Where and why GaN
Infineon CoolGaN™
In consumer devices, hyperscale data centers, industrial robotics, renewable energy storage, and automotive electronics, the mandate is clear: deliver more power, greater efficiency, and smaller footprints. Explore how GaN delivers on these expectations across a wide range of use cases.
The rapid electrification with battery implementation is requiring topologies to allow for current conduction and voltage blocking in both directions. Infineon’s CoolGaN™ bidirectional switches (BDS) in the medium voltage (MV) range provide this functionality within a single, monolithic chip. Benefits translate directly into more compact and reliable solutions for USB-C port protection, SMPS hot swap, and smart Battery Management Systems (BMS) in a wide variety of applications such as smartphones, notebook PCs, handheld gaming consoles and power banks.
Explore our collateral and product offering for a full understanding of the power of GaN in these bidirectional topologies.
The rapid electrification with battery implementation is requiring topologies to allow for current conduction and voltage blocking in both directions. Infineon’s CoolGaN™ bidirectional switches (BDS) in the medium voltage (MV) range provide this functionality within a single, monolithic chip. Benefits translate directly into more compact and reliable solutions for USB-C port protection, SMPS hot swap, and smart Battery Management Systems (BMS) in a wide variety of applications such as smartphones, notebook PCs, handheld gaming consoles and power banks.
Explore our collateral and product offering for a full understanding of the power of GaN in these bidirectional topologies.
The rapid electrification with battery implementation is requiring topologies to allow for current conduction and voltage blocking in both directions. Infineon’s CoolGaN™ bidirectional switches (BDS) in the medium voltage (MV) range provide this functionality within a single, monolithic chip. Benefits translate directly into more compact and reliable solutions for USB-C port protection, SMPS hot swap, and smart Battery Management Systems (BMS) in a wide variety of applications such as smartphones, notebook PCs, handheld gaming consoles and power banks.
Explore our collateral and product offering for a full understanding of the power of GaN in these bidirectional topologies.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
Infineon CoolGaN™ solutions offer substantial advantages over conventional semiconductor technologies. GaN chargers can deliver higher power outputs, charging phones, tablets, and even laptops much faster than their traditional counterparts. They convert power more efficiently, meaning less energy is wasted as heat. Many GaN adapters feature multiple high-speed ports, enabling you to charge several gadgets simultaneously from a single, compact unit.
See real-world examples in the video below, read our customer success stories and review our collateral and product offering for a full understanding of the power of GaN.
Infineon CoolGaN™ solutions offer substantial advantages over conventional semiconductor technologies. GaN chargers can deliver higher power outputs, charging phones, tablets, and even laptops much faster than their traditional counterparts. They convert power more efficiently, meaning less energy is wasted as heat. Many GaN adapters feature multiple high-speed ports, enabling you to charge several gadgets simultaneously from a single, compact unit.
See real-world examples in the video below, read our customer success stories and review our collateral and product offering for a full understanding of the power of GaN.
Infineon CoolGaN™ solutions offer substantial advantages over conventional semiconductor technologies. GaN chargers can deliver higher power outputs, charging phones, tablets, and even laptops much faster than their traditional counterparts. They convert power more efficiently, meaning less energy is wasted as heat. Many GaN adapters feature multiple high-speed ports, enabling you to charge several gadgets simultaneously from a single, compact unit.
See real-world examples in the video below, read our customer success stories and review our collateral and product offering for a full understanding of the power of GaN.
Video
Translating industry buzzwords into relatable facts, figures, and tangible benefits that will inspire your next design.
By minimizing power losses and heat production, Infineon CoolGaN™ facilitates the development of energy-efficient amplifiers, leading to the creation of smaller and more compact audio systems. GaN power semiconductors are revolutionizing audio applications through their remarkable efficiency and superior sound quality. CoolGaN™ Transistors allow for audio systems that are not only efficient and compact but also maintain high audio fidelity.
Discover our cutting-edge CoolGaN™ audio solutions today and enjoy the ideal combination of efficiency, compactness, and audio excellence.
By minimizing power losses and heat production, Infineon CoolGaN™ facilitates the development of energy-efficient amplifiers, leading to the creation of smaller and more compact audio systems. GaN power semiconductors are revolutionizing audio applications through their remarkable efficiency and superior sound quality. CoolGaN™ Transistors allow for audio systems that are not only efficient and compact but also maintain high audio fidelity.
