855071-001

Features

• The main feature is that it transfers data at a very high speed over a long distance.
• It is compatible with other networking devices.
• It’s also effective in making sure that it minimizes data transmission delays.
• It contains a 3.3v single power supply.
• Support Duplex LC Connector
• Hot pluggable SFP+
• It provides an 850nm Oxide Laser Transmitter
• Delivers 100M transfer distance M5F Multi-mode Fiber (125/50 UM OM4)

Specifications of 855071-001

Applications

• Network Service Provider
• Enterprise networks
• Data centers
• IT Infrastructure
• Optical Networking system
• SAN Environments

When to Use a Transceiver?

If you need to transmit and receive a large amount of data by using different medium channels like optical fibers. 

Receiver Vs. Transceiver?

A receiver is a device that receives signals and converts them into sound but is unable to transmit them. On the other hand, a radio transmitter is a combination of a receiver and a transmitter; in other words, we can say that it can send and receive information over a distance.

How Fast is the Optical Transceiver?

The receiver can transmit 100 billion bits per second and the power consumption is 3.5W.

How Does an Optical Cable Work?

Light walks through fiber optic cable by being converted back repeatedly. Each light particle reflects back down the pipe with an internal mirror of the optic.