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Addressing TEC Reliability for LiDAR Applications
Designing TECs for Cost & Performance
Improve performance and lower component cost to keep your laser package competitive using our TECs. Learn more about TEC design for cost & performance!
The optical transceiver industry is poised for rapid growth. Read this eBook to learn about the 4 key thermal design considerations for next generation TOSAs.
Top Takeaways from CIOE 2019
After attending CIOE 2019, an event focused on advancing state-of-the-art optical communications, our team shares its major notes and takeaways.
Phononic Non-Hermetic Brief
Non-hermetic laser packages enable TOSA cost reductions but may fall short in extreme environments. Phononic's TECs are engineered to last. Read more!
3 Key Advances in TEC Design
Increasing efficiency in TECs is a great way to lower power consumption and save on operating costs. Read more about Phononic's 3 key TEC advancements.
Butterfly Package Datasheet
Pump lasers require reliable TECs to support the amplification and transfer of data across long distances. Learn more about Phononic's solutions to meet the growing demands for pump laser performance.
TECs for Box TOSAs
Phononic's TEC solutions for box TOSA laser packages deliver excellent cooling for applications of 100G or higher. Learn more about our TECs!
TECs for TO Cans
Phononic's TECs efficiently cool TO Can lasers while reducing your overall TOSA power consumption. Learn more about TEC features, benefits & applications!
Cooled Optics in NG-PON2 Deployment
Next-Generation Passive Optical Network 2 (NG-PON2) is a network standard capable of delivering throughput of up to 40Gbit/s across the network.
Addressing Reliability in a Non-Hermetic Laser Package
Cooled non-hermetic laser packages are one way of cutting costs while meeting the performance requirements of those demands.
How a Non-Hermetic Laser Package Saves On Cost
Non-hermetic packaging can be reliable, but offers a significantly lower total cost than a hermetically-sealed package. Here are three main drivers of cost to consider.
Increasing Data Rates Drive a Need to Cool QSFPs
Climbing data rates increase heat densities which require thermoelectric cooling to protect laser performance. Read more about Phononic's cooling solution.
Why 400G in the Datacenter Requires Effective Thermoelectric Cooling
With consumer demand driving ever-faster, ever-better devices and networks, and cloud storage needs only increasing as well, the rollout of 400G in the datacenter has been much anticipated.
OFC 2019: A Quick Recap
The 2019 Optical Networking Communication Conference brought big news and developments on 400G, PON and more. Here are our takeaways!
Endless Possibilities with Solid-State Technology
Solid-state thermal technology is transforming the way we cool and heat. Commonly-used cooling and heating technologies are more than a century old, and they’re unable to adapt to modern demands.
Phononic Announces General Availability of Non-Hermetic Thermoelectric Cooler
Phononic announced general availability of ReefTEC™, its proprietary Non-Hermetic Compatible Thermoelectric Cooler (TEC) Platform.
How to Master OFC
Here is a handy guide to help you get the most out of your time at the 2019 Optical Networking and Communication Conference and Exhibition (OFC).
Why Uncooled Laser Packages Aren't the Cost-Saving Answer in 5G
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.
Cooling in LiDAR Applications