The company has pioneered the use of its H19 connector system – originally developed for use with plastic fiber, but evolved to work with glass as well, enabling systems to be easily upgraded with minimal changes using the same diodes. For example, the H19E2000BHR 660nm high-power red emitter can be paired with the H19R850IR PIN photodiode, and if the link distances are relatively short, it can be used with a low-cost plastic optical fiber. If the system then needs to be used over a longer distance beyond the range of plastic fiber, the cable can be replaced with glass fiber, and the operational link distance will increase without requiring any changes to the transmitter or receiver pair. This gives the user the flexibility to specify the most cost-effective solution for a given installation with the versatility to upgrade link distances through a simple cable change, without having to make any modifications to the transmitters or receivers.
800G Optical Transceivers: Key Infrastructure in the AI Era
With the rapid advancement of AI applications and large-scale model training, computing power has become one of the most critical infrastructures of the AI era. The continued expansion of computing scale directly drives the demand for networks with greater bandwidth...
