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TNU1N402PT53

Name: TNU1N402PT53 Price Specs, Huawei OSN 9800 Programmable Line Board - Thunder-link.com
SKU: 03031XDS

Huawei OSN 9800 U64/U32/U16 2-port 100G/200G or 1-port 400G Programmable Line Service Processing Board

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PN: 03031XDS Category: Line Board Tags: 100G OTN, 200G OTN, 400G OTN

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Description

TNU1N402PT53, 2*100G/200G or 1*400G programmable line service processing board

With 150000ps/nm-Extended C Band-Tunable Wavelength-ePDM-100G QPSK/200G 16QAM/400G 16QAM(SDFEC2, SDFEC, T53) fix optical module

Applied to Huawei OSN 9800 U64/U32/U16 subrack

N402P has functional versions of TNU1 and TNU2, TNU1N402P has only one variant: TNU1N402PT53, TNU2N402P has three variants of TNU2N402PT52, TNU2N402PT51, and TNU2N402PF51

TNU1N402PT53 is a programmable line board whose functions vary depending on the working mode of the port. N402P can work in line or relay mode, and the working mode of the port can be flexibly adjusted. N402P uses coherent receiving technologies and applies to coherent systems. It provides two ports that can be set to different working modes, and the working mode can be flexibly adjusted. Both port 1 and port 2 can be set to 100G mode or 200G mode, and only port 1 can be set to 400G mode.

