About This Webinar
For too long, thermoelectric technology has lagged behind the advancing needs of optoelectronic devices and systems. While the optoelectronics field has seen significant improvements in transmission rates, operating temperatures, and miniaturization, thermoelectrics have remained stagnant. Sheetak is revolutionizing this landscape by developing and commercializing advanced thermoelectric architectures that enhance efficiency, cooling density, and reliability, tailored to the scale and form factors required for modern temperature-controlled devices. Based in Austin, Texas, Sheetak boasts more than 100 years of combined experience in thermoelectric and thermal management technologies. Join this presentation for an introduction to Sheetak, a showcase of their current thermoelectric products, and a preview of their groundbreaking silicon-based QOOL CHIP thermoelectric architecture.
Who should attend:
Engineers, engineering managers, product managers, and senior management in the field of optoelectronics that use active thermal management and peltier coolers, such as thermoelectric coolers for temperature control of lasers, photodetectors, optical transceivers, silicon photonics, and other similar devices. Those who work in industries such as aerospace, automotive, biophotonics, consumer, defense, energy, machine vision, and semiconductors.
About the presenter:
Ian Defilippi is the director of product management at Sheetak, a leader in innovative thermoelectric solutions. With 18 years of experience across various industries, Defilippi has a profound expertise in managing product development teams and project execution. He holds a master’s degree from the University of Texas at Austin and a degree in computer engineering from the Pontifical Catholic University of Peru.
About Sheetak, Inc.:
Sheetak, Inc. pushes the boundaries of cooling technology, so customers can push the boundaries of the modern world. Located in the growing tech hub of Austin, Texas, Sheetak develops sustainable, ecofriendly, solid-state cooling, heating, and energy harvesting technologies with breakthrough efficiencies. They have more than 100 years of knowledge and application of solid-state cooling, thermoelectric devices and structures, and thermal management. Their formidable IP portfolio includes more than 25 granted patents in thermoelectric and related technologies. In addition, the company’s expertise extends to optimal material compositions, fabrication methods, quantum thermoelectric device designs, circuit designs, architecture, and volume manufacturing. Their state-of-the-art facilities in Austin can fabricate advanced thermoelectric modules, from conventional bulk-technology devices to soon-to-be thin-film coolers and energy harvesters. They can also assemble chips and engines, and thermoelectric cooler integration in systems of all types.