DWDM Wave / Lambda DCI White Box HT6800




DWDM (Dense Wavelength Division Multiplexing) is an advanced multiplexing system that uses multiple wavelengths to transmit data over a single optical fiber. This multiplexing method allows each wavelength to function as a separate channel, significantly expanding the transmission capacity of optical fiber.

Within DWDM, there are two main approaches: WAVE and LAMBDA.

WAVE is a dedicated channel offering transparent and dedicated bandwidth with support for all types of protocols. This approach provides very low communication latency and includes a carrier-supplied transponder. As a result, WAVE is ideal for companies looking for a reliable, fast, high-capacity communications solution.

On the other hand, LAMBDA is an approach that uses, for example, a shared physical medium, such as the DCI (Data Center Interconnect). This option offers autonomy and scalability, allowing customers to use their own equipment and customize their projects according to their specific needs. LAMBDA is an efficient solution for companies that want greater flexibility and control over their communication systems.

Thus, DWDM is an innovative technology that allows high-capacity data transmission over a single optical fiber. With the WAVE and LAMBDA approaches, companies can choose between dedicated or shared solutions, depending on their needs and preferences, thus ensuring efficient and high-performance communication.

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