optix bws 1600g v100r006 technical specificaions
DESCRIPTION
OptiX BWS 1600G V100R006 Technical Specificaions, Huawei BWS 1600G Technical Guide and Skills Using U2000 And T2000, Service configuration .TRANSCRIPT
01-10 Technical Specificaions
TablesOptiX BWS 1600GProduct Description
OptiX BWS 1600GProduct DescriptionTables
Contents10-110 Technical Specifications
10-210.1 Optical Interfaces
10-210.2 Power Supply
10-210.3 Parameters of Mechanical Structure
10-310.4 Channel Allocation
10-1010.5 Auxiliary Interface
10-1010.5.1 64k bit/s Interface: 64k bit/s interface
10-1010.5.2 RS-232 Interface
10-1010.5.3 RS-422 Interface
10-1110.5.4 Orderwire Interface
10-1210.6 Environment Specifications
10-1210.7 Main Optical Path
10-1310.7.1 Type I System
10-1410.7.2 Type II System
10-1910.7.3 Type III System
10-2510.7.4 Type IV System
10-2610.7.5 Type V System
10-2710.7.6 Type VI System
10-3110.7.7 Type VII System
10-3910.7.8 Type VIII System
10-4110.7.9 Type IX System
10-4310.8 Optical Amplifier
10-4310.8.1 OAU
10-5110.8.2 OBU
10-5410.8.3 OPU
10-5610.8.4 HBA
10-5610.8.5 Raman Amplifier
10-5710.9 Optical Transponder Unit (OTU)
10-5710.9.1 Specifications of Client Side Optical Module at 2.5 Gbit/s and Lower
10-6110.9.2 Specifications of 10 Gbit/s Optical Module at Client Side
10-6310.9.3 Specifications of 40 Gbit/s Optical Module at Client Side
10-6410.9.4 Specifications of 2.5 Gbit/s Fixed Wavelength Optical Module at the DWDM side
10-6510.9.5 Specifications of 2.5 Gbit/s Tunable Wavelength Optical Module at the DWDM side
10-6610.9.6 Specifications of 10 Gbit/s Fixed Wavelength Optical Module at the DWDM side
10-6710.9.7 Specifications of 10 Gbit/s Tunable Wavelength Optical Module at the DWDM side
10-6810.9.8 Specifications of 40 Gbit/s Tunable Wavelength Optical Module at the DWDM side
10-6910.9.9 LW40
10-7110.9.10 IMX4 and IMX4S
10-7310.9.11 LWF and LWFS
10-7510.9.12 TMX and TMXS
10-7710.9.13 ETMX and ETMXS
10-8010.9.14 LBE and LBES
10-8210.9.15 LBF and LBFS
10-8510.9.16 LOG and LOGS
10-8710.9.17 ELOG and ELOGS
10-8910.9.18 LWC1
10-9210.9.19 LWM and LWMR
10-9410.9.20 LWX and LWXR
10-9610.9.21 LDG
10-9710.9.22 FDG
10-9910.9.23 FCE
10-10110.9.24 LQM
10-10510.9.25 Jitter Transfer Characteristics
10-10610.9.26 Input Jitter Tolerance
10-10610.9.27 Jitter Generation
10-10710.10 Optical Multiplexer/Demultiplexer/Add and Drop multiplexer
10-10710.10.1 M40
10-10710.10.2 M48
10-10810.10.3 D40
10-10810.10.4 D48
10-10910.10.5 V40
10-11010.10.6 V48
10-11010.10.7 MR2
10-11110.10.8 DWC
10-11210.10.9 EDWC
10-11310.10.10 WSM9/WSD9
10-11310.10.11 WSM5/WSD5
10-11410.10.12 RMU9
10-11410.10.13 WSMD4
10-11510.11 Other Units
10-11510.11.1 FIU
10-11810.11.2 ITL
10-12110.11.3 OLP
10-12210.11.4 DCP
10-12310.11.5 SCS
10-12310.11.6 GFU
10-12310.11.7 DGE
10-12410.11.8 DSE
10-12510.11.9 VOA
10-12510.11.10 VA4
10-12510.11.11 MCA
10-12610.11.12 WMU
10-12710.11.13 OSC/OTC
10-12710.11.14 FMU
10-12810.11.15 MWF
10-12910.11.16 MWA
10-13010.12 DCM
10-13110.13 Laser Class
10-13210.14 Electromagnetic Compatibility (EMC)
Figures10-12Figure 10-1 Typical DWDM network diagram
10-105Figure 10-2 OTU jitter transfer characteristics
10-105Figure 10-3 OTU with out-band FEC function
10-106Figure 10-4 OTU input jitter tolerance
Tables10-2Table 10-1 Parameters of cabinet and subrack
10-3Table 10-2 C-band channel allocation (96 channels with 50GHz spacing)
10-5Table 10-3 C plus-band channel allocation (96 channels with 50GHz spacing)
10-7Table 10-4 L-band channel allocation (80 channels with 50GHz spacing)
10-8Table 10-5 C-band channel allocation of 8-channel system (G.653 fiber)
10-9Table 10-6 C-band channel allocation of 12-channel system (G.653 fiber)
10-9Table 10-7 C-band channel allocation of 16-channel system (G.653 fiber)
10-10Table 10-8 Parameters of the 64 kbit/s interface
10-10Table 10-9 Parameters of the RS-232 interface
10-11Table 10-10 Parameters of the RS-422 interface
10-11Table 10-11 Parameters of the orderwire interface
10-12Table 10-12 Environment specifications
10-13Table 10-13 Main optical path parameters of the OptiX BWS 1600G-I system (SSMF/G.655 fiber)
10-14Table 10-14 Main optical path parameters of the OptiX BWS 1600G-II system (C+L, SSMF fiber)
10-15Table 10-15 Main optical path parameters of the OptiX BWS 1600G-II system (C band, SSMF fiber, NRZ)
10-16Table 10-16 Main optical path parameters of the OptiX BWS 1600G-II system (C band, LEAF fiber, NRZ)
10-17Table 10-17 Main optical path parameters of the OptiX BWS 1600G-II (SSMF fiber, DRZ)
10-18Table 10-18 Main optical path parameters of the OptiX BWS 1600G-II (LEAFfiber, DRZ)
10-19Table 10-19 Main optical path parameters of the OptiX BWS 1600G-III system (SSMF fiber, NRZ)
10-20Table 10-20 Main optical path parameters of the OptiX BWS 1600G-III system (LEAF fiber, NRZ)
10-21Table 10-21 Main optical path parameters of the OptiX BWS 1600G-III (SSMF fiber, DRZ)
10-22Table 10-22 Main optical path parameters of the OptiX BWS 1600G-III (LEAF fiber, DRZ)
10-23Table 10-23 Main optical path parameters of the OptiX BWS 1600G-III system (G.653 fiber, DRZ)
10-24Table 10-24 Main optical path parameters of the OptiX BWS 1600G-III system (G.653 fiber, NRZ)
10-25Table 10-25 Main optical path parameters of the OptiX BWS 1600G-IV system (G.653 fiber, L band)
10-26Table 10-26 Main optical path parameters of the OptiX BWS 1600G-V system (G.652/G.655 fiber)
10-27Table 10-27 Main optical path parameters of the OptiX BWS 1600G-VI system (G.652, 8-channel, forward Raman+ backward Raman)
10-28Table 10-28 Main optical path parameters of the OptiX BWS 1600G-VI system (G.652/G.655 fiber, 10-channel, HBA+Raman)
10-29Table 10-29 Main optical path specifications of the OptiX BWS 1600G-VI system (G.652/G.655 fiber, 40-channel, HBA+Raman)
10-30Table 10-30 Main optical path specifications of the OptiX BWS 1600G-VI system (G.652/G.655 fiber, 80-channel, HBA+Raman)
10-31Table 10-31 Main optical path parameters of the OptiX BWS 1600G-VII system(48 channels, SSMF fiber, NRZ)
10-32Table 10-32 Main optical path parameters of the OptiX BWS 1600G-VII system(48 channels, LEAF fiber, NRZ)
10-33Table 10-33 Main optical path parameters of the OptiX BWS 1600G-VII system(48 channels, SSMF fiber, DRZ)
10-34Table 10-34 Main optical path parameters of the OptiX BWS 1600G-VII system(48 channels, LEAF fiber, DRZ)
10-35Table 10-35 Main optical path parameters of the OptiX BWS 1600G-VII system (96 channel, SSMF fiber, NRZ)
10-36Table 10-36 Main optical path parameters of the OptiX BWS 1600G-VII system (96 channel, LEAF fiber, NRZ)
10-37Table 10-37 Main optical path parameters of the OptiX BWS 1600G-VII system (96 channel, SSMF fiber, DRZ)
10-38Table 10-38 Main optical path parameters of the OptiX BWS 1600G-VII system (96 channel, LEAF fiber, DRZ)
10-39Table 10-39 40 x 40G system specification (SSMF/LEAF fiber, DRZ)
10-40Table 10-40 80 x 40G system specification (SSMF/LEAF fiber, ODB)
10-41Table 10-41 Main optical path parameters of the OptiX BWS 1600G-IX system (192 channel, SSMF&LEAF fiber, DRZ)
10-42Table 10-42 Main optical path parameters of the OptiX BWS 1600G-IX system (160 channel, SSMF&LEAF fiber, DRZ)
10-43Table 10-43 Parameters of OAU01 for L-band
10-44Table 10-44 Parameters of E3OAUC00 for C band
10-45Table 10-45 Parameters of E3OAUC01 for C band
10-46Table 10-46 Parameters of E3OAUC03 for C band
10-47Table 10-47 Parameters of E3OAUC05 for C band
10-48Table 10-48 Parameters of E4OAUC01 for C band
10-49Table 10-49 Parameters of E4OAUC03 for C band
10-50Table 10-50 Parameters of E4OAUC05 for C band
10-51Table 10-51 Parameters of OBU- L for L-band (for E2OBU)
10-52Table 10-52 Parameters of E3OBUC03 and E3OBUC05
10-53Table 10-53 Parameters of E4OBUC03
10-53Table 10-54 Parameters of E4OBUC05
10-54Table 10-55 Parameters of E3OPU
10-55Table 10-56 Parameters of E4OPU
10-56Table 10-57 Parameters of HBA
10-56Table 10-58 Parameters of Raman amplifier
10-57Table 10-59 Specifications of client side SDH optical module at 2.5 Gbit/s and lower
10-58Table 10-60 Specifications of client side optical module at 2.5 Gbit/s (OTU1)
10-59Table 10-61 Specifications of client side GE optical module