Tech Specs

Front Panel

Valid Slots
OptiX OSN 9800 U64 Standard subrack: IU1-IU64 OptiX OSN 9800 U64 Enhanced subrack: IU1-IU64 OptiX OSN 9800 U32 Standard subrack: IU1-IU32 OptiX OSN 9800 U32 Enhanced subrack: IU1-IU32 OptiX OSN 9800 U16 subrack: IU1-IU14
Initial Version: V100R002C10SPC300
Line mode
Basic function		The signal conversion that the N402P board performs varies depending on the modes of port 1 and port 2. Details are as follows:
		When both port 1 and port 2 are set to 100G mode, the board performs mutual conversion between ODUk signals with the total bandwidth not exceeding 200 Gbit/s and two channels of OTU4 signals.
		When one port is set to 100G mode and the other port is set to 200G mode, the board performs mutual conversion between ODUk signals with the total bandwidth not exceeding 300 Gbit/s and one OTU4 signal plus one OTUC2 signal.
		When both port 1 and port 2 are set to 200G mode, the board performs mutual conversion between ODUk signals with the total bandwidth not exceeding 400 Gbit/s and two channels of OTUC2 signals.
		When port 1 is set to 400G mode, the board performs mutual conversion between ODUk signals with the total bandwidth not exceeding 400 Gbit/s and one OTUC4 signal.
Cross-connect capabilities		Supports service grooming with cross-connect boards. The service granularities are the sum of granularities supported by port 1 and port 2.
		Port in 100G mode		80 x ODU0/40 x ODU1/10 x ODU2/10 x ODU2e/2 x ODU3/1 x ODU4/80 x ODUflex.
		Port in 200G mode		160 x ODU0/80 x ODU1/20 x ODU2/20 x ODU2e/4 x ODU3/2 x ODU4/160 x ODUflex.
		Port in 400G mode		320 x ODU0/160 x ODU1/40 x ODU2/40 x ODU2e/8 x ODU3/4 x ODU4/320 x ODUflex.
License		The number of licenses is the sum of licenses required by port 1 and port 2.
OTN function		The OTN function varies depending on the port mode.
		Port in 100G mode		Supports the OTU4 interface on the WDM side. Supports the OTN frame format and overhead processing defined by ITU-T G.709. OTU4 layer: supports SM overhead processing. ODUk (k=0, 1, 2, 2e, 3, 4, flex) layer: supports PM and TCM overhead processing, and non-intrusive monitoring of PM and TCM overheads.
		Port in 200G mode		Supports the OTUC2 interface on the WDM side. OTUC2 layer: supports SM overhead processing. ODUC2 layer: supports PM overhead processing. ODUk (k=0, 1, 2, 2e, 3, 4, flex) layer: supports PM and TCM overhead processing, and non-intrusive monitoring of PM and TCM overheads.
		Port in 400G mode		Supports the OTUC4 interface on the WDM side. OTUC4 layer: supports SM overhead processing. ODUC4 layer: supports PM overhead processing. ODUk (k=0, 1, 2, 2e, 3, 4, flex) layer: supports PM and TCM overhead processing, and non-intrusive monitoring of PM and TCM overheads.
WDM specifications		Supports ITU-T G.694.1-compliant DWDM specifications.
Tunable wavelength function		Supported
		TNU2N402PT52 supports tunable wavelength optical modules that provide for 80 wavelengths tunable in the C band with 50 GHz channel spacing
		TNU1N402PT53, TNU2N402PF51 and TNU2N402PT51 support tunable wavelength optical modules that provide for 96 wavelengths tunable in the extended C band with 50 GHz channel spacing.
Typical channel spacing		TNU1N402PT53			100G QPSK: 50 GHz Fix/37.5 GHz SuperChannel 200G 16QAM: 50 GHz Fix/37.5 GHz SuperChannel 400G 16QAM: 2 x (50 GHz Fix/37.5 GHz SuperChannel)
		TNU2N402PT52			200G QPSK: 75 GHz Flex/100 GHz fix 400G QPSK: 2 x (75 GHz Flex/100 GHz fix) 200G 16QAM: 50 GHz Fix 400G 16QAM: 2 x (50 GHz Fix)
		TNU2N402PT51			100G QPSK: 50 GHz Fix 200G QPSK: 75 GHz Flex/100 GHz fix 400G QPSK: 2 x (75 GHz Flex/100 GHz fix) 200G 16QAM: 50 GHz Fix 400G 16QAM: 2 x (50 GHz Fix) 200G 8QAM: 62.5 GHz Flex 400G 8QAM: 2 x (62.5 GHz Flex)
		TNU2N402PF51			100G QPSK(wDCM): 50 GHz Fix 200G QPSK: 75 GHz Flex/ 100GHz fix 400G QPSK: 2 x (75 GHz Flex/100 GHz fix) 200G 16QAM: 50 GHz Fix 400G 16QAM: 2 x (50 GHz Fix) 200G 8QAM: 62.5 GHz Flex/75 GHz Flex/100 GHz Fix 400G 8QAM: 2 x (62.5 GHz Flex/75 GHz Flex/100 GHz Fix)
		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.
Optical-layer ASON		Supported 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.
ESC function		Supported
PRBS function		Supported on the WDM side
Monitoring of alarms and performance events		Monitors BIP8 bytes (Bursty mode) to help locate line failures.
		Monitors parameters such as the bias current, temperature, and optical power of the laser.
		Monitors OTN alarms and performance events.
Regeneration board		Supported
Latency measurement		The board supports latency measurement in the WDM-side optical port direction (upstream direction).
		When higher-order ODU4 cross-connections are created on the board, TCM latency measurement is supported for higher-order ODU4 channels. When lower-order ODUk cross-connections are created on the board, PM/TCM latency measurement is supported for higher-order ODU4 channels, and TCM latency measurement is supported for lower-order ODUk channels.
