Video
March 16, 2023
Phononic recently exhibited at the the Optical Network and Communication Conference (OFC) in San Diego, CA. During the conference Ana Berry, the Technology Correspondent at Lightwave, a leading media source of technical information for optical communications strategists, interviewed…
Data sheet
August 3, 2022
Phononic’s high-performance TECs cool next- generation optical communications components and circuits while reducing overall power consumption.
News
May 16, 2022
Alex Guichard, Vice President of Product Marketing at Phononic, was recently interviewed by Laser Focus World to discuss Phononic’s thermoelectric cooling technology for LiDAR (Light Detection and Ranging). This remote sensing method uses light in the form of a…
Ebook
March 29, 2022
Light Detection and Ranging, or LiDAR, is a laser-based 3D-sensing technology used to generate high-resolution maps of different terrains.
Blog
March 22, 2022
At the recently-wrapped OFC 2022 show, it was clear that participants were ready for a traditional face-to-face conference as energy was high and the event was pleasantly well-attended. We wanted to quickly share our thoughts from the show, particularly for…
Infographic
March 15, 2022
To many people, the word “custom” brings to mind “expensive.” But that’s simply not the case. With Phononic’s experience in semiconductor design, we can partner with you to develop cost-effective, application-specific TECs. View Fullscreen…
Article
October 25, 2021
Phononic recently had an opportunity to present during the Virtual Automotive LiDAR Conference that took place September 21-23, 2021. Alex Guichard, Ph.D. & Phononic’s VP of Product Marketing, presented Phononic’s recent market trends and challenges in the automotive LiDAR…
Infographic
Design Guide
June 4, 2021
Improve performance and lower component cost to keep your laser package competitive using our TECs. Learn more about TEC design for cost & performance!
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.