Cascading 100Base Ethernet Multi Port Fiber Switch With 2 Duplex SC Optical Ports 3 UTP Ports

When using an Ethernet switch or fiber media converter to cascade, we should pay attention to the following problems. In principle, any manufacturer or any type of Ethernet switch or media converter can cascade with each other, but sometimes two switches or fiber media converters cannot be cascaded under some special circumstances. There is a certain limit on the number of cascaded layers between switches or media converters. The most fundamental principle of the successful implementation of cascading is that the distance between any two nodes cannot exceed the maximum span of the media segment. When multiple switches or fiber media converters are cascaded, they should be guaranteed that they all support spanning tree (Spanning-Tree) protocol. It is necessary to prevent loops in the network and allow redundant chain paths to exist.

When cascading, we should try to ensure that the relay link between switches or fiber media converters has enough bandwidth, so full duplex technology and link convergence technology can be used. After the full duplex technology is applied to the switch port, not only the throughput of the corresponding port is doubled, but also the relay distance between the switches increases greatly, making it possible to cascade multiple equipments in different locations and distances. Link aggregation is also called port aggregation, port bundling, and link expansion combination, defined by the IEEE802.3ad standard. That is to say, in order to provide higher bandwidth, better redundancy and load balancing, two devices can be connected in parallel through more than two ports of the same type and transmit data at the same time. Link aggregation technology can not only provide high speed connections between switches or fiber media converter, but also provide high speed channels for the connection between switches, media converters and servers. But it is important to note that not all types of switches or media converters support these two technologies. Please contact Fiberall for more information if you are interested in cascading fiber switch or fiber media converter.

Main Features Of FAFS-FDSES2R3-40 Fiber Media Converter

Two optical interfaces, can implement chain structure network;

Built-in high efficient exchange core to reduce broadcast packets;

Support full duplex and half duplex transmission mode, which can be negotiated automatically;

Support the longest 1536 byte ultra long packet transmission;

Support QoS to ensure VOIP packet transmission;

Support STP spanning tree to form a redundant network;

Low power consumption and low heat, stable work for a long time;

Fiberall provide dual fiber multimode, dual fiber single-mode and single fiber single-mode fiber port for options to meet different needs of users.

Main Characteristics