Optix OSN8800 TN54TSC 100Gbit/s Tributary Service Processing Board-Optical transimission network

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Optix OSN8800 TN54TSC 100Gbit/s Tributary Service Processing Board

The Optix OSN8800 TN54TSC single board belongs to the tributary class of single boards, realizing the interconversion between one 100GE/OTU4 service optical signal and one ODU4 electrical signal.The TSC single board consists of the customer-side optical module, the signal processing module, the control and communication module, and the power supply module.

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Product Introduction

Products

OSN8800 TN54TSC Tributary Board Applications

TSC single board belongs to the tributary type single board, realizing the mutual conversion between one way 100GE/OTU4 service optical signal and one way ODU4 electrical signal.

The application of TSC single board in WDM system is shown in Figure 1.

Figure 1 Application of TSC single board in WDM system

OSN8800 TN54TSC (100 Gbit/s Tributary Service Processing Board) Functions and Features The TSC single board supports functions and features such as electrical layer crossing. The TSC single board functions and features are shown in Table 1. < Table 1 Functions and features of the TSC single board

Functions and features	Description
Basic functions	Realize the following signal interconversion: 1 x 100GE/OTU41 x ODU4
Customer-side service type	100GE: Ethernet service at a rate of 103.125 Gbit/s OTU4: OTN service at a rate of 111.81 Gbit/s
Cross-over capability	Supports one ODU4 signal to realize cross-scheduling of services with the cross board through the backplane bus.
OTN Functions	Mapping processing meets ITU-T G.709 recommendations, adopting ITU-T G.709 recommended frame format and overhead processing. OTU4 layer: supports SM overhead processing. ODU4 layer: Customer side access to 100GE, supports PM function. Customer-side access to OTU4, support for PM and TCM functions, and uninvolved monitoring functions at the PM and TCM layers.
ESC function	Supported when accessing OTU4.
PRBS test function	The PRBS test function is supported on the client side only when the client side is accessing OTU4.
LPT Function	Not supported
Error Correction Coding	FEC coding is supported on the client side only when accessing OTU4 services, in accordance with ITU-T G.709 recommendations.
Alarm and Performance Monitoring	Supports OTN's BIP8 byte monitoring (burst mode) to locate line faults. Supports OTN performance monitoring and alarm monitoring functions. Provides the following monitoring functions: laser bias current monitoring, laser operating temperature monitoring, optical power monitoring, etc. Provides Ethernet RMON monitoring function.
ALS Function	Supported on the client side when accessing non-OTN services.
Test frame function	Supported only when 100GE services are accessed on the customer side.
Delay Measurement	Not supported
Physical Layer Clock	Supported when 100GE/OTU4 is accessed on the customer side for synchronous Ethernet passthrough, not for synchronous Ethernet processing.
IEEE 1588v2	Not supported
Electrical Layer ASON	Support
Protection Mode	Supports client-side 1+1 protection. Supports ODUk SNCP protection. Supports branch SNCP protection. Description: Branch SNCP protection is supported only when OTU4 is accessed on the client side.
Loopback	Customer side	Internal loopback	Support
	Customer side	External Loopback	Supported
	Channel Loopback	Not Supported
Supported Protocols or Standards	Protocol or standard for pass-through (no performance monitoring)	IEEE 802.3ba
Supported Protocols or Standards	Protocol or standard for processing (with performance monitoring)	ITU-T G.805 ITU-T G.806 ITU-T G.709 ITU-T G.872 ITU-T G.7710 ITU-T G.798 ITU-T G.874 ITU-T M.3100 ITU-T G.874.1 ITU-T G.875 ITU-T G.808.1 ITU-T G.8201 ITU-T G.873.1 ITU-T G.694.1 ITU-T G.8261 ITU-T G.8262

Optix OSN8800 TN54TSC view and faceplate

The single-board panel has single-board indicators and interfaces.

Panel Diagram

The TSC single-board panel view is shown in Figure 1.

Figure 1 TSC Single Board Panel Appearance Diagram

Description:

If the device uses Huawei's cabinet, in order to avoid the cabinet door compressing the optical fiber, the single panel uses G.657A2 optical fiber; if you do not install the cabinet door or use a third-party cabinet when there is no cabinet door compressing the optical fiber, there is no restriction on the type of optical fiber.

Indicator Lights

There are 4 indicator lights on the panel of the single board:

Single-board hardware status light (STAT)-red, green, and yellow indicator lights
Service Activation Status Light (ACT)-green colored indicator light
Single-board software status light (PROG)-red and green indicators
Service warning light (SRV)-red, green, and yellow indicators

Please refer to Single Board Indicators for a detailed description of the indicators.