		The TNU2N402P board supports PM latency measurement at the ODUC2 layer.
		The TNU1N402P board does not support latency measurement at the ODUC2 layer.
Test frame		Not supported
IEEE 1588v2		Not supported
Physical clock		Supported
Electrical-layer ASON		Supported
Protection scheme		Supports ODUk SNCP.
		Supports tributary SNCP protection.
		Supports intra-board 1+1 protection (when working with the OLP/DCP/QCP board).
		NOTE:
		When the cross-connect granularity is ODUflex, the board does not support tributary SNCP protection.
		Port in 400G mode: Do not support intra-board 1+1 protection.
Loopback	WDM-side loopback	Supported
	Channel loopback	Port in 100G mode	ODUk (k=0, 1, 2, 3, flex)
		Port in 200G mode or 400G mode	ODUk (k=0, 1, 2, 3, 4, flex)
Relay mode
Basic function		The N402P board applies to electrical regeneration sites to provide the electrical regeneration function for optical signals using port 1 and port 2. Details are as follows: When both port 1 and port 2 are set to 100G mode, the board electrically regenerates two channels of OTU4 signals. When both port 1 and port 2 are set to 200G mode, the board electrically regenerates two channels of OTUC2 signals. When port 1 is set to 400G mode, the board electrically regenerates one OTUC4 signal.
License		The number of licenses is the sum of licenses required by port 1 and port 2.
OTN function		The OTN function varies depending on the port mode.
		Port in 100G mode	Supports the OTU4 interface on the WDM side. Supports the OTN frame format and overhead processing defined by ITU-T G.709. OTU4 layer: supports SM overhead processing. ODU4 layer: Supports PM and TCM overhead processing and non-intrusive monitoring of PM and TCM overheads
		Port in 200G mode	Supports the OTUC2 interface on the WDM side. OTUC2 layer: supports SM overhead processing. ODUC2 layer: supports PM overhead processing.
		Port in 400G mode	Supports the OTUC4 interface on the WDM side. OTUC4 layer: supports SM overhead processing. ODUC4 layer: supports PM overhead processing.
WDM specifications		Supports ITU-T G.694.1-compliant DWDM specifications.
Tunable wavelength function		Supported TNU2N402PT52 supports tunable wavelength optical modules that provide for 80 wavelengths tunable in the C band with 50 GHz channel spacing TNU1N402PT53, TNU2N402PF51 and TNU2N402PT51 support tunable wavelength optical modules that provide for 96 wavelengths tunable in the extended C band with 50 GHz channel spacing.
Typical channel spacing		TNU1N402PT53	100G QPSK: 50 GHz Fix/37.5 GHz SuperChannel 200G 16QAM: 50 GHz Fix/37.5 GHz SuperChannel 400G 16QAM: 2 x (50 GHz Fix/37.5 GHz SuperChannel)
		TNU2N402PT52	100G QPSK: 50 GHz Fix 200G QPSK: 75 GHz Flex/ 100 GHz fix 400G QPSK: 2 x (75 GHz Flex/100 GHz fix) 200G 16QAM: 50 GHz Fix 400G 16QAM: 2 x (50 GHz Fix)
		TNU2N402PT51	100G QPSK: 50 GHz Fix 200G QPSK: 75 GHz Flex/100 GHz fix 400G QPSK: 2 x (75 GHz Flex/100 GHz fix) 200G 16QAM: 50 GHz Fix 400G 16QAM: 2 x (50 GHz Fix) 200G 8QAM: 62.5 GHz Flex 400G 8QAM: 2 x (62.5 GHz Flex)
		TNU2N402PF51	100G QPSK(wDCM): 50 GHz Fix 200G QPSK: 75 GHz Flex/100 GHz fix 400G QPSK: 2 x (75 GHz Flex/100 GHz fix) 200G 16QAM: 50 GHz Fix 400G 16QAM: 2 x (50 GHz Fix) 200G 8QAM: 62.5 GHz Flex/75 GHz Flex/100 GHz Fix 400G 8QAM: 2 x (62.5 GHz Flex/75 GHz Flex/100 GHz Fix)
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. 400G dual-carrier does not support ASON.
Test frame, PRBS function, IEEE 1588v2, Physical clock, Electrical-layer ASON, Protection scheme, Loopback
150000ps/nm-Extended C Band-Tunable Wavelength-ePDM-100G QPSK/200G 16QAM/400G 16QAM(SDFEC2, SDFEC, T53)
Parameter		Value
		100G Mode			200G Mode/400G Mode
Line modulation format		100G ePDM-QPSK(SDFEC2)			200G ePDM-16QAM(SDFEC)
DGD tolerance (ps)		90			120
Transmitter parameter specifications at point S
Center frequency (THz)		Extended C band: 191.3 to 196.05 (Fixed grid) 191.29375 to 196.05625(Flex grid)			Extended C band: 191.3 to 196.05 (Fixed grid) 191.29375 to 196.05625(Flex grid)
Maximum mean launched power (dBm)		0			0
Minimum mean launched power (dBm)		-5			-5
Center frequency deviation (GHz)		±2.5 (Fixed grid) ±1.5 (Flex grid)			±2.5 (Fixed grid) ±1.5 (Flex grid)
Maximum -3 dB spectrum width (nm）		0.3			0.3
Dispersion tolerance (back-to-back) ( ps/nm)		150000			40000
Receiver parameter specifications at point R
Receiver type		PIN			PIN
Operating wavelength range (nm)		1529 to 1568			1529 to 1568
Receiver sensitivity (FEC enabled) (dBm)		-16			-16
Minimum receiver overload (FEC enabled) (dBm)		0			0
Maximum reflectance (dB)		-27			-27
Mechanical Specifications
Dimensions (H x W x D,mm)		477.3 x 30.5 x 220.0
Weight (kg)		4.8
Power Consumption (W)		PortNMS	Typical Power Consumption (W)			Maximum Power Consumptiona (W)
		When both port 1 and port 2 are set to 200G_16QAM mode or the port 1 is set to 400G_16QAM mode	251			263
		When both port 1 and port 2 are set to 100G_QPSK mode	21			228

