure 4-4 Structure of the Antenna86
Interface87
Figure 4-5 Polarization Directions Supported by the Rectangular Waveguide87
Antenna Diameter88
Table 4-1 Specifications for the Feed Boom Interface of an Antenna88
Table 4-2 Diameter of the Direct-Mount Single-Polarized Antenna88
Table 4-3 Diameter of the Separate-Mount Single-Polarized Antenna89
Table 4-4 Diameter of the Dual-Polarized Antenna89
Specifications90
Accessories and Cables91
Lightening Surge Protector92
Figure 5-1 Appearance of a Lightening Surge Protector92
Table 5-1 Performance of the ODU Adapter92
IF Cable93
Figure 5-2 Diagram of the if Cable94
Table 5-2 Technical Specifications of the if Cable94
ODU Protection Ground Cable95
Figure 5-3 View of the ODU Protection Ground Cable95
A Glossary97

Huawei OptiX RTN 600 ODU - P

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