Dossier · Private startup · 1 independent source
VisIC Technologies
Last updated: Jul 31, 2026
Israeli semiconductor company developing automotive-grade gallium-nitride power devices and modules for EV traction inverters, onboard chargers, and other high-power conversion systems. Its D³GaN platform targets lower losses, higher power density, and manufacturable alternatives to silicon and selected SiC designs.
Visit WebsiteCompany Overview
VisIC Technologies is an Israel-based power-semiconductor startup founded in 2010 and headquartered in Ness Ziona. Its core product is D³GaN, a direct-drive, depletion-mode gallium-nitride power-transistor architecture intended to combine fast switching with a comparatively straightforward 15 V gate-drive approach. The company offers 650 V discrete devices, bare dice, evaluation boards, and half-bridge modules; its public catalog lists released Gen 1 products and Gen 2 devices with resistance as low as 4 mΩ. The engineering proposition is system-level: lower conduction and switching losses can reduce cooling requirements, shrink passive components, and increase power density in high-current converters.
The primary market is electric mobility. VisIC positions its devices for EV and hybrid traction inverters, onboard chargers, and high-voltage DC-DC conversion, where efficiency, thermal margin, package inductance, and long-term reliability all affect vehicle range, cost, and packaging. The company also identifies industrial power and data-center infrastructure as expansion markets, including emerging 800 V data-center power requirements. These markets are attractive but demanding: component suppliers must satisfy qualification, reliability, functional-safety, application-engineering, and supply-continuity requirements, and a technically superior transistor can still lose to a qualified incumbent or a complete reference design with lower integration risk.
There is public evidence of progression beyond laboratory research. VisIC says its products are made through collaborations with 6-inch and 8-inch GaN-on-silicon foundries, its online catalog marks several devices as released, and its 2023 company announcement described a 650 V multi-device module tested in a three-phase automotive inverter at a major OEM test facility. In 2025 the company announced Gen 2 650 V devices and a $26 million Round B investment, while also describing supply-chain ramp-up and development for higher-power and data-center applications. Those are meaningful commercialization signals, but they do not by themselves prove design wins, series-production volume, field reliability, or durable margins; those points remain important diligence questions.
VisIC competes with dedicated GaN vendors such as Navitas Semiconductor, Transphorm, Efficient Power Conversion, and Cambridge GaN Devices, while Infineon, ROHM, Wolfspeed, and other broad power-semiconductor suppliers provide powerful silicon and SiC substitutes. VisIC’s differentiation is the combination of high-voltage D-mode/direct-drive architecture, automotive focus, and a path from die to module and inverter-level demonstrations. The moat is not established solely by the device concept: it depends on process control, packaging, qualification data, driver ecosystem, customer support, and the ability to reach cost parity at useful production volumes.
The dual-use case is credible but indirect. High-efficiency, high-voltage GaN power conversion can benefit communications equipment, radar and electronic-support subsystems, autonomous or robotic platforms, ruggedized power supplies, and other size-, weight-, and thermal-constrained systems. VisIC’s commercial automotive focus and public materials do not establish defense customers, military qualification, or government contracts, so the strategic relevance should be understood as enabling-technology potential rather than demonstrated defense traction. The strongest strategic thesis is supply-chain access to advanced, non-Chinese power devices for allied electrification and critical infrastructure, subject to manufacturing resilience, export-control review, and system-level qualification.
Dual-Use Assessment
VisIC's GaN power devices have a legitimate enabling-technology relationship to defense and security systems because efficient high-voltage conversion can reduce size, weight, heat, and power demands in communications, sensing, robotics, and ruggedized electronics. The evidence supports adjacency, not a claim of defense revenue or military deployment; any defense path would require system integration, qualification, supply-chain assurance, and export-control diligence.
Strategic Fit Assessment
Priority signal means this entry may be worth researching within the Claw & Talon thesis. It does not mean investable, suitable, endorsed, available, or likely to produce returns.
VisIC has a credible strategic fit with a deep-tech and dual-use power-electronics thesis: it owns a differentiated GaN architecture, lists released products, has shown automotive inverter-level testing, and announced a 2025 Round B backed by strategic automotive investors. This is a priority signal for diligence rather than an investment recommendation. The central questions are design-win conversion, automotive qualification status, foundry yield and capacity, module reliability, working-capital needs, and whether GaN's system benefits can beat SiC or incumbent silicon on delivered cost.
Strategic Value to U.S.-Israel Alliance
VisIC could contribute an allied-source option in a strategically important power-semiconductor category used by electrification, data-center, and critical-infrastructure systems. Its value is highest if the company can turn 650 V devices and modules into qualified, repeatable supply for high-power platforms; the defense benefit would come through component availability and SWaP improvements rather than a standalone military product. Strategic assessment should therefore track production scale, customer qualification, foundry concentration, packaging independence, and export-control exposure.
Key Technologies
- D³GaN direct-drive depletion-mode GaN HEMT architecture
- 650 V GaN-on-silicon power transistors and bare dice
- Gen 2 low-RDS(on) GaN devices down to the 4 mΩ class
- High-current half-bridge and multi-die power modules
- Top-side-cooled and low-inductance power packaging
- High-frequency switching and gate-drive protection for power conversion
- GaN device qualification and manufacturing through 6-inch and 8-inch foundries
Use Cases & Applications
- EV and hybrid-electric traction inverters
- Automotive onboard chargers
- High-voltage EV DC-DC converters
- 800 V data-center and AI-infrastructure power conversion
- Industrial motor drives and high-efficiency power supplies
- Renewable-energy and battery-charging power stages
- Ruggedized power supplies for communications and autonomous platforms
- Defense-adjacent radar, sensing, and electronic-support power subsystems
Sources and verification
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This record lists 7 public references used for company identity, status, positioning, or material-claim review.
Public sources
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- visic-tech.com Public source used for profile verification.
- visic-tech.com Public source used for profile verification.
- visic-tech.com Public source used for profile verification.
- visic-tech.com Public source used for profile verification.
- visic-tech.com Public source used for profile verification.
- visic-tech.com Public source used for profile verification.
- finder.startupnationcentral.org Public source used for profile verification.
- Profile update timestamp Last updated in the Claw & Talon database on Jul 31, 2026.
Related sector
See the Semiconductors & DeepTech Hardware sector page for market context, related subcategories, and other Israeli companies in this part of the database.