by Navitas | Sep 10, 2021 | Front Page, In the Media, IR Financial, Latest News, Short post
“Satechi is launching three new GaN chargers for all kinds of tech. The three have outputs of 60W, 100W and 108W. Each uses GaN charging technology and can safely charge a wide variety of devices, including smartphones, tablets and laptops. And because they are...
by Navitas | Sep 3, 2021 | Front Page, In the Media, IR Financial, Latest News, Short post
“A GaN charger is an opportunity to access the future of charging early. As far as the future of GaN is concerned, it is estimated that the use of USB-C and USB-PD chargers and cables, which can be used to charge any compatible device, is all set to grow.”...
by Navitas | Sep 2, 2021 | Front Page, In the Media, IR, IR Financial, Latest News, Press Releases
Gallium nitride (GaN) positioned to replace legacy silicon chips in $13.1B mobile, consumer, EV, solar, and data center market opportunityDublin, Ireland – September 2nd, 2021— Navitas Semiconductor (“the Company” or “Navitas”), the industry-leader in GaN...
by Navitas | Aug 27, 2021 | Front Page, In the Media, Latest News, Press Releases
Next-generation gallium nitride design delivers simultaneous fast-charging for 4 mobile devices. DUBLIN, IRELAND — (PRNewswire) Navitas Semiconductor, the industry leader in gallium nitride (GaN) power ICs, announced the launch of the upgraded SHARGE 100W GaN Charger...
by Navitas | Aug 27, 2021 | Front Page, In the Media, IR, Latest News, Short post
In an interview with EE Times Asia In Focus, Navitas Co-Founder and CEO Gene Sheridan talks about the key advantages of using GaN—and how it edges out legacy silicon—in power electronics, as well as market sectors seeing increasing adoption of GaN...
by Navitas | Aug 26, 2021 | Front Page, In the Media, IR, Latest News, Press Releases
Gallium nitride (GaN) positioned to replace legacy silicon chips in $13.1B potential market opportunity DUBLIN, IRELAND – AUGUST 26, 2021— Navitas Semiconductor (“the Company” or “Navitas”), the industry leader in GaN power integrated circuits (“ICs”),...
Recent Comments