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TNF1LDCAT15
Huawei OSN1800V 2-port 100Gbit/s or 10-port 10Gbit/s Multi-rate Ports Wavelength Conversion Board
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Hardware Compatibility
Hardware Compatibility x
Backed up by our experienced pre-sales support team, and volume documentation, to avoid purchasing incompatible hardware.
Hardware Tested
Hardware Tested x
In order to avoid hardware malfunction, each equipment will be strictly tested before delivery and the test report will be packed inside equipment and delivered together. Learn more
Software Compatibility
Software Compatibility x
Software compatibility test between active/standby system board, main control board and service board, mother/sub-card; system commissioning test to prevent all software conflicts.
Huawei WDM-OTN Equipment Test Procedure
In this topic, we take Huawei OSN 8800 as example to show you how to test the WDM/OTN equipment (Huawei OSN 6800 etc)Description
TNF1LDCAT15 2-port 100Gbit/s or 10-port 10Gbit/s Multi-rate Ports Wavelength Conversion Board
Applied to Huawei 1800 I&II Compact, 1800 II Enhanced, OSN 1800V
Supports service OPUk payload encryption and decryption.
Supports intra-board 1+1 protection, client 1+1 protection
Provides the link-state pass through (LPT) function only when the client-side service type is 10GE LAN
Supports ALS when non-OTN services are received on the client side.
Supports Optical-layer ASON when working with Z5UXCMS/Z2UXCL/Z8XCH
LDCA board can only work with the LDCA board for regeneration
TNF1LDCAT is a 2-port 100Gbit/s or 10-port 10Gbit/s multi-rate ports wavelength conversion board applied to Huawei 1800 I&II Compact, 1800 II Enhanced, OSN 1800V. The LDCA board consists of the client-side optical module, WDM-side optical module, signal processing module, control and communication module, and power supply module.
Tech Specs
| Front Panel | ||
| There are ports on the front panel of the board.
|
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| Specifications (in OTU mode) | ||
| Basic functions | Working modes of the board and ports | The board mode can be set to common mode or MPO mode. The ports support the following modes: ODU2(e), ODU3, ODU4, and ODUflex.
1. 200G line: a. STM-64/OC-192/10G WAN/FICON8G/FC800 <–> ODU2 <–> ODU4 <–> ODUC2 <–> OTUC2 b. FC1200/FICON10G/Infiniband 10G<–> ODU2e <–> ODU4 <–> ODUC2 <–> OTUC2 c. 10GE LAN <–> ODU2 (MAC transparent mapping)/ODU2e (bit transparent mapping)/ODUflex (MAC transparent mapping) <–> ODU4 <–> ODUC2 <–> OTUC2 d. Infiniband2.5G/Infiniband5G/FC800/FICON8G/FC1600/FC3200 <–> ODUflex <–> ODU4 <–> ODUC2 <–> OTUC2 e. OTU2/OTU2e <–> ODU2/ODU2e <–> ODU4 <–> ODUC2 <–> OTUC2 f. 40GE <–> ODU3 <–> ODU4 <–> ODUC2 <–> OTUC2 g. OTU4 <–>ODU4 <–> ODUC2 <–> OTUC2 h. 100GE <–> ODUflex (MAC transparent mapping) <–> ODU4 <–> ODUC2 <–> OTUC2 i. 100GE <–> ODU4 (bit transparent mapping/MAC transparent mapping)<–> ODUC2 <–> OTUC2
2. 100G line: a. STM-64/OC-192/10G WAN/FICON8G/FC800 <–> ODU2 <–> ODU4 <–> OTU4 b. FC1200/FICON10G/Infiniband 10G<–> ODU2e <–> ODU4 <–> OTU4 c. 10GE LAN <–> ODU2 (MAC transparent mapping)/ODU2e (bit transparent mapping)/ODUflex (MAC transparent mapping) <–> ODU4 <–> OTU4 d. Infiniband2.5G/Infiniband5G/FC800/FICON8G/FC1600/FC3200 <–> ODUflex <–> ODU4 <–> OTU4 e. OTU2/OTU2e <–> ODU2/ODU2e <–> ODU4 <–> OTU4 f. 40GE <–> ODU3 <–> ODU4 <–> OTU4 g. OTU4 <–>ODU4 <–> OTU4 h. 100GE <–> ODUflex (MAC transparent mapping) <–> ODU4 <–> OTU4 i. 100GE <–> ODU4 (bit transparent mapping/MAC transparent mapping)<–> OTU4 |
| Physical clock | When 10GE LAN or 100GE services are received on the client side and the port service mapping path is Bit transparent mapping(11.1G) , or Bit transparent mapping ODU4(100G), synchronous Ethernet transparent transmission is supported and synchronous Ethernet processing is not supported. The clock quality meets the ITU-T G.8261 standard. When the port service mapping path is MAC transparent mapping(10.7G) , or MAC transparent mapping ODU4(100G), synchronous Ethernet processing is supported.
When OTU2 or OTU4 signals are received on the client side, physical-layer clocks are supported. When OTU2e signals are received on the client side, physical-layer clocks are not supported.
Physical-layer clocks are supported on the WDM side. |
|
| Line Modulation Format | In 200G mode, 200G ePDM-16QAM, 200G ePDM-16QAM-H, and 200G ePDM-e16QAM are supported.