10-60Table 10-62 Specifications of FC optical module at client side
10-60Table 10-63 Specifications of ESCON optical module at client side
10-61Table 10-64 Specifications of 10 Gbit/s SDH optical module at client side
10-62Table 10-65 Specifications of 10 Gbit/s optical module at client side (OTU2)
10-62Table 10-66 Specifications of 10 Gbit/s GE optical module at client side
10-63Table 10-67 Specifications of 40 Gbit/s SDH optical module at client side
10-64Table 10-68 Specifications of 2.5 Gbit/s fixed wavelength optical module at the DWDM side
10-65Table 10-69 Specifications of 2.5 Gbit/s tunable wavelength optical module at the DWDM side
10-66Table 10-70 Specifications of 10 Gbit/s fixed wavelength optical module at the DWDM side
10-67Table 10-71 Specifications of 10 Gbit/s tunable wavelength optical module at the DWDM side
10-68Table 10-72 Specifications of 40 Gbit/s tunable wavelength optical module at the DWDM side
10-69Table 10-73 Optical interface parameter specifications on the client side of the LW40
10-70Table 10-74 Optical interface parameter specifications on the WDM side of the LW40
10-71Table 10-75 Optical interface parameter specifications on the client side of the IMX4/IMX4S
10-72Table 10-76 Optical interface parameter specifications at the DWDM side of the IMX4/IMX4S board
10-73Table 10-77 Optical interface parameter specifications at the client side of the LWF/LWFS board
10-74Table 10-78 Optical interface parameter specifications at the DWDM side of the LWF/LWFS board
10-75Table 10-79 Optical interface parameter specifications at the client side of the TMX/TMXS board
10-76Table 10-80 Optical interface parameter specifications at the DWDM side of the TMX/TMXS board
10-77Table 10-81 Optical interface parameter specifications at the client side of the ETMX/ ETMX S board (STM-16)
10-78Table 10-82 Optical interface parameter specifications at the client side of the ETMX/ ETMX S board (OTU1)
10-79Table 10-83 Optical interface parameter specifications on the DWDM side of the ETMX/ ETMXS board
10-80Table 10-84 Optical interface parameter specifications at the client side of the LBE/LBES board
10-81Table 10-85 Optical interface parameter specifications at the DWDM side of the LBE/LBES board
10-82Table 10-86 Optical interface parameter specifications at the client side of the LBF/LBFS board (SDH)
10-83Table 10-87 Optical interface parameter specifications at the client side of the LBF/LBFS board (OTU2)
10-83Table 10-88 Optical interface parameter specifications at the client side of the LBF/LBFS board (10GE LAN)
10-84Table 10-89 Optical interface parameter specifications at the DWDM side of the LBF/LBFS board
10-85Table 10-90 Optical interface parameters at the client side of the LOG and LOGS boards (GE)
10-86Table 10-91 Optical interface parameters at the client side of the LOG and LOGS boards (FC)
10-87Table 10-92 Optical interface parameters at the client side of the ELOG and ELOGS boards (GE)
10-87Table 10-93 Optical interface parameters at the client side of the ELOG and ELOGS boards (FC)
10-88Table 10-94 Optical interface parameter specifications at the DWDM side of the ELOG/ ELOGS board
10-89Table 10-95 Optical interface parameter specifications at client side of the LWC1 board (SDH)
10-90Table 10-96 Optical interface parameter specifications at client side of the LWC1 board (OTU1)
10-91Table 10-97 Optical interface parameter specifications at the DWDM side of the LWC1 board
10-92Table 10-98 Optical interface parameter specifications at the client side of the LWM board
10-93Table 10-99 Optical interface parameter specifications at the DWDM side of the LWM board
10-94Table 10-100 Optical interface parameter specifications at the client side of the LWX board
10-95Table 10-101 Optical interface parameter specifications at the DWDM side of the LWX board
10-96Table 10-102 Optical interface parameter specifications at the client side of the LDG board
10-96Table 10-103 Optical interface parameter specifications at the DWDM side of the LDG board
10-97Table 10-104 Optical interface parameter specifications at the client side of the FDG board
10-98Table 10-105 Optical interface parameter specifications at the DWDM side of the FDG board
10-99Table 10-106 Specifications of optical module at client side of the FCE
10-100Table 10-107 Specifications of fixed wavelength optical module at the DWDM side of the FCE
10-101Table 10-108 Specifications of optical module at client side of the LQM (GE services)
10-101Table 10-109 Specifications of optical module at client side of the LQM (SDH services)
10-102Table 10-110 Specifications of optical module at client side of the LQM (FC services)
10-103Table 10-111 Specifications of optical module at client side of the LQM (ESCON and other services)
10-104Table 10-112 Specifications of optical module at DWDM side of the LQM
10-105Table 10-113 OTU jitter transfer characteristics parameter specifications
10-106Table 10-114 OTU input jitter tolerance parameter specifications
10-106Table 10-115 Jitter generation parameter specifications for OTU
10-107Table 10-116 Parameter specifications of the E1M40
10-108Table 10-117 Parameter specifications of the M48
10-108Table 10-118 Parameter specifications of the E1D40
10-109Table 10-119 Parameter specifications of the D48
10-109Table 10-120 Parameter specifications of the V40
10-110Table 10-121 Parameter specifications of the V48
10-110Table 10-122 Parameter specifications of the MR2
10-111Table 10-123 Parameters of the E1DWC board
10-112Table 10-124 Parameters of the E2DWC board
10-112Table 10-125 Parameters of the EDWC board
10-113Table 10-126 Optical specifications of the WSM9/WSD9
10-114Table 10-127 Optical specifications of the WSM5/WSD5
10-114Table 10-128 RMU9 board specifications
10-115Table 10-129 Optical specifications of the WSMD4
10-115Table 10-130 Parameter specifications of FIU-01(C+L+1510)
10-116Table 10-131 Parameter specifications of FIU-02 (C+L+1510+1625)
10-117Table 10-132 Parameter specifications of FIU-03/06 (C+1510)
10-117Table 10-133 Parameter specifications of FIU-04 (L+1625)
10-118Table 10-134 Specifications of the E1ITL.
10-118Table 10-135 The following table details the optical specifications of the E2ITL01.
10-119Table 10-136 The following table details the optical specifications of the E2ITL02.
10-119Table 10-137 The following table details the optical specifications of the E2ITL03.
10-120Table 10-138 The following table details the optical specifications of the E2ITL05.
10-121Table 10-139 E2OLP02 board specifications (single-mode)
10-121Table 10-140 E2OLP01 board specifications (multimode)
10-121Table 10-141 E2OLP03 board specifications (single-mode)
10-122Table 10-142 DCP01 board specifications (single-mode)
10-122Table 10-143 DCP02 board specifications (multimode)
10-123Table 10-144 SCS board specifications
10-123Table 10-145 Parameter specifications of GFU03
10-123Table 10-146 Parameter specifications of GFU04
10-123Table 10-147 Parameter specifications of DGE
10-124Table 10-148 Parameter specifications of DSE01
10-124Table 10-149 Parameter specifications of DSE02
10-124Table 10-150 Parameter specifications of DSE03
10-125Table 10-151 VOA board specifications
10-125Table 10-152 VA4 board specifications
10-125Table 10-153 Parameter specifications of E1MCA
10-126Table 10-154 Parameter specifications of E2MCA
10-126Table 10-155 Parameter specifications of WMU
10-127Table 10-156 Optical interface parameter specifications of OSC/OTC
10-127Table 10-157 Parameter specifications of FMU
10-128Table 10-158 Parameter specifications of MWF
10-129Table 10-159 Index requirement of the MWA
10-130Table 10-160 Performance requirement of dispersion compensation optical fiber of C-band (G.652 fiber)
10-130Table 10-161 Performance requirement of dispersion compensation optical fiber of L-band (G.652 fiber)
10-131Table 10-162 Performance requirement of dispersion compensation optical fiber of C-band (G.655 LEAF fiber)
10-132Table 10-163 Laser class
10 Technical Specifications
About This Chapter
The following table lists the contents of this chapter.
