Applied Ventures and ITIC Taiwan Joins Series B Funding  For Wise-integration’s ‘Disruptive’ Technology

Applied Ventures and ITIC Taiwan Joins Series B Funding For Wise-integration’s ‘Disruptive’ Technology

AVITIC, a Joint Venture Fund of Applied Ventures, LLC and ITIC-Taiwan, Invests on Top of €15 Million Raised Earlier This Year Hyeres, France – September 5th, 2024 – Wise-integration, a French pioneer in digital control of gallium nitride (GaN) and GaN ICs for power supplies, today announced that the investment fund, Applied Ventures-ITIC Innovation Fund…

Wise-integration Creates Subsidiary to Manage  Asian Business Development and Spur Growth in China

Wise-integration Creates Subsidiary to Manage Asian Business Development and Spur Growth in China

Hong-Kong-Based Wise-integration Ltd. Is ‘Gateway for Tapping Into Vast Chinese Market’ With Its GaN Technology and Digital Control Solutions Shenzhen, China – Aug. 28, 2024 – Wise-integration, a French pioneer in digital control of gallium nitride (GaN) and GaN ICs for power supplies, today announced the launch of a subsidiary, Wise-integration Ltd., based in Hong…

Wise-integration & Leadtrend Technology Introduce GaN System-in-Package Targeting Rapid Consumer Device Charging

Wise-integration & Leadtrend Technology Introduce GaN System-in-Package Targeting Rapid Consumer Device Charging

Wise-integration, a French pioneer in digital control of gallium nitride (GaN) and GaN ICs for power supplies, and Leadtrend Technology Corporation (TWSE stock code: 3588), a specialist in analog and analog-digital mixed-mode IC designs, today announced the release of a GaN system-in-package (SiP) supporting consumer electronics applications. Their collaboration’s targeted application is a 65-watt USB PD…

Now’s the time to commercialise the GaN IC

Now’s the time to commercialise the GaN IC

POWER CONVERSION SYSTEMS are at the heart of most electronic equipment, from home appliances and laptops to data centres and electric vehicles. In some of these applications GaN technologies will soon be essential, because silicon has hit its physical limits as a power-conversion platform. As well as increasing the efficiency of power conversion stages, GaN…