by Navitas | Oct 22, 2021 | Front Page, In the Media, IR, IR Financial, Latest News, Short post
“Navitas Semiconductor (“Navitas”), the industry leader in GaN power ICs, began trading today on the Nasdaq Global Market under the ticker “NVTS”. Gallium nitride (GaN) is a next-generation semiconductor technology that runs up to 20x...
by Navitas | Oct 22, 2021 | Front Page, In the Media, Latest News, Mobile AI, Short post
E2Watt, a patented AC wireless power hybrid technology from Eggtronic is designed to increase the power and efficiency of wireless charging applications for home and automotive applications. Igor Spinella, CEO & founder of Eggtronic highlights their new hybrid...
by Navitas | Oct 8, 2021 | Front Page, In the Media, Latest News, Short post
“Charger lab unboxes first of a kind, incredibly compact 100W USB-C GaNFast charger with built-in AC power outlet (1500W) that allows multiple chargers to be stacked together to form up to 1600W of fast charging power, all from one wall outlet.” All made...
by Navitas | Oct 8, 2021 | Front Page, In the Media, Latest News, Short post
“Last year Hyper launched the world’s smallest 100W USB-C charger thanks to its implementation of GaNFast technology. Now the company is back with an even more compact and functional way to power up your devices with the HyperJuice GaN Stackable Charger.” “The...
by Navitas | Sep 30, 2021 | Front Page, In the Media, IR, Latest News, Press Releases, Short post
EVTECH is working with Navitas on ways to develop new OBC and DC/DC technology platforms. In a powerful testimonial video, Jack (Dinggang) PING (平定钢), EVTECH’s VP for research and development, highlights how Navitas’ GaNFast power ICs, with integrated GaN FET,...
by Navitas | Sep 29, 2021 | Front Page, In the Media, Latest News, Short post
“Gallium-nitride chips can cut the time it typically takes to charge a car to 4.7 from 11.3 hours, saving 70% on energy in the process. It could also boost the vehicle’s range by 5% and use fewer batteries. That’s according to startup Navitas Semiconductor., which is...
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