Strategic Partnership Between GigaDevice and Navitas for Smarter Power Systems

The GigaDevice and Navitas Strategic Cooperation marks a significant shift in the landscape of digital power systems. By joining forces, they address the demand for smarter and more efficient power solutions. GigaDevice excels in semiconductors, while Navitas is at the forefront of innovative power technology. Together, they aim to enhance power supplies and promote energy savings across various industries. This collaboration paves the way for more sustainable power management solutions. Keepbooming, a GigaDevice distributor, plays a key role in bringing these advancements to a wider audience.

Key Takeaways

• GigaDevice and Navitas are working together to make smarter power systems. These systems will save energy and work better.

• Their goal is to use more clean energy. They want to cut energy use by 30% and have 50% renewable electricity by 2030.

• GigaDevice's microcontroller skills and Navitas' GaN and SiC tech create faster, better power solutions.

• They built a research lab to invent new ways to manage energy and help the planet.

• This teamwork helps industries like electric cars and AI data centers. It supports greener habits and lowers carbon pollution.

The Vision Behind the GigaDevice and Navitas Strategic Cooperation

Strategic Goals and Objectives

The partnership between GigaDevice and Navitas focuses on smarter power systems. They want to create energy solutions that save power and work better. GigaDevice is great at making microcontrollers (MCUs). Navitas leads in gallium nitride (GaN) and silicon carbide (SiC) power tech. Together, they aim to set new standards for managing power today.

They also want to improve clean energy use. Their goal is to help industries like electric cars, green energy, and factories use less energy. They plan to cut energy waste and support eco-friendly technologies.

Addressing Industry Challenges in Power Management

The power industry has problems like wasting energy and high costs. GigaDevice and Navitas work to fix these by combining MCU and power tech. This mix helps make systems smarter, saving energy and boosting reliability.

Some companies are already solving these problems with new ideas:

These examples show how teamwork can solve big challenges.

Commitment to Smart and Green Energy Solutions

This partnership shows they care about saving energy and the planet. For example:

• Doubling energy efficiency by 2030 could cut CO2 by 7 billion tons.

• That’s like removing all emissions from global transportation, which causes 25% of energy pollution.

They also want to lower energy use by 30% and use 50% renewable electricity by 2030. These goals aim to make energy systems smarter and greener.

Technological Synergies Driving High-Efficiency Power Solutions

GigaDevice's MCU Expertise and Market Leadership

GigaDevice is a top company in making microcontrollers (MCUs). It ranks third in the MCU market. Its GD32 MCUs work fast and are easy to get. They take only 20 weeks to deliver, while others take over a year. GD32 MCUs cost two to three times less than STM32 from STMicroelectronics. With over 300 options, GigaDevice offers many choices. These features make GigaDevice important for future power devices.

Navitas' Innovations in GaN and SiC Technologies

Navitas has changed power systems with new GaN and SiC tech. Its devices have very low resistance, from 20 to 55 mΩ. This makes them faster and more efficient. They run cooler by 25°C and last three times longer than older ones. Navitas also reaches 97% efficiency and 137 W/inch³ power density. These numbers set a high standard for power solutions. The company has $450 million in design projects for data centers and electric cars.

Integration of MCU and Power Semiconductor Technologies

GigaDevice and Navitas show how combining tech can help. MCUs and power semiconductors together make systems smarter and better. In factories, this mix improves efficiency and fixes problems faster. Robots become smarter and make better choices. Cars get better safety, entertainment, and connections. In healthcare, wearable devices track health in real time. This teamwork creates smarter and greener solutions for many uses.

Building a Joint Research Lab for Better Power Solutions

Speeding Up Research for Smarter Energy Systems

GigaDevice and Navitas built a lab to improve energy systems. Experts from schools, companies, and research groups work together here. The lab has grown a lot, with 36% more funding since 2022 and 187% more since 2018. This shows their focus on new ideas.

The lab has done big projects like making a DC-hub for fast EV charging. It also uses smart learning to make power grids stronger. These projects help create better energy-saving systems.

Using Resources to Create New Ideas

GigaDevice and Navitas use their strengths to make new tech. GigaDevice is great at microcontrollers, and Navitas leads in GaN and SiC tech. Together, they make power systems faster and waste less energy. For example, GaN and SiC help EVs charge quicker and go farther with 3.8 kW/L power density.

The lab works with companies like Eaton and Chemours to test new ideas. These partnerships make sure the tech works well and can be used in real life. Industries like green energy and factory automation benefit from these efforts.

