Engineering What’s Next: How Toshiba Is Powering a Smarter, More Efficient World

September 2, 2025

In a world that runs on electricity, and is demanding more of it every day, efficiency has moved from being a technical advantage to a global imperative.

Think about it: clean-powered factories designed for real-time optimization. Cities that manage energy dynamically. Cars that conserve energy with every tap of the brake. Data centers humming around the clock. AI-powered process controls improving everything from manufacturing to logistics.

This is the world we live in powered by electricity and driven by demand. And at the heart of it lies an urgent challenge: How do we deliver more power in smaller, cooler, more efficient systems?

At Toshiba, this is the problem we’ve been solving for decades. And today, our power semiconductors are enabling a new generation of intelligent designs that aren’t just smarter - they’re more sustainable, too.

Built for Today’s Demands. Backed by 150+ Years of Innovation.

For over 150 years, Toshiba has been a driving force in industrial and technological innovation. We’ve powered critical infrastructure, pioneered automotive and industrial electronics, and built a reputation for pushing the limits of what technology can achieve.

Now, as everything becomes more connected, intelligent, and electrified, our deep investments in semiconductor R&D, advanced fabs, and global supply chains are paying off. We’re supporting next-gen systems where power density, thermal efficiency, and sustainability all intersect.

Powering Progress with Smarter Semiconductors

Our Low Voltage Power MOSFETs are foundational to modern electronics. From electric vehicles to industrial systems to consumer IoT, these compact, energy-efficient components are helping designers do more with less: less space, less heat, and less power consumption.

Toshiba’s engineering edge lies in our ability to bring together deep materials science with scalable manufacturing. The result? Reliable, cost-effective power solutions that address requirements across industries.

Efficiency at the Core: From Data Centers to EVs

Data centers are feeling the heat. As AI and real-time computing push electricity demand through the roof, Toshiba's semiconductors help keep operations efficient and sustainable by reducing conduction and switching losses. That means lower cooling requirements, lower costs, and lower environmental impact.

The same goes for the electric vehicle market. Our automotive-grade solutions are engineered to withstand thermal and mechanical stress, enabling more compact, lightweight designs that maximize every watt of energy, because more range per charge isn’t optional anymore, it’s essential.

Rooted in Heritage. Ready for What’s Next.

Toshiba isn’t just building products for today. We’re investing in the future, developing advanced materials like gallium nitride (GaN) and silicon carbide (SiC), which deliver higher performance in high-stress, high-temperature environments. These wide bandgap semiconductors are opening the door to smaller, faster, more efficient systems.

All of this aligns with our Environmental Future Vision 2050, a company-wide commitment to achieving carbon neutrality, supporting a circular economy, and minimizing environmental impact.

The Future Runs on Efficient Power. Toshiba Makes It Possible.

We've entered a new era of power, and the pressure is on. At Toshiba, we’re not just keeping up - we’re innovating. With a legacy of invention, a portfolio built for real-world performance, and a vision that looks decades ahead, we’re powering a better, more efficient tomorrow.

Let’s build it together. Discover how our products can support your next design: Explore Toshiba’s Power Semiconductor Solutions.

Want to discuss specific application needs or explore tailored solutions? Reach out to connect with our team of experts here: Duarte@toshiba.com

Also published on LinkedIn here.

Information in this press release, including product pricing and specifications, content of services and contact information, is current and believed to be accurate on the date of the announcement, but is subject to change without prior notice. Technical and application information contained here is subject to the most recent applicable Toshiba product specifications.