In 100G mode, 100G ePDM-QPSK wDCM and 100G ePDM-QPSK are supported. |
|
| Specifications (in regeneration mode) | ||
| Basic functions | The board applies to electrical regeneration sites to provide the electrical regeneration function for optical signals. You need to set the board mode to electrical regeneration mode. | |
| Regeneration rate | OTUC2: a rate of 224.6 Gbit/s
OTU4: a rate of 111.81 Gbit/s |
|
| Error correction encoding | 200G regeneration: SDFEC(200G ePDM-16QAM and 200G ePDM-16QAM-H) encoding and SDFEC2(200G ePDM-e16QAM) encoding can be supported.
100G regeneration: SDFEC2(100G ePDM-QPSK wDCM and 100G ePDM-QPSK) encoding can be supported.
NOTE: Boards that use different error correction encoding modes cannot interconnect with each other. |
|
| Line Modulation Format | In 200G mode, 200G ePDM-16QAM, 200G ePDM-16QAM-H, and 200G ePDM-e16QAM are supported.
In 100G mode, 100G ePDM-QPSK wDCM and 100G ePDM-QPSK are supported. |
|
| Client-Side Pluggable Optical Module | ||
| SFP+ -6.144G-850nm-MMF-0.12km-I
SFP+ -6.144G-1310nm-SMF-10km-I SFP+ -8.5G to 10.5G-850nm-MMF-0.3km SFP+ -10G(with CDR)-1310nm-SMF-10km SFP+ -10G(with CDR)-1550nm-SMF-80km SFP+ -10G(10GE,LR/LW)-1310nm-SMF-10km SFP+ -GE(LX)/10GE(LR/LW)-1310nm-SMF-10km SFP+ -10G-(1529.17nm to 1560.61nm)(DWDM,50GHz,Tunable)-SMF-80km SFP+ -10G-1550nm-SMF-40km SFP+ -10G(10GE,ZR/ZW)-1550nm-SMF-80km SFP+ -10G(with CDR)-1550nm-SMF-40km SFP+ -10G(with CDR)-(1471nm to 1611nm)(CWDM)-SMF-70km-I SFP+ -2.5G to 11.3G-TX1270/RX1330nm(BIDI)-SMF-40km-I SFP+ -2.5G to 11.3G-TX1330/RX1270nm(BIDI)-SMF-40km-I SFP+ -2.5G to 11.3G-TX1330/RX1270nm(BIDI)-SMF-10km-I SFP+ -2.5G to 11.3G-TX1270/RX1330nm(BIDI)-SMF-10km-I SFP+ -10G-(1529.17nm to 1560.61nm)(DWDM,50GHz,Tunable)-SMF-40km SFP28-28.05G-1310nm-SMF-10km SFP+ -14G-850nm-MMF-0.1km SFP+ -8.5G to 10.5G-850nm-MMF-0.3km SFP+ -10G(10GE,LR/LW)-1310nm-SMF-10km SFP+ -10G(with CDR)-1310nm-SMF-10km NOTE: In MPO mode, ports TX5/RX5 to TX8/RX8 must be equipped with the same optical modules.
QSFP28-56.1G to 112.2G(4×14/28G,Multrate)-850nm(SW4)-MPO-MMF-0.1km QSFP28-100G(4x25G)-850nm(SR4)-MPO-MMF-0.1km QSFP28-100G(4x25G/28G,Dualrate)-1295nm to 1310nm(LR4)-SMF-10km QSFP28-100G(4x25G)-1271 to 1331nm(CLR4)-SMF-2km |
||
| WDM-Side Pluggable Optical Module | ||
| 40000ps/nm-C band-Tunable wavelength-ePDM-16QAM (configurable rate and modulation format, coherent, Metro, T15)-200G CFP | ||
| Version description of the LDCA board | ||
| Board | Product Applicable-System Control Board-Initial Board Version Supported by System Control Board | |
| TNF1LDCA | 1800 I&II Compact-TNF3SCC-V100R008C10
1800 V-TNF5UXCM/TNF5UXCME/TNF5XCH/TNZ5UXCMS-V100R008C10 1800 V-TNZ8XCH-V100R009C00SPC700 1800 II Enhanced-TNZ1UXCL/TNZ2UXCL-V100R008C10
NOTE: It is not recommended that the TNF1LDCA board be used with the TNF5XCH01 and TNF5UXCM boards. If you must use the TNF1LDCA board, you need to replace the system control board with the TNF5XCH02 or TNF5UXCME board. |
|
| Mechanical Specifications | ||
| Typical Power Consumption(W) | Common Mode(OTU Mode): 121
MPO Mode(OTU Mode): 117 Regeneration Mode: 119 |
|
| Maximum Power Consumption(W) | Common Mode(OTU Mode): 133
MPO Mode(OTU Mode): 128 Regeneration Mode: 13 |
|
| Dimension (W x H x D, mm) | 193.8 x 40.1 x 205.9 | |
| Weight(kg) | 1.7 kg | |
Additional information
| Weight | 3.0 kg |
|---|---|
| Dimensions | 37.5 × 34.0 × 7.5 cm |
| Bandwidth |
100G |
| Features |
Hardware Compatibility, Hardware Tested, Software Compatibility |
| Port |
1-10 |
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