Moving to High-Power-Density Systems

High-power-density systems are important for today’s needs. Places with over 35kW per rack now need liquid cooling. GaN and SiC tech help make these systems more powerful and efficient. They are key for data centers and EVs.

Data centers using GaN tech save more energy, reaching over 96% efficiency. They meet top standards like 80 Plus Titanium. These changes cut energy use and costs, helping the world move toward greener power solutions.

Practical Applications and Industry Impact of the Partnership

Improvements in AI Data Centers and Energy Storage Systems

GigaDevice and Navitas are improving AI data centers and energy storage. AI tools are making data centers use more electricity. By 2028, these centers may use 6.7% to 12% of U.S. electricity. Hyperscale data centers, with over 5,000 servers, are growing to save energy. Companies are adding renewable energy and recycling to use fewer fossil fuels.

Electricity use in data centers may double from 536 TWh in 2025 to 1,065 TWh by 2030. AI tools help track energy use and lower carbon emissions. This makes power systems smarter and greener.

Changing EV Charging and Renewable Energy Systems

The partnership is improving EV charging and renewable energy systems. Using solar panels (PV) with batteries (BESS) cuts costs and pollution. A 100 kW PV system saves more money in winter. A 100 kW PV + BESS system lowers carbon emissions most in summer.

EVs benefit from these changes. Charging is now 85% efficient. Systems are built to handle more EVs as they become popular. This ensures reliable charging for EV users.

Supporting Efficient Industrial and Consumer Technologies

The partnership helps industries and consumers use better technologies. Businesses are buying equipment that saves more energy than required. For example, Massachusetts businesses are using better cooling systems. These systems lower energy use and costs.

• The PA Differences 2016 project shares tips for saving energy.

• The C&I Incentivized Share memo shows more people choosing efficient cooling systems.

• The 2013 C&I Customer Profile Report shows big companies leading energy-saving efforts.

These improvements show how the partnership creates smarter and greener solutions for everyone.

The Future of Digital Power Solutions and Industry Implications

Creating Smarter Clean Energy Systems

Clean energy needs new technology to grow and improve. The Sustainable Development Scenario says 35% of emission cuts by 2070 will need tech still being tested. Another 40% will rely on ideas not yet ready to sell. This shows how important research is for making better, cheaper energy tools. GigaDevice and Navitas work together to create smarter energy systems. Their efforts help meet global goals for a greener planet.

New technology is key to cutting emissions and saving the planet.

Preparing for Smarter Energy Needs

Smarter energy systems need better tools to handle more demand. Smart grids use digital tools to share energy more efficiently. AI studies big data to make better energy decisions. These tools also help mix renewable energy by predicting use and production. GigaDevice and Navitas combine their skills to support these changes. Together, they make energy systems more reliable and efficient.

• Smart grids improve energy sharing with real-time tracking.

• AI helps manage energy needs by studying data.

• AI predictions make renewable energy easier to use.

These tools help create energy systems that are smart and eco-friendly.

Effects on Global Technology Growth

This partnership affects more than just energy—it changes global tech. Companies face problems like political risks, climate goals, and extreme weather. The table below shows strategies and their effects:

By solving these problems, the partnership leads the way in making tech stronger and more innovative.

The partnership between GigaDevice and Navitas is a big step forward in digital power systems. By working together, they create new ideas that improve energy use and help the environment. GigaDevice has sent out over 2 billion products, showing its strength in making powerful MCUs. Navitas adds its GaNFast™ ICs, which give three times more power and charge faster while being half the size of older silicon parts. They focus on AI data centers, electric cars, and smart power systems, setting new goals for the industry.

This teamwork solves today’s problems and speeds up the move to smarter, cleaner energy systems.

Which industries benefit the most from this partnership?

Industries like electric cars, green energy, AI centers, and factories benefit. These areas need better power systems, which this partnership provides.

How does this teamwork save energy?

GigaDevice's MCUs and Navitas' GaN/SiC tech work together. They cut energy waste, switch faster, and save more power.

Why are GaN and SiC technologies useful?

GaN and SiC are faster and more efficient than silicon. They are great for small, powerful systems like EV chargers and data centers.

What does the research lab do?

The lab helps create smarter energy systems by testing new ideas. It combines knowledge from schools, companies, and researchers.

How does this partnership help the planet?

It supports saving energy and cutting carbon pollution. It also helps with green energy, better storage, and efficient tools for homes and factories.

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