Discover our cutting-edge CoolGaN™ audio solutions today and enjoy the ideal combination of efficiency, compactness, and audio excellence.
By minimizing power losses and heat production, Infineon CoolGaN™ facilitates the development of energy-efficient amplifiers, leading to the creation of smaller and more compact audio systems. GaN power semiconductors are revolutionizing audio applications through their remarkable efficiency and superior sound quality. CoolGaN™ Transistors allow for audio systems that are not only efficient and compact but also maintain high audio fidelity.
Discover our cutting-edge CoolGaN™ audio solutions today and enjoy the ideal combination of efficiency, compactness, and audio excellence.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
Infineon CoolGaN™, with its fast switching speeds, high thermal conductivity, and low energy losses, is fundamentally reshaping the consumer electronics industry. Leverage our high-performing and cost-effective CoolGaN™ solutions to design and create sustainable and highly efficient home appliances.
Watch the video below and explore our collateral and product offerings to see practical examples and fully harness the capabilities of GaN.
Infineon CoolGaN™, with its fast switching speeds, high thermal conductivity, and low energy losses, is fundamentally reshaping the consumer electronics industry. Leverage our high-performing and cost-effective CoolGaN™ solutions to design and create sustainable and highly efficient home appliances.
Watch the video below and explore our collateral and product offerings to see practical examples and fully harness the capabilities of GaN.
Infineon CoolGaN™, with its fast switching speeds, high thermal conductivity, and low energy losses, is fundamentally reshaping the consumer electronics industry. Leverage our high-performing and cost-effective CoolGaN™ solutions to design and create sustainable and highly efficient home appliances.
Watch the video below and explore our collateral and product offerings to see practical examples and fully harness the capabilities of GaN.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
The rapid electrification with battery implementation is requiring topologies to allow for current conduction and voltage blocking in both directions. Infineon’s CoolGaN™ bidirectional switches (BDS) in the medium voltage (MV) range provide this functionality within a single, monolithic chip. Benefits translate directly into more compact and reliable solutions for USB-C port protection, SMPS hot swap, and smart Battery Management Systems (BMS) in a wide variety of applications such as smartphones, notebook PCs, handheld gaming consoles and power banks.
Explore our collateral and product offering for a full understanding of the power of GaN in these bidirectional topologies.
The rapid electrification with battery implementation is requiring topologies to allow for current conduction and voltage blocking in both directions. Infineon’s CoolGaN™ bidirectional switches (BDS) in the medium voltage (MV) range provide this functionality within a single, monolithic chip. Benefits translate directly into more compact and reliable solutions for USB-C port protection, SMPS hot swap, and smart Battery Management Systems (BMS) in a wide variety of applications such as smartphones, notebook PCs, handheld gaming consoles and power banks.
Explore our collateral and product offering for a full understanding of the power of GaN in these bidirectional topologies.
The rapid electrification with battery implementation is requiring topologies to allow for current conduction and voltage blocking in both directions. Infineon’s CoolGaN™ bidirectional switches (BDS) in the medium voltage (MV) range provide this functionality within a single, monolithic chip. Benefits translate directly into more compact and reliable solutions for USB-C port protection, SMPS hot swap, and smart Battery Management Systems (BMS) in a wide variety of applications such as smartphones, notebook PCs, handheld gaming consoles and power banks.
Explore our collateral and product offering for a full understanding of the power of GaN in these bidirectional topologies.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
Infineon CoolGaN™ solutions offer substantial advantages over conventional semiconductor technologies. GaN chargers can deliver higher power outputs, charging phones, tablets, and even laptops much faster than their traditional counterparts. They convert power more efficiently, meaning less energy is wasted as heat. Many GaN adapters feature multiple high-speed ports, enabling you to charge several gadgets simultaneously from a single, compact unit.
See real-world examples in the video below, read our customer success stories and review our collateral and product offering for a full understanding of the power of GaN.
Infineon CoolGaN™ solutions offer substantial advantages over conventional semiconductor technologies. GaN chargers can deliver higher power outputs, charging phones, tablets, and even laptops much faster than their traditional counterparts. They convert power more efficiently, meaning less energy is wasted as heat. Many GaN adapters feature multiple high-speed ports, enabling you to charge several gadgets simultaneously from a single, compact unit.
