Name: Huawei OSN 9800 Add and drop unit TNG2DWSS20 best price at telecomate.com
Brand: Huawei

TNG2DWSS20

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Huawei OSN 9800 Add and drop unit TNG2DWSS20 with contentionless function

Brand: Huawei

Lead Time: 3-5 days

Ship From: Shenzhen Warehouse

Category: OSN9800 Series

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Description

TNG2DWSS20 overview

TNG2ADC0824 Add and drop unit with contentionless function.

As a type of wavelength selective switching board, the DWSS20 board is used with the optical multiplexer and demultiplexer unit and optical add and drop multiplexing unit to implement wavelength grooming at the nodes in the DWDM network.

Add any combination of wavelengths through any of the following optical interfaces: AM01 – AM20.
Drop any combination of wavelengths through any of the following optical interfaces: DM01 – DM20.

Item	TNG2DWSS20
Basic function	Implements optical-layer service grooming for multiple wavelengths, and support contentionless. Wavelength adding: Adds any wavelengths from any directions through ports AM01 to AM20 and outputs the wavelengths through the OUT port. Wavelength dropping: Receives optical signals from the main path through the IN port, drops wavelengths to any directions, and outputs them through ports DM01 to DM20. Dummy Light can only be connected to the AM20 port.
WDM specification	Supports the DWDM specifications.
Spectrum application	Supports super C-band wavelengths. Supports signals with a 50 GHz/75 GHz channel spacing. Supports flexible grid wavelength signals. The signals have continuous n x slice GHz spectrums (one slice is equal to 6.25 GHz, and n is an integer ranging from 6 to 64) to meet the bandwidth requirements of high-rate services. When multi-rate services are transmitted together, bandwidth can be flexibly allocated to improve bandwidth usage.
Gain locking technology	Not supported
Online optical performance monitoring	Provides an online monitoring optical port (MON). Through this optical port, a small number of optical signals can be output to an optical spectrum analyzer or an optical spectrum analyzer board. In this manner, the spectrum and optical performance of the multiplexed optical signals can be monitored without interrupting services. NOTE: The online optical performance monitoring function can be used only for temporary optical performance monitoring when the MONI/MONO power meets the power detection range of the detection instrument or spectrum analysis board. For details about long-term monitoring, see the application scenarios of spectrum analysis boards.
Optical-layer ASON	Supported
Optical power adjustment	Supports power adjustment for each wavelength.
Multiplexing of the main optical path and supervisory signals	Not supported
Loopback	Supports optical-layer loopbacks.
Alarm and performance event monitoring	Detects the optical power and reports the alarms and performance events for the board.