Additional information

Bandwidth	100G, 200G, 400G
Features	Hardware Compatibility, Hardware Tested
Port	1-10

Q&A

Q: How many function versions is N402P available?

A: N402P has two versions TNU1 and TNU2;

NU1N402P has only one variant: TNU1N402PT53, TNU2N402P has three variants of TNU2N402PT52, TNU2N402PT51, and TNU2N402PF51.

Q: Is license required when configure N402P OSN 9800?

A: Please view N402P Application:

Application scenario	Working Mode of the Port		Function	License
Application scenario	IN1/OUT1	IN2/OUT2	Function	License
Line mode	100G_QPSK Mode 100G_QPSK wDCM Mode	100G_QPSK Mode 100G_QPSK wDCM Mode	Port 1 and port 2 have the same service mapping path. Each port implements mutual conversion between ODUk signals with the total bandwidth not exceeding 100 Gbit/s and one OTU4 signa	No license is required.
	100G_QPSK Mode 100G_QPSK wDCM Mode	200G_16QAM Mode or 200G_QPSK Mode or 200G_8QAM Mode	The port in 100G mode implements mutual conversion between ODUk signals with the total bandwidth not exceeding 100 Gbit/s and one OTU4 signal. The port in 200G mode implements mutual conversion between ODUk signals with the total bandwidth not exceeding 200 Gbit/s and one OTUC2 signal.	The port in 200G mode requires one license.
	200G_16QAM Mode or 200G_QPSK Mode or 200G_8QAM Mode	100G_QPSK Mode 100G_QPSK wDCM Mode		The port in 200G mode requires one license.
	200G_16QAM Mode or 200G_QPSK Mode or 200G_8QAM Mode	200G_16QAM Mode or 200G_QPSK Mode or 200G_8QAM Mode	Port 1 and port 2 have the same service mapping path. Each port implements mutual conversion between ODUk signals with the total bandwidth not exceeding 200 Gbit/s and one OTUC2 signal	Every port requires one license, and two licenses are required.
	400G_16QAM Mode or 400G_QPSK Mode or 400G_8QAM Mode	NONE Mode	Perform mutual conversion between ODUk signals with the total bandwidth not exceeding 400 Gbit/s and one OTUC4 signal,	Two licenses are required.
Board-Level Relay Mode	100G_QPSK Mode 100G_QPSK wDCM Mode	100G_QPSK Mode 100G_QPSK wDCM Mode	Port 1 and port 2 have the same service mapping path. Each port regenerates one OTU4 signal	No license is required.
	200G_16QAM Mode or 200G_QPSK Mode or 200G_8QAM Mode	200G_16QAM Mode or 200G_QPSK Mode or 200G_8QAM Mode	Port 1 and port 2 have the same service mapping path. Each port regenerates one OTUC2 signal,	Every port requires one license, and two licenses are required.
	400G_16QAM Mode or 400G_QPSK Mode or 400G_8QAM Mode	NONE Mode	Regenerate one OTUC4 signal	Two licenses are required
Port-level regeneration	The 400G mode does not support port-level regeneration. Two ports are independent of each other and can be set to relay mode and common service mode respectively

100G mode is short for 100G_QPSK Mode.
200G mode is short for 200G_16QAM Mode, 200G_8QAM Mode or 200G_QPSK Mode.
400G mode is short for 400G_16QAM Mode, 400G_8QAM Mode or 400G_QPSK Mode.
TNU1N402P does not support the 200G_QPSK Mode, 400G_QPSK Mode, 200G_8QAM Mode, and 400G_8QAM Mode.
TNU2N402PT52 does not support 200G_8QAM Mode, 400G_8QAM.
a: Only the TNU2N402PF51 board support 100G_QPSK wDCM.

