8 ports Ehternet Switch

ESCRIPTION

 

This Fiber Switch is a kind of *0/**0Mbps

adaptive fast Ethernet fiber converter (also called optical-to-electric medium converter) with a built-in 8 ports *0M/**0Mbps adaptive switch, which can implement mutual conversion between four independent *0Base-TX/**0Base-TX twisted pair electrical signal and **0Base-FX optical signal. This type of fiber converter can extend the transmission distance of a network from **0m over copper wires to **0 Km (single-mode full duplex mode).

The fiber converter supports two different types of network connection media types:

*0/**0Base-TX and **0Base-FX. With the

application of the switching technology and the storing & forwarding technology, it can

 implement data transmission between the two types of network connection media. The

converter supports transmission with dual-fiber multi-mode, dual-fiber single-mode and

single-fiber single-mode fibers.

 

FEATURES

 

Adaptive *0Mbps and **0Mbps environments, for the convenience of network upgrade;

Efficient built-in switching core, to implement flow control and reduce

broadcast packets;

Providing eight independent *0/**0Mbps adaptive switching-type twisted pair ports, to implement electrical interface backup and multi-user access;

Providing eight electrical interfaces based on VLAN switch setting, and

supporting the connection of users from different units;

Supporting full-duplex and half duplex transmission modes and capable of

automatic negotiation;

Supporting automatic cross of twisted pair ports, for the convenience of system debugging and installation;

Supporting the transmission of extra-long packets (with the maximum length of ***2 bytes);

Supporting Quality of Service (QoS) and ensuring transmission of VoIP packets;

Supporting Spanning Tree Protocol (STP) to form a redundant network;

Low power consumption, low heat dissipation and capable of stable operation for a long period of time;

Supporting multiple types of fiber ports such as dual-fiber multi-mode,

dual-fiber single-mode and single-fiber single-mode, expanding the

requirements of users;