SectionDescribes
10.1
REF _Ref168383728 \h \* MERGEFORMAT Optical InterfacesThe parameters of the optical interfaces.
10.2
REF _Ref141710409 \h \* MERGEFORMAT Power SupplyThe parameters of the power supply.
10.3
REF _Ref141710411 \h \* MERGEFORMAT Parameters of Mechanical StructureThe parameters of the mechanical structure.
10.4
REF _Ref141710415 \h \* MERGEFORMAT Channel AllocationThe channel allocation.
10.5
REF _Ref141710417 \h \* MERGEFORMAT Auxiliary InterfaceThe parameters of the auxiliary interfaces.
10.6
REF _Ref141710419 \h \* MERGEFORMAT Environment SpecificationsThe environment specification of the system.
10.7
REF _Ref141710421 \h \* MERGEFORMAT Main Optical PathThe parameters of the main optical path.
10.8
REF _Ref156211875 \h \* MERGEFORMAT Optical AmplifierThe parameters of the optical amplifier.
10.9
REF _Ref156211540 \h \* MERGEFORMAT Optical Transponder Unit (OTU)The parameters of the optical transponder unit.
10.10
REF _Ref141710427 \h \* MERGEFORMAT Optical Multiplexer/Demultiplexer/Add and Drop multiplexerThe parameters of the optical multiplexer/demultiplexer unit.
10.11
REF _Ref141710429 \h \* MERGEFORMAT Other UnitsThe parameters of other unit.
10.12
REF _Ref156211908 \h \* MERGEFORMAT DCMThe parameters of the DCM.
10.13
REF _Ref141710433 \h \* MERGEFORMAT Laser ClassThe laser class of the boards.
10.14
REF _Ref141710435 \h \* MERGEFORMAT Electromagnetic Compatibility (EMC)
The electromagnetic compatibility of the product.
10.1 Optical Interfaces XE "optical interface" The optical interfaces on the client end comply with ITU-T G.957 and G.691.
STM64 optical interface: I-64.1, I64.2, S64.2bSTM16 optical interface: I-16, S-16.1, L-16.1, L-16.2
STM4 optical interface: S-4.1, L-4.2
GE: 1000 BASE-SX, 1000 BASE-LX-10 km, 1000 BASE-LX-40 km, 1000 BASE-ZX-80 km10GE: 10G BASE-LR, 10G BASE-ER
ESCON: ANSI X3.230, X3.296
Laser safety: In compliance with ITU-T Recommendation G.664Fiber connector: LC/PC, SC/FC, FC/PC, LSH/APC10.2 Power Supply XE "power supply" Input voltage: 38.4 V to 57.6 V DC or 48.0 V to 72.0 V DC
10.3 Parameters of Mechanical Structure XE " parameters of mechanical structure " Table 10-1 Parameters of cabinet and subrack
Height Width Depth Weight
CabinetType 12200 mm (86.6 in.)600 mm(23.6 in.)300 mm(11.8 in.)69 kg (152 lb.)
Type 22600 mm (102.4 in.)600 mm
(23.6 in.)300 mm(11.8 in.)78 kg (172 lb.)
Type 31800 mm (70.9 in.) 600 mm(23.6 in.)300 mm(11.8 in.)58 kg (128 lb.)
Type 42000 mm (78.7 in.)600 mm(23.6 in.)300 mm(11.8 in.)64 kg (141 lb.)
Standard subrack625 mm
(24.6 in.)495 mm(19.5 in.)291 mm(11.5 in.)18 kg (40 lb.) a
Independent OLA subrack655 mm(25.8 in.)435 mm(17.1 in.)291 mm(11.5 in.)19 kg (42 lb.) a
a: It is the weight of an empty subrack with no boards or fan box installed.10.4 Channel Allocation
Table 10-2 C-band channel allocation XE "C-band channel allocation" (96 channels with 50GHz spacing)
Central Frequency (THz) Central Wavelength (nm)Central Frequency (THz)Central Wavelength (nm)
196.051529.163193.651548.115
196.001529.553193.601548.515
195.951529.944193.551548.915
195.901530.334193.501549.315
195.851530.725193.451549.715
195.801531.116193.401550.116
195.751531.507193.351550.517
195.701531.898193.301550.918
195.651532.290193.251551.319
195.601532.681193.201551.721
195.551533.073193.151552.122
195.501533.465193.101552.524
195.451533.858193.051552.926
195.401534.250193.001553.329
195.351534.643192.951553.731
195.301535.036192.901554.134
195.251535.429192.851554.537
195.201535.822192.801554.940
195.151536.216192.751555.343
195.101536.609192.701555.747
195.051537.003192.651556.151
195.001537.397192.601556.555
194.951537.792192.551556.959
194.901538.186192.501557.363
194.851538.581192.451557.768
194.801538.976192.401558.173
194.751539.371192.351558.578
194.701539.766192.301558.983
194.651540.162192.251559.389
194.601540.557192.201559.794
194.551540.953192.151560.200
194.501541.349192.101560.606
194.451541.746192.051561.013
194.401542.142192.001561.419
194.351542.539191.951561.826
194.301542.936191.901562.233
194.251543.333191.851562.640
194.201543.730191.801563.047
194.151544.128191.751563.455
194.101544.526191.701563.863
194.051544.924191.651564.271
194.001545.322191.601564.679
193.951545.720191.551565.087
193.901546.119191.501565.496
193.851546.518191.451565.905
193.801546.917191.401566.314
193.751547.316191.351566.723
193.701547.715191.301567.133
Note: The odd number wavelengths belong to the C-ODD band and the even number wavelengths belong to the C-EVEN band.192.05~191.30 are the central frequencies of the channels of the C extended wave band.
Table 10-3 C plus-band channel allocation XE "C-band channel allocation" (96 channels with 50GHz spacing)Central Frequency (THz) Central Wavelength (nm)Central Frequency (THz)Central Wavelength (nm)
196.0751528.968 193.6751547.915
196.0251529.358 193.6251548.315
195.9751529.748 193.5751548.715
195.9251530.139 193.5251549.115
195.8751530.529 193.4751549.515
195.8251530.920 193.4251549.916
195.7751531.311 193.3751550.317
195.7251531.702 193.3251550.717
195.6751532.094 193.2751551.119
195.6251532.485 193.2251551.520
195.5751532.877 193.1751551.922
195.5251533.269 193.1251552.323
195.4751533.661 193.0751552.725
195.4251534.054 193.0251553.128
195.3751534.446 192.9751553.530
195.3251534.839 192.9251553.933
195.2751535.232 192.8751554.335
195.2251535.625 192.8251554.739
195.1751536.019 192.7751555.142
195.1251536.412 192.7251555.545
195.0751536.806 192.6751555.949
195.0251537.200 192.6251556.353
194.9751537.594 192.5751556.757
194.9251537.989 192.5251557.161
194.8751538.383 192.4751557.566
194.8251538.778 192.4251557.970
194.7751539.173 192.3751558.375
194.7251539.568 192.3251558.780
194.6751539.964 192.2751559.186
194.6251540.359 192.2251559.591
194.5751540.755 192.1751559.997
194.5251541.151 192.1251560.403
194.4751541.548 192.0751560.809
194.4251541.944 192.0251561.216
194.3751542.341 191.9751561.622
194.3251542.737 191.9251562.029
194.2751543.135 191.8751562.436
194.2251543.532 191.8251562.844
194.1751543.929 191.7751563.251
194.1251544.327 191.7251563.659
194.0751544.725 191.6751564.067
194.0251545.123 191.6251564.475
193.9751545.521 191.5751564.883
193.9251545.920 191.5251565.292
193.8751546.318 191.4751565.700
193.8251546.717 191.4251566.109
193.7751547.116 191.3751566.518
193.7251547.516 191.3251566.928
Note: The odd number wavelengths belong to the C-ODD-PLUS band and the even number wavelengths belong to the C-EVEN-PLUS band.192.075~191.325 are the central frequencies of the channels of the C extended wave band.Table 10-4 L-band channel allocation XE "L-band channel allocation" (80 channels with 50GHz spacing)
Central Frequency (THz) Central Wavelength (nm)Central Frequency (THz) Central Wavelength (nm)
190.901570.42188.901587.04
190.851570.83188.851587.46
190.801571.24188.801587.88
190.751571.65188.751588.30
190.701572.06188.701588.73
190.651572.48188.651589.15
190.601572.89188.601589.57
190.551573.30188.551589.99
190.501573.71188.501590.41
190.451574.13188.451590.83
190.401574.54188.401591.26
190.351574.95188.351591.68
190.301575.37188.301592.10
190.251575.78188.251592.52
190.201576.20188.201592.95
190.151576.61188.151593.37
190.101577.03188.101593.79
190.051577.44188.051594.22
190.001577.86188.001594.64
189.951578.27187.951595.06
189.901578.69187.901595.49
189.851579.10187.851595.91
189.801579.52187.801596.34
189.751579.93187.751596.76
189.701580.35187.701597.19
189.651580.77187.651597.62
189.601581.18187.601598.04
189.551581.60187.551598.47
189.501582.02187.501598.89
189.451582.44187.451599.32
189.401582.85187.401599.75
189.351583.27187.351600.17
189.301583.69187.301600.60
189.251584.11187.251601.03
189.201584.53187.201601.46
189.151584.95187.151601.88
189.101585.36187.101602.31
189.051585.78187.051602.74
189.001586.20187.001603.17
188.951586.62186.951603.57
The odd number wavelengths belong to L-ODD band and the even number wavelengths belong to L-EVEN band.
