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| Product Overview |
|---|
The E1MG-100FX-OM transceiver module enables 100Mb/s fiber connectivity using multimode fiber over distances up to 2 kilometers. It fits into SFP slots and supports duplex LC connections, delivering a balance of performance and flexibility that accommodates medium-range fiber networking needs. |
| General Information | |
|---|---|
| Brand | Brocade |
| Technical Information | |
|---|---|
| Form Factor | SFP |
| Media | MMF |
| Protocols | 100Base-FX |
| Connector | LC Duplex |
| DOM Support | No |
| Physical Characteristics | |
|---|---|
| Weight | 3.00 |
| Condition | Refurbished |
| Product Description |
|---|
The E1MG-100FX-OM is a transceiver designed to facilitate reliable 100Mb/s communication over multimode fiber optic cables. It is commonly found in network environments requiring stable fiber connections with moderate reach. Built for use in fiber optic networking, this SFP module fits into compatible switches and other network devices to extend fiber links efficiently. Network engineers and IT professionals often utilize this transceiver for applications demanding consistent performance over short to medium distances. Key Features
This transceiver provides a practical solution to extend fiber optic networks with minimal configuration. Its dependable performance and standard interface make it a dependable choice for maintaining network connectivity, especially where Gigabit speeds are not required but fiber distance and integrity matter. |
| Use Cases |
|---|
This transceiver is typically used to connect network devices in campus networks, data centers, or enterprise environments where multimode fiber is preferred for short to medium distances. It supports environments that require reliable 100Mb/s fiber links without the need for higher bandwidth options. How It's Used:
By facilitating consistent fiber connectivity, the E1MG-100FX-OM supports network stability and straightforward scalability. Its role in linking devices over moderate distances helps maintain efficient network operations in fiber-dependent infrastructures. |