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Product Overview |
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The CN-X4 Ciena 4XGBIC Muxponder combines multiple Gigabit Ethernet signals into a single stream, streamlining data transport on Ciena CN4200 systems. Positioned as a flexible and scalable solution, it bridges multiple network segments by multiplexing traffic efficiently to optimize fiber usage. |
General Information |
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| Brand | Ciena |
| Part Number | CN-X4 |
| Condition | Refurbished |
Technical Information |
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| Number of Ports | 4-Ports |
| Port Type | 1000Base-X |
| Port Speed | 1 Gbps (Gigabit Ethernet) |
| POE Support | No |
| Stackable | No |
| Connector Type | LC connectors |
Management and Configuration |
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| Remote Protocols | CLI/TL1/HTTP/SNMP |
Physical Characteristics |
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| Weight | 4.00 |
Product Description |
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The CN-X4 is a 4xGBIC muxponder designed for the Ciena CN4200 series, providing reliable and scalable data aggregation. It’s commonly used in telecommunications and data center environments where multiple Gigabit Ethernet signals need to be combined onto a single wavelength for long-distance transport. Built for network operators and service providers, this module simplifies network infrastructure by reducing the number of required fibers and equipment. It’s often installed in metro and regional networks to optimize bandwidth and improve transport efficiency. Key Features
Typically deployed in carrier and enterprise networks, the CN-X4 helps manage data traffic effectively while conserving fiber infrastructure. It plays a key role in networks where maximizing capacity and maintaining signal integrity over distance are essential. |
Use Cases |
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The CN-X4 Ciena CN4200 4XGBIC Muxponder is designed for network environments requiring efficient aggregation of multiple Gigabit Ethernet links over a single fiber. It is ideal for service providers and enterprise IT teams managing metro or regional optical networks who need to optimize bandwidth and reduce infrastructure costs. How It's Used:
This muxponder supports operational efficiency by simplifying network topologies and maximizing fiber capacity. Its modular design allows incremental scaling, which aligns with evolving bandwidth demands in complex network deployments. |