Interfaces

The type and purpose of each interface on the TSC single board panel is shown in Table 1.

Table 1 TSC Single Board Interface Descriptions

Interface silkscreen	Interface Type	Purpose
RX	RX LC	Receives the service optical signal output from the customer-side equipment.
TX	TX LC	Sends the service optical signal to the customer-side device.

Laser Safety Level

The laser safety level of the single board is HAZARD LEVEL 1, which represents that the maximum output optical power of the single board's optical port is less than 10dBm (10mW).

OSN8800 TN54TSC (100 Gbit/s Tributary Service Processing Board) Specifications

The single-board specifications include optical interface specifications, single-board size, weight and power consumption.

Board Name	Customer-side Fixed Optical Module	Customer Side Pluggable Optical Module
TN54TSC	N/A	100GBASE-LR4-10 km-CFP 100GBASE-10×10G-10 km-CFP (100GBASE-4×25G)/(OTU4-4×28G)-10 km-CFP

Board Name

Customer-side Fixed Optical Module

Customer Side Pluggable Optical Module

TN54TSC

N/A

100GBASE-LR4-10 km-CFP

100GBASE-10×10G-10 km-CFP

(100GBASE-4×25G)/(OTU4-4×28G)-10 km-CFP

Description:

For warning considerations, the threshold defaults for the input optical power too low and input optical power too high alarms of the network management leave a certain margin on the basis of the sensitivity and overload point of the single board.

Customer-side pluggable optical module

Table 1 Customer-side-Pluggable-100GE Optical Module Metrics (100G BASE LR4)

Item	Unit	Indicator value
Optical module type	Unit	100GBASE-LR4-10km-CFP
Optical line code type	-NRZ	NRZ
Optical Source Type	-SLM	SLM
Transmission Target Distance	kilometers	10
Transmitter characteristics at point S
Signal rate per channel	Gbit/s	25.78125
Rate accuracy	ppm	-100 to 100
Center wavelength per channel (Min)	nm	1294.53
		1299.02
		1303.54
		1308.09
Center wavelength per channel (Max)	nm	1296.59
		1301.09
		1305.63
		1310.19
Total Average Transmitted Optical Power (Min)	dBm	1.7
Total Average Transmitted Optical Power (Max)	dBm	10.5
Transmit OMA per channel (Min)	dBm	-1.3
Transmit OMA value per channel (Max)	dBm	4.5
Transmit average optical power per channel (Min)	dBm	-4.3
Transmit average optical power per channel (Max)	dBm	4.5
Minimum extinction ratio	dB	4
Minimum Side Mode Rejection Ratio	dB	30
Receiver Characteristics at R
Receiver Type	-PIN	PIN
Signal rate per channel	Gbit/s	25.78125
Rate accuracy	ppm	-100 to 100
Center wavelength per channel (Min)	nm	1294.53
		1299.02
		1303.54
		1308.09
Center wavelength per channel (Max)	nm	1296.59
		1301.09
		1305.63
		1310.19
Received average optical power per channel (Min)	dBm	-10.6
Received average optical power per channel (Max)	dBm	4.5
Minimum overload point OMA per channel	dBm	4.5
Receive sensitivity OMA per channel	dBm	-8.6
Maximum Reflection Coefficient	dB	-26

Description:

OMA value is the standard definition of the optical power operating range (including sensitivity and overload point), which is not convenient for engineering testing. For actual engineering tuning, just follow the values of "average optical power per channel" and total average optical power, and we recommend you to test only the total average transmit optical power. For details, please refer to "Tuning", "Tuning the branch board optical power".

Table 2 Customer-side-Pluggable-100GE Optical Module Specifications (100G BASE 10x10G)

