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The 200G OTN Muxponder is a high-capacity optical transport device designed to aggregate supported client-side services and map them into a higher-capacity OTN or optical line interface for transmission across metro, backbone, and data center interconnect networks.
200G-Class Optical Transport
Designed for optical transport architectures requiring a 200G-class line-side or aggregate transmission capacity.
Multi-Service Aggregation
Aggregates supported lower-rate client services into a higher-capacity transport channel.
OTN Mapping and Multiplexing
Supports OTN-based service mapping and transport according to the configured system architecture.
Client-to-Line Adaptation
Provides adaptation between client-side service interfaces and the corresponding optical transport interface.
Efficient Wavelength Utilization
Enables multiple client services to share a higher-capacity optical wavelength where supported by the platform.
High-Capacity DCI Support
Suitable for transporting large volumes of traffic between data center sites.
Metro and Backbone Deployment
Can be integrated into carrier metro, regional, and backbone optical transport networks.
Flexible System Configuration
Client ports, line-side interface, wavelength configuration, management functions, and chassis format can be selected according to the product platform.
Data center interconnect (DCI)
Carrier OTN networks
Metro optical transport
Backbone transmission networks
Cloud data center interconnection
DWDM transmission systems
High-capacity wavelength transport
Optical service aggregation
Enterprise data center interconnection
Research and HPC network transport
A 200G OTN Muxponder is an optical transport device that aggregates supported client-side services and maps them into a higher-capacity OTN or optical line interface for transmission across an optical network.
A transponder normally converts or adapts a client signal to a line-side optical interface. A muxponder additionally aggregates multiple client services into a higher-capacity transport channel.
No. The meaning of 200G depends on the specific architecture. It may refer to line-side capacity, total aggregated client capacity, or an individual 200G interface.
Potentially, depending on the client-port configuration and OTN mapping capability of the specific platform. The exact number and type of client interfaces should be confirmed from the product specification.
Yes. DCI is a typical application for high-capacity optical transport equipment, especially where multiple services need to be transported efficiently between geographically separated data centers.
Yes, when the device provides or connects to an appropriate DWDM line-side optical interface. The supported wavelength range and optical architecture should be confirmed according to the system configuration.
Not necessarily. Actual equipment latency depends on OTN mapping, FEC, DSP processing, optical interface design, and other system functions. Specific latency values should only be published when supported by product data.
Not necessarily. OTN transport itself should not be described as providing confidentiality unless the equipment includes a specified encryption function.
Important parameters include client-side port types and quantities, supported client rates, aggregate capacity, line-side interface and rate, OTN mapping capability, supported service types, FEC, optical wavelength, coherent or non-coherent interface type, transmission distance, management interface, protection or redundancy functions, equipment latency, power supply, and chassis dimensions.
Address
4/F,Building D ,ZhiXuanHan Yuanling Industrial Park,ShiYan Sub-District,Baoan District,Shenzhen City,Guangdong Province,China
Tel
86-0755-27204792
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