Short Description:
Number of Ports: 1 channel

NIC Transmission Rate: 10/100/1000Mbit/s

Optical Port Transmission Rate 1000Mbit/s



This Media Converter ensures high-performance, ensure higher security and stability of data transmission.

1.Introduction
10/100/1000M adaptive fast Ethernet optical Media Converter is a new product used for optical transmission via high-speed Ethernet. It is capable of switching between twisted pair and optical and relaying across 10/100/1000Base-TX to 1000Base-FX network segments, meeting long-distance, high-speed and high-broadband fast Ethernet workgroup users’ needs, achieving high-speed remote interconnection for up to 100 km's relay-free computer data network. With steady and reliable performance, design in accordance with Ethernet standard and lightning protection, it is particularly applicable to a wide range of fields requiring a variety of broadband data network and high-reliability data transmission or dedicated IP data transfer network, such as telecommunication, cable television, railway, military, finance and securities, customs, civil aviation, shipping, power, water conservancy and oilfield etc, and is an ideal type of facility to build broadband campus network, cable TV and intelligent broadband FTTB/FTTH networks.
3.Operating Environment
1) Operating Voltage
AC 100-220V/ DC +5V
2) Operating Humidity
Operating Temperature: 0℃ to +50℃
Storage Temperature: -20℃ to +70℃
Humidity: 5% to 90%
4.Quality Assurance
MTBF > 100,000 hours;
Replacement within one year and non-charge repair within three years guaranteed
5.Application Fields
For intranet prepared for expansion from 100M to 1000M
For integrated data network for multimedia such as image, voice and etc.
For point-to-point computer data transmission
For computer data transmission network in a wide range of business application
For broadband campus network, cable TV and intelligent FTTB/FTTH data tape
In combination with switchboard or other computer network facilitates for: chain-type, star-type and ring-type network and other computer networks