MultiPower Miniature Gigabit Ethernet Media Converter
The Black Box LGC011A-R2 MultiPower Miniature Gigabit Ethernet Media Converter simplifies the process of extending LAN connectivity through fiber optic cabling. Its small form factor allows discreet installation behind desktops or equipment, making fiber extension practical and affordable without the need for additional NICs. Its flexible power options and compatibility with multimode or single-mode fiber make it a versatile choice for diverse networking environments.
Features :
Designed to bring fiber connectivity directly to the desktop or remote locations, the LGC011A-R2 converts Ethernet signals between copper and fiber media, supporting Gigabit Ethernet speeds for high-performance networks. The converter's compact size allows it to be tucked away unobtrusively, reducing clutter and saving space.
Advanced Options :
It supports both multimode and single-mode fiber types, enabling flexible deployment over various distances and environments. Power can be supplied via the included external AC adapter or through a rackmount PowerTray (sold separately), providing additional installation options for larger setups.
Product Key Features
- Supports Gigabit Ethernet (1 Gbps) connectivity
- Converts copper Ethernet to fiber for extended distances
- Compatible with multimode and single-mode duplex fiber
- Compact, unobtrusive design—install behind your PC or network device
- Power options include external AC power supply or optional rackmount PowerTray
- Ideal for bringing fiber to desktops, workstations, or network segments
Reliability & Performance :
Built for reliability, the LGC011A-R2 ensures stable, high-speed connectivity over fiber, reducing electromagnetic interference and increasing distance capabilities compared to traditional copper cabling. Its robust construction and flexible power options ensure continuous operation in demanding environments, making it ideal for extending LAN segments, connecting remote workstations, or integrating fiber into existing network infrastructures with minimal effort.
