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| Product Overview |
|---|
The E1MG-LX-OM-T transceiver supports 1Gb/s data rates and is engineered for single-mode fiber connections up to 10 kilometers. It fits standard SFP slots and delivers optical transmission at 1310nm wavelength, making it suitable for a range of networking equipment requiring stable fiber optic links. |
| General Information | |
|---|---|
| Brand | Brocade |
| Technical Information | |
|---|---|
| Form Factor | SFP |
| Media | SMF |
| Type | LX |
| Protocols | 1000BASE-LX, Gigabit Ethernet |
| Connector | LC Duplex |
| Physical Characteristics | |
|---|---|
| Weight | 3.00 |
| Condition | Refurbished |
| Product Description |
|---|
The E1MG-LX-OM-T is a single-mode fiber optic transceiver designed to facilitate smooth data transmission across network infrastructures. Built for fiber optic links requiring distances up to 10 kilometers, this transceiver operates at a 1310nm wavelength to maintain signal integrity over extended runs. Commonly used in enterprise and data center environments, this transceiver supports 1Gb/s speeds and is often found in switches and routers that require reliable fiber connectivity. Network administrators and IT professionals benefit from its straightforward installation and compatibility with existing LC fiber cabling. Key Features
This transceiver plays a vital role in maintaining network performance by enabling stable fiber connections over medium distances. Its dependable construction and clear signal handling contribute to the overall reliability of optical communication links in professional network setups. |
| Use Cases |
|---|
The E1MG-LX-OM-T transceiver is typically deployed in enterprise networking and data center fiber infrastructures where long-distance, high-speed connections are necessary. Its design caters to environments that demand stable optical communication over single-mode fiber. How It's Used:
In these scenarios, the transceiver helps maintain operational efficiency and consistent performance, ensuring that network data flows without interruption across medium-range fiber spans. |