Table 10-5 C-band channel allocation of 8-channel system (G.653 fiber)
Central Frequency (THz) Central Wavelength (nm)Central Frequency (THz) Central Wavelength (nm)
192.11560.61195.11536.61
192.31558.98195.51533.47
192.61556.55195.81531.12
193.001553.33196.01529.55
Table 10-6 C-band channel allocation of 12-channel system (G.653 fiber)
Central frequency (THz) Central wavelength (nm)Central frequency (THz) Central wavelength (nm)
192.11560.61194.01545.32
192.21559.79194.11544.53
192.41558.17195.31535.04
192.81554.94195.71531.90
193.001553.33195.91530.33
193.11552.52196.01529.55
Table 10-7 C-band channel allocation of 16-channel system (G.653 fiber)
Central Frequency (THz) Central Wavelength (nm)Central Frequency (THz) Central Wavelength (nm)
192.11560.61195.01537.40
192.21559.79195.11536.61
192.31558.98195.41534.25
192.41558.17195.51533.47
192.61556.55195.71531.90
192.71555.75195.81531.12
193.01553.33195.91530.33
193.11552.52196.01529.55
10.5 Auxiliary Interface
10.5.1 64k bit/s Interface XE " auxiliary interface : 64k bit/s interface " Table 10-8 shows the parameters of the 64 kbit/s interface. The 64 kbit/s interface refers to the F1 interface on the interface area of standard subrack or on the PMU board of the independent OLA subrack.
Table 10-8 Parameters of the 64 kbit/s interface
ParameterDescription
Bit rate64 kbit/s
Timing signalsFrom RX
Coding styleITU-T G.703
Outgoing pulse shapeITU-T G.703
Output interface characteristicsITU-T G.703
Incoming interface characteristicsITU-T G.703
10.5.2 RS-232 Interface XE " auxiliary interface:RS-232 interface " Table 10-9 shows the parameters of the RS-232 interface. The RS-232 interface refers to the F&f,Serial1 and Serial2 interfaces on the interface area of standard subrack or on the PMU board of the independent OLA subrack.
Table 10-9 Parameters of the RS-232 interface
ParameterDescription
Bit rate19.2 kbit/s to the maximum
ModeRS-232 Tx & Rx data only
Electrical levels5 V to 15 V
10.5.3 RS-422 Interface XE " auxiliary interface:RS-422 interface " Table 10-10 shows the parameters of the RS-422 interface. The RS-422 interface refers to the Serial1 and Serial2 interfaces on the interface area of standard subrack or on the PMU board of the independent OLA subrack.
Table 10-10 Parameters of the RS-422 interface
ParameterDescription
Bit rate19.2 kbit/s to the maximum
ModeRS-422 Tx & Rx data only
Electrical levels2.0 V
10.5.4 Orderwire Interface XE " auxiliary interface: orderwire interface " Table 10-11 shows the parameters of the orderwire interface.
Table 10-11 Parameters of the orderwire interface
ParameterDescription
Speech channel interface
Handset impedance600 ohms
Bandwidth300 to 3400 Hz
Handset operating current18 mA
Input Tx gain4/0/0 dB
Output Rx gain0/7/0 dB
SignalingDTMF compliant with ITU-T Rec. Q.23
Analog EOW extension
Impedance600 ohms
Bandwidth300 to 3400 Hz
Tx level3.5 dBr 1 dB
Rx level3.5 dBr 1 dB
10.6 Environment Specifications
The OptiX BWS 1600G can work normally for a long time in the environment as follows XE "environment condition" .
Table 10-12 Environment specifications
ItemParameter
Altitude( 4000 m (2.5 mi.)
Air pressure70106 kPa
Temperature0(C (32F) to 40(C (104F)
Relative Humidity10%90%
Antiseismic performanceStanding earthquake of Richter scale 79
10.7 Main Optical Path
The following is a typical DWDM network diagram. Read it through, because in the following sections we will use the reference points in Figure 10-1.
Figure 10-2 Typical DWDM network diagram
The characteristic of the optical interface at points MPI-S or S' and MPI-R or R' as well as the main optical path XE "DWDM network main optical path" parameters are shown in the following tables. In this section, the span specifications are provided when FEC technology is adopted and the Raman technology is not used.10.7.2 Type I System XE "type I system:main optical path parameter" Table 10-13 Main optical path parameters of the OptiX BWS 1600G-I system (SSMF/G.655 fiber)
ItemUnitPerformance Parameter
Span of line-5 x 20 dB2 x 24 dB1 x 28 dB
Number of channels-160160160
Maximum bit rate of channel-STM-64STM-64STM-64
Optical interface at points MPI-S and S
Channel output power (output port of amplifiers)AveragedBm+1.0+1.0+1.0
MaximumdBm+3.0+3.0+3.0
MinimumdBm3.03.03.0
Maximum total output powerdBm+20.0+20.0+20.0
Maximum output loss at points S and S (FIU insertion loss)dB+1.5+1.5+1.5
Maximum channel power difference at point MPI-SdB666
Optical path (MPI-S - MPI-R)
Maximum optical path penaltydB222
Maximum dispersionps/nm7500/2250 a3600/1080 a2100/630a
Maximum discrete reflectancedB272727
Maximum average differential group delay (DGD)ps151515
Minimum return lossdB242424
Optical interface at points MPI-R and R
Channel input power (input port of amplifiers)AveragedBm222631
MaximumdBm182229
MinimumdBm263033
Maximum total input power (input port of amplifiers)dBm3712
Minimum channel optical signal-to-noise ratio at point MPI-RdB202020
Maximum channel power difference at point MPI-RdB886
Input loss at points MPI-R and R (FIU insertion loss)dB 1.5 1.5 1.5
Maximum insertion loss of ITL at the point MPI-RdB333
a: The value before / is for the G.652 fiber, and the value after / is for the G.655 fiber.10.7.3 Type II System XE "type II system: C+L 800G main optical path parameter" Table 10-14 Main optical path parameters of the OptiX BWS 1600G-II system (C+L, SSMF fiber)
ItemUnitPerformance Parameter
Span of line-7 x 22 dB4 x 25 dB1 x 32 dB
Number of channels-808080
Maximum bit rate of channel-STM-64STM-64STM-64
Optical interface at points MPI-S and S
Channel output power (output port of amplifiers)AveragedBm+4.0+4.0+4.0
MaximumdBm+7.0+7.0+7.0
MinimumdBm+1.0+1.0+1.0
Maximum total output powerdBm+20.0+20.0+20.0
Maximum output loss at points S and S (FIU insertion loss) dB+1.5+1.5+1.5
Maximum channel power difference at point MPI-S (C band and L band are independent)dB666
Optical path (MPI-S MPI-R)
Maximum optical path penaltydB222
Maximum dispersionps/nm1120076002400
Maximum discrete reflectancedB272727
Maximum average differential group delay (DGD)ps151515
Minimum return lossdB242424
Optical interface at points MPI-R and R
Channel input power (input port of amplifiers)AveragedBm212431
MaximumdBm172028
MinimumdBm252834
Maximum total input power (input port of amplifiers)dBm5815
Minimum channel optical signal-to-noise ratio at point MPI-RdB202020
Maximum channel power difference at point MPI-RdB886
Input loss at points MPI-R and R (FIU insertion loss)dB1.51.51.5
Table 10-15 Main optical path parameters of the OptiX BWS 1600G-II system (C band, SSMF fiber, NRZ) XE "type II system: C 800G main optical path parameter for SSMF fiber, NRZ " ItemUnitPerformance Parameter
Span of line-16 x 22dB8 x 27dB
Number of channels-8080
Maximum bit rate of channel-STM-64STM-64
Optical interface at points MPI-S and S
Channel output power (output port of amplifiers)AveragedBm+1+1
MaximumdBm+5+4
MinimumdBm-3-2
Maximum total output powerdBm2020
Maximum output loss at points S and S (FIU insertion loss) dB11
Maximum channel power difference at point MPI-S (C band and L band are independent)dB86
Optical path (MPI-S MPI-R)
Maximum optical path penaltydB22
Maximum dispersionps/nm2560016000
Maximum discrete reflectancedB-27-27
Maximum average differential group delay (DGD)ps15 15
Optical interface at points MPI-R and R
Channel input power (input port of amplifiers)AveragedBm-23-28
MaximumdBm-19-24
MinimumdBm-27-32
Maximum total input power (input port of amplifiers)dBm-4-9
Minimum channel optical signal-to-noise ratio at point MPI-RdB16.515
Maximum channel power difference at point MPI-RdB88
Input loss at points MPI-R and R (FIU insertion loss)dB11
Maximum insertion loss of ITL at the point MPI-RdB33
Table 10-16 Main optical path parameters of the OptiX BWS 1600G-II system (C band, LEAF fiber, NRZ) XE "type II system: C 800G main optical path parameter for LEAF fiber, NRZ " ItemUnitPerformance Parameter
Span of line-14 x 22 dB7 x 27 dB
Number of channels-8080
Maximum bit rate of channel-STM-64STM-64
Optical interface at points MPI-S and S
Channel output power (output port of amplifiers)AveragedBm+1+1
MaximumdBm+5+4
MinimumdBm-3-2
Maximum total output powerdBm2020