Q: What are the mode of TNU1N402P and TNU2N402P?

A:

Board	Working Mode of the Port
TNU1N402PT53	100G_QPSK Mode 200G_16QAM Mode 400G_16QAM Mode
TNU2N402PT52	100G_QPSK Mode 200G_16QAM Mode 400G_16QAM Mode 200G_QPSK Mode 400G_QPSK Mode
TNU2N402PT51	100G_QPSK Mode 200G_QPSK Mode 200G_8QAM Mode 200G_16QAM Mode 400G_QPSK Mode 400G_8QAM Mode 400G_16QAM Mode
TNU2N402PF51	100G_QPSK Mode 100G_QPSK wDCM Mode 200G_QPSK Mode 200G_8QAM Mode 200G_16QAM Mode 400G_QPSK Mode 400G_8QAM Mode 400G_16QAM Mode

Q: What are the function differences between port modes?

A:

Function and Feature		Working Mode of the Port
Function and Feature		100G mode	200G mode	400G mode
Supported port		Port 1, port 2	Port 1, port 2	Port 1. And port 2 must be set to NONE Mode.
Carrier technology		Single-carrier technology	Single-carrier technology	The board in 400G mode uses the dual-carrier technology and transmits or receives signals at port 1 and port 2.
Basic function	Line mode	Supports the following service conversions: 80 x ODU0 / 40 x ODU1 / 10 x ODU2 / 10 x ODU2e / 2 x ODU3 / 1 x ODU4/ 80 x ODUflex <-> 1 x OTU4. The port supports a mixture of ODU0, ODU1, ODU2, ODU2e, ODU3, and ODUflex signals.	Supports the following service conversions: 160 x ODU0/ 80 x ODU1/ 20 x ODU2/ 20 x ODU2e/ 4 x ODU3/ 2 x ODU4/ 160 x ODUflex <-> 1 x OTUC2. The port supports a mixture of ODU0, ODU1, ODU2, ODU2e, ODU3, ODU4, and ODUflex signals.	Supports the following service conversions: 320 x ODU0/ 160 x ODU1/ 40 x ODU2/ 40 x ODU2e/ 8 x ODU3/ 4 x ODU4/ 320 x ODUflex <-> 1 x OTUC4. The ports support a mixture of ODU0, ODU1, ODU2, ODU2e, ODU3, ODU4, and ODUflex signals.
Basic function	Relay mode	Electrically regenerates OTU4 signals at an electrical REG station. Supported service rate: OTU4, at a rate of 111.81 Gbit/s	Electrically regenerates OTUC2 signals at an electrical REG station. Supported service rate: OTUC2, at a rate of 224.61 Gbit/s	Electrically regenerates one OTUC4 signal at an electrical REG station. Supported service rate: OTUC4, at a rate of 449.22 Gbit/s
FEC		SDFEC2	SDFEC	SDFEC
FEC		NOTE: Boards that use different FEC modes cannot interconnect with each other.
Line modulation format		TNU2N402PF51: 100G ePDM-QPSK, 100G ePDM-QPSK wDCM Other boards: 100G ePDM-QPSK	200G_QPSK Mode: 200G ePDM-QPSKa 200G_16QAM Mode: 200G ePDM-16QAM 200G_8QAM Mode:200G ePDM-8QAM	400G_QPSK Mode: 2 x 200G ePDM-QPSKa 400G_16QAM Mode: 2 x 200G ePDM-16QAM 400G_8QAM Mode:2x200G ePDM-8QAM
Number of licensesb		N/A	1	2
a: When using a board whose line modulation format is 200G ePDM-QPSK or 2 x 200G ePDM-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.
b: The license name is 1*100G/200G Programmable Line License.

Q: Is there any board which can replace N402P?

A:

Original Board	Substitute Board
TNU1N402P	TNS2N502
TNU1N402P	TNU6N502
TNU1N402P	TNS7N502
TNU2N402P	None

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