Huawei OptiX RTN 600 ODU

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Item Performance

Isolation between the main path and the

standby path(dB)

≥ 20

Voltage standing wave ratio (VSWR) ≤ 1.2

Power capacity (W) 8

Dimensions < 220 mm x 334 mm x 252 mm (width x depth

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

2-7

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 - Page 71

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