The Black Box LMC1017A-SFP Gigabit Ethernet to SFP Media Converter offers versatile, high-performance connectivity options for expanding or upgrading your network. Supporting multiple Ethernet speeds and fiber types, this converter provides an adaptable solution for long-distance or high-bandwidth applications. Easily deploy it as a standalone device or integrate into a chassis system as your network grows, ensuring a scalable and reliable fiber connectivity solution.
Features :
Ideal for networks requiring flexible fiber connectivity, the LMC1017A-SFP supports a wide range of SFP transceivers, including those for standard 155 Mbps and 1250 Mbps communications, as well as CWDM optical modules for increased bandwidth over longer distances. Its compatibility with various fiber types makes it suitable for diverse environments—from data centers to industrial applications.
Advanced Options :
The converter's LED indicators facilitate quick troubleshooting and status verification, while its modular approach ensures future scalability. Whether used individually or as part of a larger chassis system, this Media Converter provides a straightforward, cost-effective method to extend Ethernet networks over fiber.
Product Key Features
- Converts 10/100/1000 Mbps Ethernet over copper to optical fiber via SFP transceivers
- Supports various fiber types, including duplex and single-fiber, at speeds up to 1250 Mbps
- Compatible with CWDM wavelengths for increased bandwidth capacity
- Modular design allows standalone use or mounting in chassis systems (wall, rackmount, chassis)
- LED indicators provide quick status of power, port activity, link, and duplex modes
Reliability & Performance :
Designed for durability and ease of management, the LMC1017A-SFP offers stable, high-speed data transmission with support for multiple fiber and speed options. Its LED indicators help monitor operation and troubleshoot issues efficiently. The converter's flexible mounting options and compatibility with CWDM modules make it a reliable choice for complex or growing network infrastructures, ensuring continuous connectivity and optimal performance over long distances.
