VSC8142XVR-03

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The VSC8142XVR-03 is a widely-used optical transceiver module for optical communication systems, usually employed for various applications such as Enterprise, Datacenter, HPC, and Telecom. This highly efficient and cost-effective transceiver provides up to 10 Gigabit transmission rate over a single mode optical fiber of up to 15km in length. It is also used in a wide range of industries, including aerospace and defense, automotive, industrial, medical, networking, storage and wireless.

Application Field

The VSC8142XVR-03 can be used in high performance computing (HPC) applications, as well as in enterprise, datacenter and telecom networks. In HPC applications, the transceiver module enables the transfer of large amount of data between two computers, making it ideal for cloud computing. In enterprise and datacenter networks, the transceiver module can be used for moving large amounts of data in and out of the network. It can also be used in telecom networks to make communication between different devices very reliable, secure and fast.

Working Principle

The VSC8142XVR-03 employs a waveguide-articulated transceiver architecture that uses VCSEL and PIN/APD photodiode pairs. The device operates over 850nm Ethernet link, providing data transfer rate up to 10 Gbit/s. The optical emitted wavelength is usually 1490nm λc and the receiving wavelength is usually 1310nm λc. The waveguide-articulated transceiver architecture allows electric signals in the frequency range of 10 Hz- 10MHz to be transmitted and received, connecting optical channels in electronic circuits.

The waveguide-articulated transceiver architecture enables the transceiver module to efficiently transmit and receive optical data at the same time, avoiding the need for multiple channels or ports. This also reduces the power consumption and improves the transmission effectiveness of the module. Additionally, the waveguide-articulated transceiver architecture is also resistant to electromagnetic interference, making it suitable for industrial use.

The VSC8142XVR-03 also utilizes the Serial ID that utilizes the two-wire protocol serial ID I²C (Inter-Integrated Circuit) to provide integrated digital identification to ensure proper Device Enable/Disable and Device Read/Write operations. The digital identification features support automatic device recognition, as well as serial ID reading and control, making it easy to manage devices and perform troubleshooting.

Conclusion

The VSC8142XVR-03 is a versatile, cost-effective and efficient transceiver module designed for high performance computing and enterprise/datacenter applications. It provides up to 10 Gigabit transmission rate over a single mode optical fiber and employs waveguide-articulated transceiver architecture for optimal data transfer time. Additionally, it utilizes the Serial ID feature for automatic device recognition and serial ID reading/control, making it easy to manage and trouble-shoot. The combination of high performance and low power consumption makes the VSC8142XVR-03 an ideal transceiver module for optical communication systems.

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