2-200G-TO-100G

2* 200G to 4* 100G Transponder Card

3C-DCI-OTME is a 2*200G DCI Transponder Card for 3C-OTNS8600-DCI4/8, which is designed for building high-capacity optical transport networks. Its flexible architecture with a 4x QSFP28 client interface enables the same device to be used in multiple applications. It supports 400GbE services in transponder operation modes, combining different protocols and rates over a single 400G CFP2-DCO coherent uplink.

2* 200G to 4* 100G Transponder Card

Suitable for transmission over metropolitan networks and long-distance networks up to 600 km Suitable for high-capacity DCI network transmission for enterprises, campuses, cloud computing, etc. Suitable for 400G links in existing OTN/DWDM infrastructure

Overview

3C-DCI-OTME  multi-protocol multi-rate transponder is designed for building high-capacity optical transport networks. Its flexible architecture with a 4x QSFP28 client interface enables the same device to be used in multiple applications.


It allows maximum flexibility and scalability for fiber optic connectivity in wavelength division multiplexing (WDM) and dark fiber applications. It provides ideal solutions for enterprise, data center, campus, and metro networks.

 

Features

●       SD-FEC Error Correction
●       Support Standard MSA Pluggable QSFP28 and CFP2-DCO
●       High Capacity DCI for Enterprise, Campus, and Cloud Computing Networks
●       Support for 1000km Transmission at 200G Per Wavelength
●       Comprehensive Performance Monitoring and Full OTN Managed Layer
●       Modulation Mode Selectable 16QAM Provides Flexibility in the Network

Physical Characteristics


Characteristic Description
Occupied Slots Number
Max. Slots per Chassis 4 for 3C-OTNS8600-DCI4  and  8 for 3C-OTNS8600-DCI8
Client-side Interface 4 x 100G QSFP28
Line-side Interface 2 x 200G CFP2-DCO
Line-side Signal and Multiplexing Structure 200G: OCh <-> OTUC2 <-> ODUC2 <-> ODU4
Client-side Signal and Mapping Method 100GE <-> ODU4
Line-side Modulation Format 200G: 16QAM
FEC Mode 200G: SD-FEC

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