Item	Unit	Indicator Value
Optical Module Type	Unit	100GBASE-10x10G-10km-CFP
Optical line code type	-NRZ	NRZ
Optical Source Type	-SLM	SLM
Transmission Target Distance	kilometers	10
Transmitter characteristics at point S
Signal rate per channel	Gbit/s	10.3125
Rate accuracy	ppm	-100 to 100
Center wavelength per channel (Min)	nm	1521
		1521 1529
		1537
		1537
		1545 1553
		1561
		1569
		1577
		1585
		1593
Center wavelength per channel (Max)	nm	1525
		1533
		1533 1541
		1541
		1549 1557
		1565
		1573
		1581
		1589
		1597
Total Transmit Average Optical Power (Min)	dBm	4.2
Total Transmit Average Optical Power (Max)	dBm	13.5
Transmit average optical power per channel (Min)	dBm	-5.8
Average optical power sent per channel (Max)	dBm	3.5
Transmit OMA per channel (Min)	dBm	-2.8
Transmit OMA per channel (Typ)	dBm	-0.8
Transmit OMA per channel (Max)	dBm	3.5
Minimum extinction ratio	dB	2.5
Minimum Side Mode Rejection Ratio	dB	30
Receiver Characteristics at R
Receiver Type	-PIN	PIN
Signal rate per channel	Gbit/s	10.3125
Rate accuracy	ppm	-100 to 100
Center wavelength per channel (Min)	nm	1521
		1521 1529
		1537
		1537
		1545 1553
		1561
		1569
		1577
		1585
		1593
Center wavelength per channel (Max)	nm	1525
		1533
		1533 1541
		1541
		1549 1557
		1565
		1573
		1581
		1589
		1597
Received average optical power per channel (Min)	dBm	-10.8
Received Average Optical Power per Channel (Max)	dBm	3.5
Minimum overload point OMA per channel	dBm	3.5
Receiving sensitivity OMA per channel	dBm	-8.8
Maximum Reflection Coefficient	dB	-26

Description:

OMA value is the standard definition of the optical power operating range (including sensitivity and overload point), which is not convenient for engineering testing. For actual engineering tuning, just follow the values of "average optical power per channel" and total average optical power, and it is recommended to test only the total average transmission optical power. For details, please refer to "Tuning", "Tuning the branch board optical power".

Table 3 Customer-side-Pluggable-100GE/OTU4 Optical Module Specifications

Item	Unit	Indicator Value
Optical Module Type	Unit	(100GBASE-4×25G)/(OTU4-4×28G)-10km-CFP
Optical line code type	-NRZ	NRZ
Optical Source Type	-SLM	SLM
Transmission Target Distance	kilometers	10
Transmitter characteristics at point S
Signal rate per channel	Gbit/s	100GE: 25.78125 OTU4: 27.952493
Rate accuracy	ppm	100GE: -100 to 100 OTU4: -20 to 20
Center wavelength per channel (Min)	nm	1294.53
		1299.02
		1303.54
		1308.09
Center wavelength per channel (Max)	nm	1296.59
		1301.09
		1305.63
		1310.19
Total transmitted average optical power (Min)	dBm	100GE: 1.7 OTU4: 3.5
Total Transmit Average Optical Power (Max)	dBm	100GE: 10.5 OTU4: 8.9
Transmit average optical power per channel (Min)	dBm	100GE: -4.3 OTU4: -2.5
Average optical power sent per channel (Max)	dBm	100GE: 4.5 OTU4: 2.9
Transmit OMA per channel (Min)	dBm	-1.3 (100GE only)
Transmit OMA per channel (Max)	dBm	4.5 (100GE only)
Eye diagram mode frame	-100GE: Conforms to IEEE 802.3b.	100GE: Conforms to IEEE 802.3ba Recommended Template OTU4: Conforms to ITU-T G.959 Recommended Template
Minimum extinction ratio	dB	100GE: 4 OTU4: 7
Minimum Side Mode Rejection Ratio	dB	30
Receiver Characteristics at R
Receiver Type	-PIN	PIN
Signal rate per channel	Gbit/s	100GE: 25.78125 OTU4: 27.952493
Rate accuracy	ppm	100GE: -100 to 100 OTU4: -20 to 20
Center wavelength per channel (Min)	nm	1294.53
		1299.02
		1303.54
		1308.09
Center wavelength per channel (Max)	nm	1296.59
		1301.09
		1305.63
		1310.19
Received average optical power per channel (Min)	dBm	100GE: -10.6 OTU4: -8.8
Received Average Optical Power per Channel (Max)	dBm	100GE: 4.5 OTU4: 2.9
Minimum overload point OMA per channel	dBm	4.5 (100GE only)
Receive sensitivity OMA per channel	dBm	-8.6 (100GE only)
Receive equivalent sensitivity per channel	dBm	-10.3 (OTU4 involved only)
Minimum overload point value per channel	dBm	2.9 (OTU4 only)
Maximum reflection coefficient	dB	-26

Description:

OMA value is the standard definition of the optical power operating range (including sensitivity and overload point), which is not convenient for engineering testing. For actual engineering tuning, just follow the values of "average optical power per channel" and total average optical power, and it is recommended to test only the total average transmission optical power. For details, please refer to "Tuning", "Tuning the branch board optical power".

Mechanical Parameters