Data sheet
March 22, 2024
To keep pace with AI development, data center operators are going to have to invest in powerful, high-bandwidth optical transceivers. These next-generation components require the active cooling of TECs to optimize performance and minimize cost.
Ebook
March 22, 2024
The rise of cloud computing for streaming media and remote work meetings via video chat has significantly increased data rate demands, straining network bandwidth providers. While smart planning and technology investments have helped manage the load, the emergence of Artificial Intelligence (AI) poses new challenges. To address this, data centers must transition to cooled optical communications to sustain high data rate demands in the AI era.
Data sheet
March 21, 2024
Phononic's TECs efficiently cool TO Can lasers while reducing your overall TOSA power consumption. Learn more about TEC features, benefits & applications!
Data sheet
March 21, 2024
Phononic's TEC solutions for box TOSA laser packages deliver excellent cooling for applications of 100G or higher. Learn more about our TECs!
Ebook
October 26, 2020
The rollout of 5G applications will require enormous amounts of fiber, and the lasers, detectors and other optical components that transmit signals along all of that fiber will need to be cooled.
Article
January 16, 2020
As the optoelectronics industry continues to see growth and anticipates more new technologies to be unveiled in the coming year, we can expect the same for optical communications.
Design Guide
Brief
September 12, 2019
Non-hermetic laser packages enable TOSA cost reductions but may fall short in extreme environments. Phononic's TECs are engineered to last. Read more!
Article
June 14, 2019
The use of non-hermetic components can deliver significant cost savings on the TOSA, as much as 50% – if the right non-hermetic TECs are chosen.