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Transition C3210-1024 Media Converter 2 2km 1000BT1000BSX
- Gigabit Ethernet Media Converter
- Supports 1000Base-T (RJ-45) copper interface
- Supports 1000Base-SX (multimode fiber) interface
- Maximum fiber distance of 2km
- Enables high-speed network extension
- Ideal for connecting switches, routers, or servers over fiber
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Product Overview
The Transition C3210-1024 is a high-performance media converter that supports Gigabit Ethernet speeds. It facilitates conversion between 1000Base-T (copper) and 1000Base-SX (multimode fiber) interfaces, enabling network extension up to 2 kilometers over fiber.
Technical Information
| Product Type | Media Converter |
| Copper Speed | 1000Base-T |
| Fiber Speed | 1000Base-SX |
Additional Specifications
| Fiber Type | Multimode |
| Max Fiber Distance | 2km |
Product Description
The Transition C3210-1024 is a robust media converter designed to facilitate high-speed data transmission at Gigabit Ethernet rates. It serves as a bridge between copper-based Gigabit Ethernet networks (1000Base-T) and multimode fiber optic networks (1000Base-SX). This capability is essential for extending network infrastructure over distances that exceed the limitations of standard copper cabling, typically up to 2 kilometers for 1000Base-SX. This device is particularly useful in enterprise environments, data centers, or campus networks where high bandwidth is required for connecting switches, servers, or other network devices. The 1000Base-T port utilizes an RJ-45 connector for standard copper Ethernet cables, while the 1000Base-SX port uses fiber optic connectors (often SC or LC, though not specified in the title) for multimode fiber, supporting wavelengths typically around 850nm. The C3210-1024 enables network administrators to seamlessly integrate fiber optic links into their existing Ethernet infrastructure, providing increased bandwidth, immunity to electromagnetic interference, and extended reach. Its deployment can enhance network performance, reliability, and scalability, making it a valuable component for modern network designs.
