Features & Benefits:
- Conversion between different transmission speeds
and media types
- Standalone and compact hardware design
- Auto-negotiating Ethernet port (Speed and Half/Full
Duplex)
- Auto-crossover Ethernet port (Supports Auto
MDI/MDI-X)
- Standard open Fiber slots for SFP Transceiver
- Built-in Link Loss Forwarding Technology
- LED Status Display
The MC1000-SFP is an Ethernet media converter that
converts media transmission between UTP Copper cablings
and fiber SFP (Small Form-Factor Pluggable) Transceivers.
The MC1000-SFP copper-to-fiber module is available in
10/100Mbps Fast Ethernet and 1000 Mbps Gigabit Ethernet
types, allowing seamless integration between Fast/Gigabit
Ethernet networks using unshielded twisted pair (UTP)
copper cabling, and Gigabit fiber networks.
Long-haul Gigabit Ethernet - Depending on
the distance between two sites, users can select and
insert proper SFP Transceivers into the slots for different
network environments: multi-mode SFP for short distance
(up to 550m) or single-mode SFP for long distance (from
10km to 40km or 70km maximum). Regardless of the scale
of deployment, the MC1000-SFP is the most cost-effective,
flexible solution for mixed copper/fiber environments
like LANs, campus networks or even Metropolitan Area
Networks.
Easy Installation - The Auto-negotiating Ethernet
function empowers the Gigabit RJ-45 port on MC1000-SFP
to negotiate transmission speed and mode with peer devices
automatically; and the Auto-crossover Ethernet port
can prevent circuit mismatch problems by auto-sensing
MDI/MDIX configuration. With these intelligent functions,
MC1000-SFP can be paired with a switch, a NIC (Network
Interface Card) or a Gigabit Ethernet device via a UTP/STP
cable easily.
Easy Troubleshooting - With the Link Loss
Forwarding mechanism activated, any detected broken
link on the RJ-45 Ethernet port will force the fiber
port to take over, and the fiber uplink port will stop
transmitting then "turned off" as soon as the remote
link is down. Transparent link status will be delivered
by the Link Loss Forwarding mechanism to facilitate
the troubleshooting process.