#Israel #Kia #NESS ZIONA #VisIC Technologies #Hyundai Motor Company

VisIC Technologies Secures Major Funding

On December 10, 2025, VisIC Technologies Ltd., a trailblazer in Gallium Nitride (GaN) power semiconductor innovation, announced the successful closing of its Round B funding, totaling an impressive $26 million. This pivotal funding round was spearheaded by a prominent global semiconductor company, with the addition of Hyundai Motor Company and Kia (collectively referred to as HKMC) joining as strategic investors. This collaboration serves to solidify VisIC's leading position in the realm of GaN technology, particularly for electric vehicle (EV) applications.

Investment Highlights

The latest round of investment is particularly significant in light of the burgeoning global electric vehicle market, which is witnessing rapid advancements driven by the demand for increased vehicle performance and greater energy efficiency. VisIC's proprietary D³GaN™ platform is noted for enabling higher efficiency, scalability, and reliability in automotive power systems, particularly in traction inverters.

The lead investor's dedication to pioneering semiconductor technology aligns perfectly with VisIC's mission to revolutionize EV drivetrains. By integrating GaN technology, HKMC is emphasizing its commitment to enhancing the efficiency and capabilities of its EV platforms, further illustrating a strong partnership in advancing sustainable transportation solutions.

Addressing Industry Challenges

The electric vehicle market is currently grappling with critical challenges, primarily around the efficiency and scalability of power electronic systems, such as traction inverters. Traditional silicon-based semiconductor solutions are often incapable of meeting the demanding performance metrics required for next-generation EVs. Energy efficiency at higher voltages is markedly lacking with silicon technologies. While Silicon Carbide (SiC) devices offer improved performance, their high costs and complicated manufacturing processes restrict their intake into mass production.

VisIC stands out in this landscape, using its GaN-based D³GaN™ technology to offer solutions that are not only compact but also lightweight, thus elevating performance benchmarks in traction inverters. These innovations promise to unlock new design possibilities across both 400V and 800V architectures, accommodating a wide variety of electric vehicle models and requirements.

Future Plans for the Investment

With the newly secured capital, VisIC is poised to accelerate its developmental roadmap significantly. Key initiatives will include:

• - Optimization and qualification of their next-generation 750V GaN power devices and modules.
• - Development of Gen4 1350V GaN technology, facilitating the expansive range of electric vehicle designs and capabilities.
• - Stabilizing supply chains to ensure a robust delivery mechanism for GaN products targeted at EV traction inverters.
• - Expanding into data center power requirements at 800V, leveraging the advanced capabilities of their GaN technology in new markets.

Executive Insights

Tamara Baksht, CEO of VisIC Technologies, commented on this investment, saying, "This marks a significant milestone for our company and the entire global EV landscape. Our D³GaN technology is reshaping power electronics for electric vehicles, and the involvement of our strategic partners significantly accelerates our mission to offer high-efficacy, scalable solutions for future mobility."

Additionally, representatives from Hyundai Motor Company and Kia noted, "Our engagement with VisIC Technologies accentuates our commitment to promoting sustainable mobility. By collaborating with VisIC, we can integrate cutting-edge GaN technologies into our EV platforms, enhancing not only performance but also the overall reliability and efficiency necessary for shaping the future of electric transport."

Conclusion

As electric vehicles continue to gain momentum worldwide, investments like those made by VisIC and HKMC highlight the importance of innovation in semiconductor technologies. Through strategic collaborations and advancements in GaN technology, the industry is set to revolutionize the future of electric mobility, making strides towards sustainability and improved consumer experiences.