10/100 Base Ethernet Module | GL75E
The 10/100 Base Ethernet Module brings fast Ethernet capability to the Global Foxcom Sat-Light systems. Using only one single-mode optical fiber, the unit transmits either 10Base or 100Base data over distances up to 20 kilometers. Model 2020A transmits at 1310 nm, while Model 2021A transmits at the 1550 nm window.
This easy to install, plug-and-play media converter set complies with IEEE802.3 standards, and supports full duplex and half duplex communications with auto negotiation on both the fiber and twisted pair media. An RJ-45 interfaces to the twisted pair, while a single SC type connector interfaces to the optical fiber path. The 2020 set also supports MDI/MDI-X auto crossover, eliminating the need for elusive crossover cables.
Features & Benefits
- High speed 10/100 Mbps transmission
- Plug and Play operation
- IEEE 802.3 Standards compliant
- Auto-negotiation, full and half duplex
- Supports MDI/MDI-X auto crossover
- Long distance, up to 20Km
Basic Details
The 10/100 Base Ethernet Module brings fast Ethernet capability to the Global Foxcom Sat-Light systems. Using only one single-mode optical fiber, the unit transmits either 10Base or 100Base data over distances up to 20 kilometers. Model 2020A transmits at 1310 nm, while Model 2021A transmits at the 1550 nm window.
This easy to install, plug-and-play media converter set complies with IEEE802.3 standards, and supports full duplex and half duplex communications with auto negotiation on both the fiber and twisted pair media. An RJ-45 interfaces to the twisted pair, while a single SC type connector interfaces to the optical fiber path. The 2020 set also supports MDI/MDI-X auto crossover, eliminating the need for elusive crossover cables.
Basic Details
| RF Specification | Value |
| Plug In Dimensions | 5.1 x 4.9 x 1.6 (W x L x D) inches |
| Data Support | 10BaseT / 100BaseT |
| Twisted Pair Connector | RJ -45 |
| Operating Wavelength | 1310 or 1550 nm |
| Max. Operating Fiber Length | 20 Km |
| Fiber Compatibility | Single Mode |