Huawei OptiX OSN 9800 OTN Line Board TNU2N402P

Backplane capacity

The total backplane bandwidth is 400 Gbit/s.

WDM specification

Supports the DWDM specifications.

Tunable wavelength

Supports tunable wavelength optical modules that provide for 96 wavelengths tunable in the extended C band with 50 GHz channel spacing.

FEC coding

• 100G mode:SDFEC2
• 200G mode:SDFEC
• 400G mode:SDFEC

Line modulation format

100G line mode:

• TNU2N402PF51: 100G QPSK, 100G QPSK wDCM
• Other boards: 100G QPSK

200G line mode:

• 200G QPSK
• 200G 8QAM
• 200G 16QAM

400G line mode:

• 400G QPSK(Dual_Ports)
• 400G 8QAM(Dual_Ports)
• 400G 16QAM(Dual_Ports)

NOTE:

When using a board whose line modulation format is 200G QPSK in an 80-wavelength system with a 50 GHz spacing, set the center wavelength to the median of two adjacent standard wavelengths (that is a standard wavelength plus 25 GHz), because the board must use a 100 GHz spacing during transmission.

Typical channel spacing

TNU2N402PT52

• 100G QPSK: 50GHz*n(n=1,2...)(Only the standard center frequency of 50 GHz is supported.)
• 200G QPSK: 75GHz+n*6.25GHz(n=0,1,2...)
• 200G 16QAM: 50GHz*n(n=1,2...)(Only the standard center frequency of 50 GHz is supported.)
• 400G QPSK(Dual_Ports): 2*(75GHz+n*6.25GHz)(n=0,1,2...)
• 400G 16QAM(Dual_Ports): 2*(50GHz*n)(n=1,2...)(Only the standard center frequency of 50 GHz is supported.)

TNU2N402PT51

• 100G QPSK: 50GHz*n(n=1,2...)(Only the standard center frequency of 50 GHz is supported.)
• 200G QPSK: 75GHz+n*6.25GHz(n=0,1,2...)
• 200G 16QAM: 50GHz*n(n=1,2...)(Only the standard center frequency of 50 GHz is supported.)
• 200G 8QAM: 56.25GHz+n*6.25GHz(n=0,1,2...)
• 400G QPSK(Dual_Ports): 2*(75GHz+n*6.25GHz)(n=0,1,2...)
• 400G 8QAM(Dual_Ports): 2*(56.25GHz+n*6.25GHz)(n=0,1,2...)
• 400G 16QAM(Dual_Ports): 2*(50GHz*n)(n=1,2...)(Only the standard center frequency of 50 GHz is supported.)

TNU2N402PF51

• 100G QPSK(wDCM): 50GHz*n(n=1,2...)(Only the standard center frequency of 50 GHz is supported.)
• 200G QPSK: 75GHz+n*6.25GHz(n=0,1,2...)
• 200G 16QAM: 50GHz*n(n=1,2...)(Only the standard center frequency of 50 GHz is supported.)
• 200G 8QAM: 56.25GHz+n*6.25GHz(n=0,1,2...)
• 400G QPSK(Dual_Ports): 2*(75GHz+n*6.25GHz)(n=0,1,2...)
• 400G 8QAM(Dual_Ports): 2*(56.25GHz+n*6.25GHz)(n=0,1,2...)
• 400G 16QAM(Dual_Ports): 2*(50GHz*n)(n=1,2...)(Only the standard center frequency of 50 GHz is supported.)

NOTE:

During the modulation format switching of the board, if the channel spacing increases, the modulation format switching fails, an error message indicating wavelength conflict is displayed, and the system prompts that the current channel spacing is too small to switch the modulation format. In this case, you need to change the channel spacing to a larger value before switching the modulation format. For example, modulation format A whose channel spacing is 50G can be directly switched to modulation format B whose channel spacing is 37.5G, but cannot be directly switched to modulation format C whose channel spacing is 75G. In this case, you need to change the channel spacing to a larger value first. Otherwise, the modulation format switching fails.

OTN overhead protocol

Supports the OTN frame format and overhead processing defined by ITU-T G.709.

OTN overhead

100G line mode:

• WDM-side OTU4 layer: supports SM overhead processing.
• ODUk (k=0, 1, 2, 2e, 3, 4, flex) layer: supports PM and TCM overhead processing.
• ODUk (k=0, 1, 2, 2e, 3, 4, flex) layer: supports non-intrusive monitoring of PM and TCM overheads.

200G line mode:

• WDM-side OTUC2 layer: supports SM overhead processing.
• ODUC2 layer: supports PM and TCM overhead processing.
• ODUk (k=0, 1, 2, 2e, 3, 4, flex) layer: supports PM and TCM overhead processing.
• ODUk (k=0, 1, 2, 2e, 3, 4, flex) layer: supports non-intrusive monitoring of PM and TCM overheads.

400G line mode:

• WDM-side OTUC4 layer: supports SM overhead processing.
• ODUC4 layer: supports PM and TCM overhead processing.
• ODUk (k=0, 1, 2, 2e, 3, 4, flex) layer: supports PM and TCM overhead processing.
• ODUk (k=0, 1, 2, 2e, 3, 4, flex) layer: supports non-intrusive monitoring of PM and TCM overheads.

Intra-board 1+1 protection

Supported

NOTE:

Supports intra-board 1+1 protection when working with optical protection boards.

Port in 400G mode: Do not support intra-board 1+1 protection.

ODUk SNCP

Supported

Tributary SNCP

Supported

Electrical-layer ASON

Supported

Optical-layer ASON

Supported

NOTE:

• The flex ASON must be enabled for the modulation formats whose channel spacing is greater than 50 GHz, including 200G 8QAM and 200G QPSK.
  • 200G 8QAM supports only 62.5 GHz/100 GHz flex ASON.
  • 200G QPSK supports only 75 GHz/100 GHz flex ASON.
• Superchannel does not support ASON.

Physical clock

Supported

NOTE:

When the ODU cross-connect granularity of an OTN line port is set to the maximum granularity supported by the port, physical clock synchronization is not supported. The physical clock can be used only after lower-order ODU cross-connections are configured.

IEEE 1588v2

Not supported

Outband DCN

Supports communication over ESCs.

Test frame

Not supported

PRBS

Supports the PRBS function on the WDM side.

Latency measurement

• The board supports latency measurement in the WDM-side optical port direction (upstream direction). When higher-order ODUk cross-connections are created on the line board, TCM section latency measurement is supported for higher-order ODUk channels. When lower-order ODUk cross-connections are created on the line board, PM/TCM section latency measurement is supported for higher-order ODUk channels, and TCM section latency measurement is supported for lower-order ODUk channels.
• The board supports PM latency measurement at the ODUC2 layer.

Channel loopback

• 100G line mode: ODUk (k=0, 1, 2, 3, flex) channel loopbacks
• 200G line mode: ODUk (k=0, 1, 2, 3, 4, flex) channel loopbacks
• 400G line mode: ODUk (k=0, 1, 2, 3, 4, flex) channel loopbacks

Port loopback

Supports WDM Side Loopback

Alarm and performance event monitoring

• Supports the monitoring of BIP8 bytes (Bursty mode) to help locate line faults.
• Supports the monitoring of the laser bias current.
• Supports the laser temperature monitoring.
• Supports the optical power monitoring.
• Supports the monitoring of OTN alarms and performance events.