BCM85626IFSBG

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BCM85626IFSBG is an optical transceiver module which belongs to a new generation of fiber optics and utilizes a series of powerful signal processing technology, ranging from the transfer of digital signals to the conversion of optical signals. To meet the demand of rapid deployment of high-speed optical networks, this transceiver module was designed. It is suitable for data transmission between data centers, enterprise network applications, and access networks.

It has features including data rate up to 40GBASE-LR4, FET power supply, and built-in digital diagnostic monitoring. As a standard form factor module, it is compliant with IEEE 802.3ba, ITU-T G.8032 ERP and ZR. This transceiver also complies with safety standard IEC/UL 60950-1.

BCM85626IFSBG primarily applies to requirements of 40G active optical networks. It is capable of operating in both single-mode and multimode fibers. Its support of full duplex 40G Ethernet ports and compliance with Enhanced Small Form Factor(OSF), also enables this transceiver to be used as direct connection between two cores networks. Additionally, due to its light weight, low power consumption, and a wide range of temperature performance, it is suitable for small form factor pluggable interfaces which require high speeds, low power, or high temperatures.

The working principle of this transceiver module is based on the conversion of light signals, mainly the sending and receiving of light. A light emitting diode (LED) or laser is used to convert electrical signals into optical signals, which is then transmitted over an optical fiber link. At the far end, a light-sensing detector converts the optical signals back into electrical signals. This process allows for transmission over longer distances, even through a perfect vacuum.

BCM85626IFSBG is a reliable transceiver module which offers signal transmission with great flexibility, high quality, and much lower power consumption compared to traditional copper cables. It’s application field includes data centers, enterprise networks, and access networks, and its working principle is that of converting optical signals to electrical signals, allowing for reliable transmission with reduced loss of energy and time.

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