Maximum output loss at points S and S (FIU insertion loss) dB11
Maximum channel power difference at point MPI-S (C band and L band are independent)dB86
Optical path (MPI-S MPI-R)
Maximum optical path penaltydB22
Maximum dispersionps/nm67208640
Maximum discrete reflectancedB-27-27
Maximum average differential group delay (DGD)ps1515
Optical interface at points MPI-R and R
Channel input power (input port of amplifiers)AveragedBm-23-28
MaximumdBm-19-24
MinimumdBm-27-32
Maximum total input power (input port of amplifiers)dBm-4-9
Minimum channel optical signal-to-noise ratio at point MPI-RdB16.815.7
Maximum channel power difference at point MPI-RdB86
Input loss at points MPI-R and R (FIU insertion loss)dB11
Table 10-17 Main optical path parameters of the OptiX BWS 1600G-II (SSMF fiber, DRZ) XE "type II system: C 800G main optical path parameter for SSMF fiber, DRZ " ItemUnitPerformance Parameter
Span of line-20 x 22 dB
Number of channels-80
Maximum bit rate of channel-OTU-2
Optical interface at points MPI-S and S
Channel output power (output port of amplifiers)AveragedBm1
MaximumdBm4
MinimumdBm-2
Maximum total output powerdBm+20.0
Maximum output loss at points S and S (FIU insertion loss)dB1
Maximum channel power difference at point MPI-SdB6
Optical path (MPI - S - MPI - R)
Maximum discrete reflectancedB-27
Maximum average differential group delay (DGD)ps15
Maximum dispersionps/nm32000
Channel input power (input port of amplifiers)AveragedBm-23
Maximum dBm-19
MinimumdBm-27
Minimum channel optical signal-to-noise ratio at point MPI-RdB14.5
Maximum channel power difference at point MPI-RdB8
Input loss at points MPI-R and R (FIU insertion loss)dB1
Table 10-18 Main optical path parameters of the OptiX BWS 1600G-II (LEAFfiber, DRZ) XE "type II system: C 800G main optical path parameter for LEAFfiber, DRZ " ItemUnitPerformance Parameter
Span of line-20 x 22 dB
Number of channels-80
Maximum bit rate of channel-OTU-2
Optical interface at points MPI-S and S
Channel output power (output port of amplifiers)AveragedBm1
MaximumdBm4
MinimumdBm-2
Maximum total output powerdBm+20.0
Maximum output loss at points S and S (FIU insertion loss)dB1
Maximum channel power difference at point MPI-SdB6
Optical path (MPI - S - MPI - R)
Maximum discrete reflectancedB-27
Maximum average differential group delay (DGD)ps15
Maximum dispersionps/nm9600
Optical interface at points MPI-R and R
Channel input power (input port of amplifiers)AveragedBm-23
Maximum dBm-19
MinimumdBm-27
Minimum channel optical signal-to-noise ratio at point MPI-RdB14.5
Maximum channel power difference at point MPI-RdB8
Input loss at points MPI-R and R (FIU insertion loss)dB1
10.7.4 Type III SystemTable 10-19 Main optical path parameters of the OptiX BWS 1600G-III system (SSMF fiber, NRZ) XE "type III system: main optical path parameter for SSMF fiber, NRZ " ItemUnitPerformance Parameter
Span of line-20 x 22 dB16 x 25dB8 x 30dB
Number of channels-404040
Maximum bit rate of channel-STM-64STM-64STM-64
Optical interface at points MPI-S and S
Channel output power (output port of amplifiers)AveragedBm+4.0+4.0+4.0
MaximumdBm+7.0+7.0+7.0
MinimumdBm+1.0+1.0+1.0
Maximum total output powerdBm+20.0+20.0+20.0
Maximum output loss at points S and S (FIU insertion loss)dB111
Maximum channel power difference at point MPI-SdB666
Optical path (MPI - S - MPI - R)
Maximum optical path penaltydB222
Maximum dispersionps/nm320003200017600
Maximum discrete reflectancedB-27-27-27
Maximum average differential group delay (DGD)ps151515
Minimum return lossdB242424
Optical interface at points MPI-R and R
Channel input power (input port of amplifiers)AveragedBm-20-23-28
MaximumdBm-16-19-25
MinimumdBm-24-27-31
Maximum total input power (input port of amplifiers)dBm-4-7-12
Minimum channel optical signal-to-noise ratio at point MPI-RdB17.51615
Maximum channel power difference at point MPI-RdB886
Input loss at points MPI-R and R (FIU insertion loss)dB111
Table 10-20 Main optical path parameters of the OptiX BWS 1600G-III system (LEAF fiber, NRZ) XE "type III system: main optical path parameter for LEAF fiber, NRZ " ItemUnitPerformance Parameter
Span of line-16 x 25 dB8 x 30dB
Number of channels-4040
Maximum bit rate of channel-STM-64STM-64
Optical interface at points MPI-S and S
Channel output power (output port of amplifiers)AveragedBm+4.0+4.0
MaximumdBm+7.0+7.0
MinimumdBm+1.0+1.0
Maximum total output powerdBm+20.0+20.0
Maximum output loss at points S and S (FIU insertion loss)dB11
Maximum channel power difference at point MPI-SdB66
Optical path (MPI - S - MPI - R)
Maximum optical path penaltydB22
Maximum dispersionps/nm87605280
Maximum discrete reflectancedB-27-27
Maximum average differential group delay (DGD)ps1515
Minimum return lossdB2424
Optical interface at points MPI-R and R
Channel input power (input port of amplifiers)AveragedBm-23-28
MaximumdBm-19-25
MinimumdBm-27-31
Maximum total input power (input port of amplifiers)dBm-7-12
Minimum channel optical signal-to-noise ratio at point MPI-RdB16.515
Maximum channel power difference at point MPI-RdB86
Input loss at points MPI-R and R (FIU insertion loss)dB11
Table 10-21 Main optical path parameters of the OptiX BWS 1600G-III (SSMF fiber, DRZ) XE "type III system: main optical path parameter for SSMF fiber, DRZ" ItemUnitPerformance Parameter
Span of line-25 x 22 dB
Number of channels-40
Maximum bit rate of channel-OTU-2
Optical interface at points MPI-S and S
Channel output power (output port of amplifiers)AveragedBm4
MaximumdBm7
MinimumdBm1
Maximum total output powerdBm+20.0
Maximum output loss at points S and S (FIU insertion loss)dB1
Maximum channel power difference at point MPI-SdB6
Optical path (MPI - S - MPI - R)
Maximum discrete reflectancedB-27
Maximum average differential group delay (DGD)ps15
Maximum dispersionps/nm40000
Channel input power (input port of amplifiers)AveragedBm-20
Maximum dBm-16
MinimumdBm-24
Minimum channel optical signal-to-noise ratio at point MPI-RdB14.5
Maximum channel power difference at point MPI-RdB8
Input loss at points MPI-R and R (FIU insertion loss)dB1
Table 10-22 Main optical path parameters of the OptiX BWS 1600G-III (LEAF fiber, DRZ) XE "type III system: main optical path parameter for LEAF fiber, DRZ" ItemUnitPerformance Parameter
Span of line-25 x 22 dB
Number of channels-40
Maximum bit rate of channel-OTU-2
Optical interface at points MPI-S and S
Channel output power (output port of amplifiers)AveragedBm4
MaximumdBm7
MinimumdBm1
Maximum total output powerdBm+20.0
Maximum output loss at points S and S (FIU insertion loss)dB1
Maximum channel power difference at point MPI-SdB6
Optical path (MPI - S - MPI - R)
Maximum discrete reflectancedB-27
Maximum average differential group delay (DGD)ps15
Maximum dispersionps/nm12000
Channel input power (input port of amplifiers)AveragedBm-20
Maximum dBm-16
MinimumdBm-24
Minimum channel optical signal-to-noise ratio at point MPI-RdB14.5
Maximum channel power difference at point MPI-RdB8
Input loss at points MPI-R and R (FIU insertion loss)dB1
Table 10-23 Main optical path parameters of the OptiX BWS 1600G-III system (G.653 fiber, DRZ) XE "type III system:main optical path parameter for G.653 transmission, DRZ" ItemUnitSpecifications
Number of spans and attenuation-14 x 23 dB11 x 23 dB
Number of channels-2240
Maximum bit rate of per channel-STM-64/OC-192STM-64/OC-192
System wavelength rangeTHz192.10 to 196.00
Optical interface parameters at points MPI-S and S
Channel output power aAveragedBm+4.0+4.0
MaximumdBm+7.0+7.0
MinimumdBm+1.0+1.0
Maximum total output powerdBm+11.0+11.0
Maximum insertion loss at S and S (FIU)dB+1+1
Maximum channel power difference at point MPI-SdB66
Optical path (from MPI-S to MPI-R)
Maximum optical path penaltydB22
Maximum discrete reflectancedB2727
Maximum average differential group delay (DGD)ps1515
Minimum return lossdB2424
Optical interface parameters at points MPI-R AND R
Channel input powerAveragedBm2121
MaximumdBm1818
MinimumdBm2424
Minimum optical signal-to-noise ratio at point MPI-RdB15.514.5
Maximum channel power difference at point MPI-RdB88
Maximum insertion loss at MPI-R and MPI-R (FIU)dB11
a: The channel output power is the input optical power of the system at point S, including FIU loss at the transmit end.
