Navitas Semiconductor
- El Segundo
California
United States of America - http://www.navitassemi.com
Navitas Semiconductor Inc. is the world’s first and only GaN Power IC company, founded in El Segundo, CA, USA in 2013. Navitas has a strong and growing team of power semiconductor industry experts with a combined 200 years of experience in materials, circuits, applications, systems and marketing, plus a proven record of innovation with over 125 patents among its founders. The proprietary AllGaN™ process design kit monolithically-integrates the highest performance 650V GaN FET and GaN driver capabilities. Navitas GaN Power ICs enable smaller, higher energy efficient and lower cost power for mobile, consumer, enterprise and new energy markets. Over 25 Navitas proprietary patents are granted or pending.
Navitas Semiconductor Articles
Navitas publishes GaN sustainability report
Navitas Semiconductor has released its first annual sustainability report. The Sustainability Report 2021 highlights how the company’s GaN technology supports global carbon ‘net-zero’ ambitions by reducing Navitas customers’ CO2 footprints and accelerating the evolution from fossil fuels to renewable energy sources and electricity-based applications.
Navitas publishes GaN sustainability report
Navitas Semiconductor has released its first annual sustainability report. The Sustainability Report 2021 highlights how the company’s GaN technology supports global carbon ‘net-zero’ ambitions by reducing Navitas customers’ CO2 footprints and accelerating the evolution from fossil fuels to renewable energy sources and electricity-based applications.
APEC 2022: Navitas GaN ICs
Navitas Semiconductor has announced that its participation in APEC 2022 (Houston, March 20th-24th) will highlight further technical and market leadership in mobile fast chargers plus expansion into higher-power markets including data center, solar and EV, plus show the critical sustainability contribution that GaN delivers, reducing our dependance on fossil fuels. APEC attendees will also have the chance to win leading-edge fast chargers in ...
Navitas’ next GaN IC Powers vivo’s iQOO 9 Pro smartphone
Navitas have announced that its next-generation GaNFast power IC drives the 120W ultra-fast charger supplied ‘in-box’ with vivo’s iQOO-brand flagship iQOO 9 Pro mobile phone. The 9 Pro’s powerful 4,700 mAhr battery charges from 0-100% in only 19 lightning-fast minutes, and at only 60.5 x 52.5 x28.8 mm (92 cc), the charger is 26% smaller than the previous generation, reaching a stunning 1.3 W/cc power density.
‘League of Legends’ limited-edition 50W fast charger
Navitas Semiconductor announced that its GaNFast gallium nitride (GaN) ICs power OPPO’s new 50W ultra-thin and ultra-fast ‘League of Legions’ limited-edition fast charger. This ‘collectable’ version of OPPO’s ground-breaking ‘cookie’ charger has an extraordinary thin and light body and an innovative ‘lanyard’ charging cable.
Navitas announces availability of GaN power ICs
Navitas Semiconductor has announced that high-power GaN power IC samples are now available to data center, solar and electric vehicle (EV) customers worldwide.
GaNFast power IC addresses high mobile power market
Navitas Semiconductor has announced the NV6128, a new high-power 650V/800V-rated GaNFast power IC to address the high-power mobile and consumer power electronics market, and take market share from the old, slow, silicon chip.
First integrated half-bridge GaN IC reduces size, cost and weight
Navitas Semiconductor announces what it believes is the industry’s first integrated half-bridge Gallium Nitride (GaN) Power IC, with the introduction of the NV6250.
GaN ICs circuitry reduces frequency-related power losses
Navitas believes it has developed the world’s first GaN power IC, based on its proprietary AllGaN technology.
Power ICs integrate GaN FETS and logic
Believed to be the first GaN power ICs, Navitas introduces its ICs, based on its proprietary AllGaN monolithically-integrated 650V platform. They combine GaN power FETs with GaN logic and drive circuits, claimed to enable 10 to 100 times higher switching frequency than exisiting silicon circuits.