Intel FTLX1471D3BCVI31 SFP 1310NM Plug-In Module Transceiver

Wavelength: 1310 NM

Introduction

The Intel FTLX1471D3BCVI31 SFP Plug-In Module Transceiver is a cutting-edge networking solution that offers outstanding performance and reliability. One of its standout features is its wavelength, with a value of 1310 nm. In this section, we will delve into the benefits and importance of this feature for users.

Wavelength

Wavelength refers to the distance between two consecutive points on a wave, usually measured in nanometers (nm). In the context of networking, it refers to the specific frequency of light used to transmit data through fiber optic cables. The Intel FTLX1471D3BCVI31 SFP Plug-In Module Transceiver operates at a wavelength of 1310 nm, making it compatible with a wide range of fiber optic networks.

Compatibility with Existing Infrastructure

One major advantage of the 1310 nm wavelength is its compatibility with existing infrastructure. Many networks have already been set up using fiber optic cables optimized for this wavelength. By utilizing a transceiver that operates at 1310 nm, users can seamlessly integrate the Intel FTLX1471D3BCVI31 into their existing network without the need for costly infrastructure upgrades.

Long-Distance Transmission

Another significant benefit of the 1310 nm wavelength is its ability to support long-distance transmission. The higher the wavelength, the lower the attenuation (signal loss) over long distances. With a 1310 nm wavelength, the Intel FTLX1471D3BCVI31 can efficiently transmit data over extended fiber optic links, making it suitable for applications that require communication across large areas or between different sites.

Higher Bandwidth

The 1310 nm wavelength also enables higher bandwidth capabilities. With advancements in fiber optic technology, networks operating at this wavelength can achieve data rates of up to 10 Gbps (Gigabits per second) and beyond. This increased bandwidth is essential for modern applications, such as video streaming, cloud computing, and data-intensive processes. The Intel FTLX1471D3BCVI31's compatibility with the 1310 nm wavelength ensures users can leverage these high-speed capabilities.

1310 NM

Now that we have explored the benefits of the 1310 nm wavelength, let's understand why it is essential for users.

Standardization

The 1310 nm wavelength has become a standard in the networking industry. It is widely accepted and supported by equipment manufacturers, making it easier for users to find compatible transceivers and other networking components. By choosing a transceiver operating at 1310 nm, such as the Intel FTLX1471D3BCVI31, users can ensure their equipment aligns with industry standards and will work seamlessly with other devices.

Future-Proofing

Investing in networking equipment that supports the 1310 nm wavelength is a smart move for future-proofing your network infrastructure. As technology continues to advance, higher data rates and improved transmission capabilities will likely be achieved using this wavelength. By choosing the Intel FTLX1471D3BCVI31, users can rest assured they are equipped with a transceiver that will be compatible with future developments in the networking industry.

Flexibility

The 1310 nm wavelength offers users greater flexibility when it comes to network design and expansion. Its compatibility with existing infrastructure allows for seamless integration into various network architectures. Whether you are setting up a new network or expanding an existing one, choosing a transceiver like the Intel FTLX1471D3BCVI31, which operates at 1310 nm, grants you the flexibility to adapt to changing networking needs.

Conclusion

In conclusion, the 1310 nm wavelength featured in the Intel FTLX1471D3BCVI31 SFP Plug-In Module Transceiver is a crucial aspect that brings numerous benefits to users. Its compatibility with existing infrastructure, support for long-distance transmission, higher bandwidth capabilities, standardization, future-proofing, and flexibility make it an ideal choice for networking professionals. By leveraging the 1310 nm wavelength, users can optimize their network performance and stay ahead in an ever-evolving digital landscape.