The split-band dispersion compensation is needed when the transmission distance exceeds 300 km (186 mi.) on G.653 fiber for C-band signal.Table 10-24 Main optical path parameters of the OptiX BWS 1600G-III system (G.653 fiber, NRZ) XE "type III system:main optical path parameter for G.653 transmission, NRZ"
ItemUnitSpecifications
Number of spans and attenuation-10 x 23 dB8 x 22 dB
Number of channels-2240
Maximum bit rate of per channel-STM-64/OC-192STM-64/OC-192
System wavelength rangeTHz192.10 to 196.00
Optical interface parameters at points MPI-S and S
Channel output power aAveragedBm+4.0+4.0
MaximumdBm+7.0+7.0
MinimumdBm+1.0+1.0
Maximum total output powerdBm+11.0+11.0
Maximum insertion loss at S and S (FIU)dB+1+1
Maximum channel power difference at point MPI-SdB66
Optical path (from MPI-S to MPI-R)
Maximum optical path penaltydB22
Maximum discrete reflectancedB2727
Maximum average differential group delay (DGD)ps1515
Minimum return lossdB2424
Optical interface parameters at points MPI-R AND R
Channel input powerAveragedBm2120
MaximumdBm1817
MinimumdBm2423
Minimum optical signal-to-noise ratio at point MPI-RdB17.016.5
Maximum channel power difference at point MPI-RdB88
Maximum insertion loss at MPI-R and MPI-R (FIU)dB11
a: The channel output power is the input optical power of the system at point S, including FIU loss at the transmit end.10.7.5 Type IV System
Table 10-25 Main optical path parameters of the OptiX BWS 1600G-IV system (G.653 fiber, L band) XE "type IV system:main optical path parameter for G.653 transmission" ItemUnitPerformance Parameter
Span of line-5 x 22 dB3 x 25 dB1 x 30 dB
Number of channels-404040
Maximum bit rate of channel-STM-64STM-64STM-64
Optical interface at points MPI-S and S a
Channel output power bAveragedBm+1.0+1.0+1.0
MaximumdBm+2.0+2.0+2.0
MinimumdBm4.04.04.0
Maximum total output powerdBm+17.0+17.0+17.0
Maximum insertion loss at S and S (FIU)dB1.01.01.0
Maximum channel power difference at point MPI-SdB666
Optical path (MPI - S - MPI R)
Maximum optical path penaltydB222
Maximum dispersionps/nm16001080440
Maximum discrete reflectancedB272727
Maximum average differential group delay (DGD)ps151515
Minimum return lossdB242424
Optical interface at points MPI-R and R
Channel input power (input port of amplifiers)AveragedBm212429
MaximumdBm182126
MinimumdBm242732
Maximum total input power (input port of amplifiers)dBm5813
Minimum channel optical signal-to-noise ratio at point MPI-RdB202020
Maximum channel power difference at point MPI-RdB666
Input loss at points MPI-R and R (FIU insertion loss)dB111
a: The pre-equilibrium should be performed to the optical power input into the transmit end.
b: The channel output power is the input optical power of the system at point S, including FIU loss at the transmit end.
10.7.6 Type V System
Table 10-26 Main optical path parameters of the OptiX BWS 1600G-V system (G.652/G.655 fiber) XE "type V system:main optical path parameter" ItemUnitPerformance Parameter
Span of line-8 x 22 dB6 x 27 dB1 x 39 dB
Number of channels-404040
Maximum bit rate of channel-STM-16STM-16STM-16
Optical interface at points MPI-S AND S
Channel output power (output port of amplifiers)AveragedBm+4.0+4.0+4.0
MaximumdBm+7.0+7.0+6.0
MinimumdBm+1.0+1.0+2.0
Maximum total output powerdBm+20.0+20.0+20.0
Maximum output loss at points S and S (FIU insertion loss)dB+1+1+1
Channel signal-to-noise ratio at point MPI-SdB> 35> 35> 35
Maximum channel power difference at point MPI-SdB664
Optical path (MPI - S - MPI R)
Maximum optical path penaltydB222
Maximum dispersionps/nm12800/384012000/36003000/900
Maximum discrete reflectancedB272727
Maximum average differential group delay (DGD)ps404040
Minimum return lossdB242424
Optical interface at points MPI-R and R
Channel input power (input port of amplifiers)AveragedBm202537 a
MaximumdBm162134
MinimumdBm243940
Maximum total input power (input port of amplifiers)dBm4920
minimum channel optical signal-to-noise ratio at point MPI-RdB202020
Maximum channel power difference at point MPI-RdB886
Input loss at points MPI-R and R (FIU insertion loss)dB111
a: The number of operating wavelengths should be not less than 8.
10.7.7 Type VI System
Table 10-27 Main optical path parameters of the OptiX BWS 1600G-VI system (G.652, 8-channel, forward Raman+ backward Raman) XE "type VI system:8-channel main optical path parameter" ItemUnitPerformance Parameter
Fiber type-SSMF
Span of line-1 x 66 dB
Number of channels-8
Maximum bit rate of channel-STM-64
Line code formatDRZ
Optical interface at points MPI-S and S
Channel output power (output port of amplifiers)AveragedBm+2
MaximumdBm+7
MinimumdBm3
Maximum total output powerdBm+16
Channel signal-to-noise ratio at point MPI-SdB>30
Maximum channel power difference at point MPI-SdB10
Optical path (MPI - S - MPI R)
Maximum optical path penaltydB2
Maximum dispersionps/nm6000
Maximum discrete reflectancedB27
Maximum average differential group delay (DGD)ps15
Optical interface at points MPI-R and R
Channel input power (input port of amplifiers, Raman amplifier is open)AveragedBm45
MaximumdBm42
MinimumdBm48
Maximum channel power difference at point MPI-RdB6
Table 10-28 Main optical path parameters of the OptiX BWS 1600G-VI system (G.652/G.655 fiber, 10-channel, HBA+Raman) XE "type VI system:10-channel main optical path parameter" ItemUnitPerformance Parameter
Fiber type-G.652/G.655G.652G.655
Span of line-1 x 64 dB1 x 63 dB1 x 61 dB
Number of channels-101010
Maximum bit rate of channel-STM-16STM-64STM-64
Line code formatNRZDRZDRZ
Optical interface at points MPI-S and S
Channel output power (output port of amplifiers)AveragedBm+16+16+16
MaximumdBm+17+17+17
MinimumdBm+13+13+13
Maximum total output powerdBm+26+26+26
Channel signal-to-noise ratio at point MPI-SdB>30>30>30
Maximum channel power difference at point MPI-SdB444
Optical path (MPI - S - MPI R)
Maximum optical path penaltydB222
Maximum dispersionps/nm580056001700
Maximum discrete reflectancedB272727
Maximum average differential group delay (DGD)ps151515
Optical interface at points MPI-R and R
Channel input power (input port of amplifiers, Raman amplifier is open)AveragedBm383535
MaximumdBm352222
MinimumdBm413838
Maximum channel power difference at point MPI-RdB666
Table 10-29 Main optical path specifications of the OptiX BWS 1600G-VI system (G.652/G.655 fiber, 40-channel, HBA+Raman) XE "type VI system:40-channel main optical path parameter" ItemUnitPerformance Parameter
Fiber type-G.652/G.655G.652G.655
Span of line-1 x 53 dB1 x 52 dB1 x 50 dB
Number of channels-404040
Maximum bit rate of channel-STM-16STM-64STM-64
Line code formatNRZDRZDRZ
Optical interface at points MPI-S and S
Channel output power (output port of amplifiers)AveragedBm+10+10+10
MaximumdBm+13+13+13
MinimumdBm+7+7+7
Maximum total output powerdBm+26+26+26
Channel signal-to-noise ratio at point MPI-SdB>30>30>30
Maximum channel power difference at point MPI-SdB666
Optical path(MPI - S - MPI R)
Maximum optical path penaltydB222
Maximum dispersionps/nm480047001400
Maximum discrete reflectancedB272727
Maximum average differential group delay (DGD)ps151515
Optical interface at points MPI-R and R
Channel input power (input port of amplifiers, Raman amplifier is open)AveragedBm363533
MaximumdBm333230
MinimumdBm393836
Maximum channel power difference at point MPI-RdB888
Table 10-30 Main optical path specifications of the OptiX BWS 1600G-VI system (G.652/G.655 fiber, 80-channel, HBA+Raman) XE "type VI system:80-channel main optical path parameter" ItemUnitPerformance Parameter
Fiber type-G.652G.655
Span of line-1 x 48 dB1 x 46 dB
Number of channels-8080
Maximum bit rate of channel-STM-64STM-64
Line code formatDRZDRZ
Optical interface at points MPI-S and S
