Well-designed Network Switch - Industrial grade Gigabit fiber optic transceiver (one optical and one electrical) – Changfei Optoelectronics

product description:

Support mutual conversion between 10/100/1000Base-T and 1000Base-FX;
1 full-duplex 1.25Gbps optical port, 1 10/100/1000Mbps self-adaptive electrical port;
10/100/1000M rate self-adaptation, MDI/MDI-X self-adaptation, full/half-duplex self-adaptation;
Optical and electrical links have full connection/status indicators;
Optical interface supports SFP transmission mode;
Support IEEE802.1d Spanning Tree (Spanning Tree) protocol to make networking easier;
Support QoS to ensure the efficient operation of the network;
Support multicast; common mode 4KV lightning protection
Support 5~36V wide voltage input;
Supports transmission of super long data packets up to 10K bytes;
Mini size, 115×90×30mm;
Simple to use, plug and play, without any setup;
Using aluminum alloy shell, IP40 protection level, built-in heat sink, can ensure long-term stable work.

Common connection methods of fiber optic transceivers?

Knowledge about fiber optic transceivers The editor of fiber optic transceivers will show you a lot, such as precautions in the use of fiber optic transceivers, common faults in the use of fiber optic transceivers, etc. What are the common connection methods of fiber optic transceivers?

1. Chain backbone network connection of fiber optic transceivers
The chain-shaped backbone network of optical fiber transceivers can save a lot of optical fiber books, and many of them are used in the backbone network of urban periphery and suburbs. Similarly, they can also be used in environments such as high-speed kilometers, electrical lines, and oil pipelines. The chain-shaped backbone network supports IEEE802.1Q and ISL network characteristics, which can ensure compatibility with most backbone networks, and can form broadband virtual private networks for education, finance, government and other industries. The chain-shaped backbone network formed by optical fiber transceivers is a multimedia network that can provide comprehensive transmission including data, image, voice and real-time monitoring.

2. Ring backbone network connection of fiber optic transceivers
The ring backbone network of optical fiber transceivers uses the SPANNINGTREE feature to build the backbone within the metropolitan area. This structure can be transformed into a mesh structure, which is suitable for high-density central cells on the metropolitan area network and forms a fault-tolerant core backbone network.

The ring backbone network of optical transceivers supports IEEE.1Q and ISL network features, which can ensure compatibility with most mainstream backbone networks, such as VLAN, TRUNK and other functions across switches. The ring backbone network can form a broadband virtual private network for industries such as finance, government, and education.

3. User access system connection of fiber optic transceivers
The user access system uses 10Mbps/100Mbps self-adaptation and 10Mbps/100Mbps automatic conversion function to connect any user terminal equipment without preparing a variety of optical fiber transceivers, which can provide a smooth upgrade plan for the network.