News

July 31, 2019

Solid State vs. Compressor-Based Cooling

By far the most successful solid state cooling technology is embodied in products under development at Phononic whose soon-to-debut products are based on Peltier cooling.

News

July 30, 2019

Startup Phononic Raises $44M for Solid State Heating and Cooling

Semiconductors have transformed many modern industries (computers! LEDs!) and if startup Phononic has its way it will change heating and cooling, too.

News

July 30, 2019

A Novel Heat Pump Designed to Chill Your Beer and Wine

For decades now, refrigerators and air conditioners have largely run on compressors that can be quite noisy and a compound that can deplete the ozone - Phononic is changing this.

News

July 30, 2019

NC State’s Centennial Campus Announces New Corporate Partner

Phononic Devices, an early-stage company commercializing advanced thermoelectric materials and devices, is the latest company to partner with Centennial Campus.

Article

June 27, 2019

HEX 2.0 Thermoelectric CPU Cooler

Phononic’s new product, the HEX 2.0 Thermoelectric CPU Cooler, protects overclocked devices from overheating, giving you higher performance without the traditional risks.

Article

June 27, 2019

The End of HFCs and CFCs

Our sustainable refrigeration system is energy efficient, ultra-quiet when in operation, and eliminates all of the hazards associated with CFC and HFC refrigerant.

Article

June 27, 2019

Moore’s Law and Thermal Management

Phononic technology provides precise cooling and heating that enable the intelligent design of thermal systems and provide accurate temperature control.

Article

June 27, 2019

How Phononic Can Keep Moore’s Law Going

Phononic is challenging the so-called end of Moore's Law with our approach to solid state cooling technology. Learn more about our solid state solution!

Article

June 27, 2019

The Advent of Solid State Solutions for Thermal Management

The addition of a solid state cooling and heating device to a thermal system allows for thermal relief in both hot and cold ambient conditions. Learn more!