Channel output power (output port of amplifiers)AveragedBm+7+7
MaximumdBm+10+10
MinimumdBm+4+4
Maximum total output powerdBm+26+26
Channel signal-to-noise ratio at point MPI-SdB>30>30
Maximum channel power difference at point MPI-SdB66
Optical path(MPI - S - MPI R)
Maximum optical path penaltydB22
Maximum dispersionps/nm43001200
Maximum discrete reflectancedB2727
Maximum average differential group delay (DGD)ps1515
Optical interface at points MPI-R and R
Channel input power (input port of amplifiers, Raman amplifier is open)AveragedBm3533
MaximumdBm3230
MinimumdBm3836
Maximum channel power difference at point MPI-RdB88
10.7.8 Type VII System XE "type VII system:main optical path parameter" Table 10-31 Main optical path parameters of the OptiX BWS 1600G-VII system(48 channels, SSMF fiber, NRZ)
ItemUnitPerformance Parameter
Span of line-20 x 22 dB16 x 25 dB8 x 30 dB
Number of channels-484848
Maximum bit rate of channel-STM-64/OC-192STM-64/OC-192STM-64/OC-192
Optical interface at points MPI-S and S
Channel output power (output port of amplifier)AveragedBm+4.0+4.0+4.0
MaximumdBm+7.0+7.0+7.0
MinimumdBm+1.0+1.0+1.0
Maximum total output powerdBm+20.8+20.8+20.8
Maximum output loss at points S and S (FIU insertion loss) dB+1+1+1
Maximum channel power difference at point MPI-SdB666
Optical path (MPI - S - MPI - R)
Maximum optical path penaltydB222
Maximum dispersionps/nm320003200017600
Maximum discrete reflectancedB272727
Maximum average differential group delay (DGD)ps151515
Minimum return lossdB242424
Optical interface at points MPI-R and R
Channel input power (input port of amplifier)AveragedBm202328
MaximumdBm161925
MinimumdBm242731
Maximum total input power (input port of amplifier)dBm4712
Minimum channel optical signal-to-noise ratio at point MPI-RdB17.51615
Maximum channel power difference at point MPI-RdB886
Input loss at points MPI-R and R (FIU insertion loss)dB111
Table 10-32 Main optical path parameters of the OptiX BWS 1600G-VII system(48 channels, LEAF fiber, NRZ)ItemUnitPerformance Parameter
Span of line-16 x 25 dB8 x 30 dB
Number of channels-4848
Maximum bit rate of channel-STM-64/OC-192STM-64/OC-192
Optical interface at points MPI-S and S
Channel output power (output port of amplifier)AveragedBm+4.0+4.0
MaximumdBm+7.0+7.0
MinimumdBm+1.0+1.0
Maximum total output powerdBm+20.8+20.8
Maximum output loss at points S and S (FIU insertion loss) dB+1+1
Maximum channel power difference at point MPI-SdB66
Optical path (MPI - S - MPI - R)
Maximum optical path penaltydB22
Maximum dispersionps/nm87605280
Maximum discrete reflectancedB2727
Maximum average differential group delay (DGD)ps1515
Minimum return lossdB2424
Optical interface at points MPI-R and R
Channel input power (input port of amplifier)AveragedBm2328
MaximumdBm1925
MinimumdBm2731
Maximum total input power (input port of amplifier)dBm712
Minimum channel optical signal-to-noise ratio at point MPI-RdB16.515
Maximum channel power difference at point MPI-RdB88
Input loss at points MPI-R and R (FIU insertion loss)dB11
Table 10-33 Main optical path parameters of the OptiX BWS 1600G-VII system(48 channels, SSMF fiber, DRZ)ItemUnitPerformance parameter
Span of line-25 x 22 dB
Number of channels-48
Maximum bit rate of channel-OTU-2
Optical interface at points MPI-S and S
Channel output power (output port of amplifier)AveragedBm4
MaximumdBm7
MinimumdBm1
Maximum total output powerdBm20.8
Maximum output loss at points S and S (FIU insertion loss)dB1
Maximum channel power difference at point MPI-SdB6
Optical path (MPI - S - MPI - R)
Maximum discrete reflectancedB27
Maximum average differential group delay (DGD)ps15
Maximum dispersionps/nm40000
Channel input power (input port of amplifier)AveragedBm20
Maximum dBm16
MinimumdBm24
Minimum channel optical signal-to-noise ratio at point MPI-RdB14.5
Maximum channel power difference at point MPI-RdB8
Input loss at points MPI-R and R (FIU insertion loss)dB1
Table 10-34 Main optical path parameters of the OptiX BWS 1600G-VII system(48 channels, LEAF fiber, DRZ)
ItemUnitPerformance parameter
Span of line-25 x 22 dB
Number of channels-48
Maximum bit rate of channel-OTU-2
Optical interface at points MPI-S and S
Channel output power (output port of amplifier)AveragedBm4
MaximumdBm7
MinimumdBm1
Maximum total output powerdBm20.8
Maximum output loss at points S and S (FIU insertion loss)dB1
Maximum channel power difference at point MPI-SdB6
Optical path (MPI - S - MPI - R)
Maximum discrete reflectancedB27
Maximum average differential group delay (DGD)ps15
Maximum dispersionps/nm12000
Optical interface at points MPI-R and R
Channel input power (input port of amplifier)AveragedBm20
Maximum dBm16
MinimumdBm24
Minimum channel optical signal-to-noise ratio at point MPI-RdB14.5
Maximum channel power difference at point MPI-RdB8
Input loss at points MPI-R and R (FIU insertion loss)dB1
Table 10-35 Main optical path parameters of the OptiX BWS 1600G-VII system (96 channel, SSMF fiber, NRZ)
ItemUnitPerformance Parameter
Span of line-16 x 22 dB8 x 27 dB
Number of channels-9696
Maximum bit rate of channel-STM-64/OC-192STM-64/OC-192
Optical interface at points MPI-S and S
Channel output power (output port of amplifiers)AveragedBm+1+1
MaximumdBm+5+4
MinimumdBm-3-2
Maximum total output powerdBm20.820.8
Maximum output loss at points S and S (FIU insertion loss) dB11
Maximum channel power difference at point MPI-S dB86
Optical path (MPI-S MPI-R)
Maximum optical path penaltydB22
Maximum dispersionps/nm2560016000
Maximum discrete reflectancedB-27-27
Maximum average differential group delay (DGD)ps15 15
Optical interface at points MPI-R and R
Channel input power (input port of amplifiers)AveragedBm-23-28
MaximumdBm-19-24
MinimumdBm-27-32
Maximum total input power (input port of amplifiers)dBm-4-9
Minimum channel optical signal-to-noise ratio at point MPI-RdB16.515
Maximum channel power difference at point MPI-RdB88
Input loss at points MPI-R and R (FIU insertion loss)dB11
Maximum insertion loss of ITL at the point MPI-RdB33
Table 10-36 Main optical path parameters of the OptiX BWS 1600G-VII system (96 channel, LEAF fiber, NRZ)ItemUnitPerformance Parameter
Span of line-14 x 22 dB7 x 27 dB
Number of channels-9696
Maximum bit rate of channel-STM-64/OC-192STM-64/OC-192
Optical interface at points MPI-S and S
Channel output power (output port of amplifiers)AveragedBm+1+1
MaximumdBm+5+4
MinimumdBm-3-2
Maximum total output powerdBm20.820.8
Maximum output loss at points S and S (FIU insertion loss) dB11
Maximum channel power difference at point MPI-S dB86
Optical path (MPI-S MPI-R)
Maximum optical path penaltydB22
Maximum dispersionps/nm67204180
Maximum discrete reflectancedB-27-27
Maximum average differential group delay (DGD)ps1515
Optical interface at points MPI-R and R
Channel input power (input port of amplifiers)AveragedBm-23-28
MaximumdBm-19-24
MinimumdBm-27-32
Maximum total input power (input port of amplifiers)dBm-4-9
Minimum channel optical signal-to-noise ratio at point MPI-RdB16.815.7
Maximum channel power difference at point MPI-RdB86
Input loss at points MPI-R and R (FIU insertion loss)dB11
Table 10-37 Main optical path parameters of the OptiX BWS 1600G-VII system (96 channel, SSMF fiber, DRZ) ItemUnitPerformance parameter
Span of line-20 x 22 dB
Number of channels-96
Maximum bit rate of channel-OTU-2
Optical interface at points MPI-S and S
Channel output power (output port of amplifier)AveragedBm1
MaximumdBm4
MinimumdBm2
Maximum total output powerdBm20.8
Maximum output loss at points S and S (FIU insertion loss)dB1
Maximum channel power difference at point MPI-SdB6
Optical path (MPI - S - MPI - R)
Maximum discrete reflectancedB27
Maximum average differential group delay (DGD)ps15
Maximum dispersionps/nm32000
Optical interface at points MPI-R and R
Channel input power (input port of amplifier)AveragedBm23
Maximum dBm19
MinimumdBm27
Minimum channel optical signal-to-noise ratio at point MPI-RdB14.5
Maximum channel power difference at point MPI-RdB8
Input loss at points MPI-R and R (FIU insertion loss)dB1
Table 10-38 Main optical path parameters of the OptiX BWS 1600G-VII system (96 channel, LEAF fiber, DRZ) ItemUnitPerformance parameter
Span of line-20 x 22 dB
Number of channels-96
Maximum bit rate of channel-OTU-2
Optical interface at points MPI-S and S
Channel output power (output port of amplifier)AveragedBm1
MaximumdBm4
MinimumdBm2
Maximum total output powerdBm20.8
Maximum output loss at points S and S (FIU insertion loss)dB1
Maximum channel power difference at point MPI-SdB6
Optical path (MPI - S - MPI - R)
Maximum discrete reflectancedB27
Maximum average differential group delay (DGD)ps15
Maximum dispersionps/nm9600
Optical interface at points MPI-R and R
Channel input power (input port of amplifier)AveragedBm23
Maximum dBm19
MinimumdBm27
Minimum channel optical signal-to-noise ratio at point MPI-RdB14.5
Maximum channel power difference at point MPI-RdB8
Input loss at points MPI-R and R (FIU insertion loss)dB1
10.7.9 Type VIII System XE "type VIII system:main optical path parameter" Table 10-39 40 x 40G system specification (SSMF/LEAF fiber, DRZ)
ItemUnitPerformance Parameter
Fiber-SSMFLEAF
Span of line-15 x 22 dB12 x 22 dB
Number of channels-4040
Maximum bit rate of channel-STM-256/OC-768STM-256/OC-768
Optical interface at points MPI-S and S
Channel output power (output port of amplifier)AveragedBm+4+4
MaximumdBm+7.0+7.0
MinimumdBm+1.0+1.0
Maximum total output powerdBm2020
Maximum output loss at points S and S (FIU insertion loss)dB 1.0 1.0
Maximum channel power difference at point MPI-SdB44
Optical path (MPI - S - MPI - R)
Maximum optical path penaltydB 2 2
Maximum dispersionps/nm240005760
Maximum discrete reflectancedB2727
Maximum average differential group delay (DGD)ps44
Optical interface at points MPI-R and R
Channel input power (input port of amplifier)AveragedBm2020
MaximumdBm1616
MinimumdBm2424
Minimum channel optical signal-to-noise ratio at point MPI-RdB19.519.5
Maximum channel power difference at point MPI-RdB88
Input loss at points MPI-R and R (FIU insertion loss)dB 1.0 1.0
Table 10-40 80 x 40G system specification (SSMF/LEAF fiber, ODB)
ItemUnitPerformance Parameter
Fiber-SSMFLEAF
Span of line-10 x 22 dB10 x 22 dB
Number of channels-8080
Maximum bit rate of channel-STM-256/OC-768STM-256/OC-768
Optical interface at points MPI-S and S
Channel output power (output port of amplifier)AveragedBm+1+1
MaximumdBm+4+4
MinimumdBm22
Maximum total output powerdBm2020
Maximum output loss at points S and S (FIU insertion loss)dB 1.0 1.0
Maximum channel power difference at point MPI-SdB44
Optical path (MPI - S - MPI - R)
Maximum optical path penaltydB 2 2
Maximum dispersionps/nm160004800
Maximum discrete reflectancedB2727
Maximum average differential group delay (DGD)ps2.52.5
Optical interface at points MPI-R and R
Channel input power (input port of amplifier)AveragedBm2020
MaximumdBm1616
MinimumdBm2424
Minimum channel optical signal-to-noise ratio at point MPI-RdB20.520.5
Maximum channel power difference at point MPI-RdB88
Input loss at points MPI-R and R (FIU insertion loss)dB 1.0 1.0
10.7.10 Type IX System XE "type IX system:main optical path parameter" Table 10-41 Main optical path parameters of the OptiX BWS 1600G-IX system (192 channel, SSMF&LEAF fiber, DRZ)ItemUnitPerformance Parameter
Type of fiber-SSMFLEAF
Span of line-10 x 22 dB6 x 22 dB
Number of channels-192192
Service bit rate/Format of the path-OTU2OTU2
Optical interfaces at points MPI-S and S'
Channel output power (the output of the amplifier)AveragedBm-2-4
MaximumdBm0-2
MinimumdBm-4-6
Maximum total output powerdBm+20.8+18.8
Maximum insertion loss at points S and S (FIU)dB11
Maximum channel power difference at point MPI-SdB44
Optical path (from MPI-S to MPI-R)
Maximum discrete reflectancedB-27-27
Maximum average differential group delay (DGD)ps1818
Maximum dispersionps/nm160002880
Optical interfaces at points MPI-R and R
Channel input power (the input of the amplifier)AveragedBm-26-28
MaximumdBm-23-25
MinimumdBm-29-31
Minimum optical signal-to-noise ratio at point MPI-RdB14.514.5
Maximum channel power difference at point MPI-RdB66
Maximum insertion loss at points MPI-R and R' (FIU)dB11
Table 10-42 Main optical path parameters of the OptiX BWS 1600G-IX system (160 channel, SSMF&LEAF fiber, DRZ)
ItemUnitPerformance Parameter
Type of fiber-SSMFLEAF
Span of line-10 x 22 dB6 x 22 dB
Number of channels-160160
Service bit rate/Format of the path-OTU2OTU2
Optical interfaces at points MPI-S and S'
Channel output power (the output of the amplifier)AveragedBm-2-4
MaximumdBm0-2
MinimumdBm-4-6
Maximum total output powerdBm+20 +18
Maximum insertion loss at points S and S (FIU)dB11
Maximum channel power difference at point MPI-SdB44
Optical path (from MPI-S to MPI-R)
Maximum discrete reflectancedB-27-27
Maximum average differential group delay (DGD)ps1818
Maximum dispersionps/nm160002880
Optical interfaces at points MPI-R and R
Channel input power (the input of the amplifier)AveragedBm-26-28
MaximumdBm-23-25
MinimumdBm-29-31
Minimum optical signal-to-noise ratio at point MPI-RdB14.514.5
Maximum channel power difference at point MPI-RdB66
Maximum insertion loss at points MPI-R and R' (FIU)dB11
Among the main optical path parameters of all types of systems mentioned above, the values in the "Minimum optical signal-to-noise ratio at point MPI-R" row refer to the typical OSNR values in a given networking. The actual OSNR values may be different from the values in the table because of various factors10.8 Optical Amplifier
10.8.1 OAU
The OptiX BWS 1600G system has three kinds of OAUs according to their hardware versions. They are E2OAU, E3OAU and E4OAU. Their parameters will be detailed in this section.
The E2OAU has one type: OAU01. The specific parameters are shown in Table 10-43.
Table 10-43 Parameters of OAU01 for L-band XE "OAU: LG parameter" ItemUnitPerformance Parameter
Nominal gain23 dB28 dB33 dB
Operating wavelength rangenm1570.421603.571570.421603.571570.421603.57
Total input power rangedBm32 to 332 to 832 to 13
Single channel input power range40 channelsdBm32 to 1932 to 2432 to 29
80 channelsdBm32 to 2232 to 2732
Noise figure (NF)PAdB< 5.5 < 5.5 < 5.5
BAdB< 6< 6< 6
Input reflectancedB< 40< 40< 40
Output reflectancedB< 40< 40< 40
Pump leakage at input enddBm< 30< 30< 30
Maximum reflectance tolerable at input enddB272727
Maximum reflectance tolerable at output end dB272727
Maximum total output powerdBm202020
Gain response time to add/drop the channel ms< 10< 10< 10
Channel gaindB212626313136
Gain flatnessdB 2 2 2
Multi-channel gain tiltdB/dB 2 2 2
Polarization dependent loss (PDL)dB0.50.50.5
The E3OAUC00, E3OAUC01, E3OAUC03 and E3OAUC05 of E3OAU are used in:
C 800G system (OptiX BWS 1600G type II) C 400G system (OptiX BWS 1600G type III) C 100G system (OptiX BWS 1600G type V, for 2.5 Gbit/s services) The long hop transmission system (OptiX BWS 1600G type VI)Table 10-44 shows the specifications of the E3OAUC00. Table 10-45 shows the specifications of the E3OAUC01. Table 10-46 shows that of the E3OAUC03. Table 10-47 shows that of the E3OAUC05.Table 10-44 Parameters of E3OAUC00 for C band XE "E3OAUC01: parameter" ItemUnitPerformance Parameter
Nominal gain16 dB22 dB25.5 dB
Operating wavelength rangenm1529.161560.611529.161560.611529.161560.61
Total input power rangedBm20 to 226 to 432 to 7.5
Single channel input power range40 channelsdBm32 to1432 to2032 to 23.5
80 channelsdBm32 to1732 to2332 to 26.5
160 channelsdBm32 to2032 to2632 to 29.5
Noise figure (NF)dB