See real-world examples in the video below, read our customer success stories and review our collateral and product offering for a full understanding of the power of GaN.
Infineon CoolGaN™ solutions offer substantial advantages over conventional semiconductor technologies. GaN chargers can deliver higher power outputs, charging phones, tablets, and even laptops much faster than their traditional counterparts. They convert power more efficiently, meaning less energy is wasted as heat. Many GaN adapters feature multiple high-speed ports, enabling you to charge several gadgets simultaneously from a single, compact unit.
See real-world examples in the video below, read our customer success stories and review our collateral and product offering for a full understanding of the power of GaN.
Video
Translating industry buzzwords into relatable facts, figures, and tangible benefits that will inspire your next design.
By minimizing power losses and heat production, Infineon CoolGaN™ facilitates the development of energy-efficient amplifiers, leading to the creation of smaller and more compact audio systems. GaN power semiconductors are revolutionizing audio applications through their remarkable efficiency and superior sound quality. CoolGaN™ Transistors allow for audio systems that are not only efficient and compact but also maintain high audio fidelity.
Discover our cutting-edge CoolGaN™ audio solutions today and enjoy the ideal combination of efficiency, compactness, and audio excellence.
By minimizing power losses and heat production, Infineon CoolGaN™ facilitates the development of energy-efficient amplifiers, leading to the creation of smaller and more compact audio systems. GaN power semiconductors are revolutionizing audio applications through their remarkable efficiency and superior sound quality. CoolGaN™ Transistors allow for audio systems that are not only efficient and compact but also maintain high audio fidelity.
Discover our cutting-edge CoolGaN™ audio solutions today and enjoy the ideal combination of efficiency, compactness, and audio excellence.
By minimizing power losses and heat production, Infineon CoolGaN™ facilitates the development of energy-efficient amplifiers, leading to the creation of smaller and more compact audio systems. GaN power semiconductors are revolutionizing audio applications through their remarkable efficiency and superior sound quality. CoolGaN™ Transistors allow for audio systems that are not only efficient and compact but also maintain high audio fidelity.
Discover our cutting-edge CoolGaN™ audio solutions today and enjoy the ideal combination of efficiency, compactness, and audio excellence.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
Infineon CoolGaN™, with its fast switching speeds, high thermal conductivity, and low energy losses, is fundamentally reshaping the consumer electronics industry. Leverage our high-performing and cost-effective CoolGaN™ solutions to design and create sustainable and highly efficient home appliances.
Watch the video below and explore our collateral and product offerings to see practical examples and fully harness the capabilities of GaN.
Infineon CoolGaN™, with its fast switching speeds, high thermal conductivity, and low energy losses, is fundamentally reshaping the consumer electronics industry. Leverage our high-performing and cost-effective CoolGaN™ solutions to design and create sustainable and highly efficient home appliances.
Watch the video below and explore our collateral and product offerings to see practical examples and fully harness the capabilities of GaN.
Infineon CoolGaN™, with its fast switching speeds, high thermal conductivity, and low energy losses, is fundamentally reshaping the consumer electronics industry. Leverage our high-performing and cost-effective CoolGaN™ solutions to design and create sustainable and highly efficient home appliances.
Watch the video below and explore our collateral and product offerings to see practical examples and fully harness the capabilities of GaN.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
With an ability to handle fast switching speeds and high-density loads, GaN devices are perfectly suited to support the heavy processing demands of AI servers. GaN technology addresses the critical concern of thermal management , enabling more efficient cooling systems and lowering energy consumption. Discover the role of Infineon CoolGaN™ in AI Power and how it enables high-performance computing, efficient power management, and secure data processing.
Review our collateral and product offerings to fully understand the power of GaN solutions in AI.
With an ability to handle fast switching speeds and high-density loads, GaN devices are perfectly suited to support the heavy processing demands of AI servers. GaN technology addresses the critical concern of thermal management , enabling more efficient cooling systems and lowering energy consumption. Discover the role of Infineon CoolGaN™ in AI Power and how it enables high-performance computing, efficient power management, and secure data processing.
Review our collateral and product offerings to fully understand the power of GaN solutions in AI.
With an ability to handle fast switching speeds and high-density loads, GaN devices are perfectly suited to support the heavy processing demands of AI servers. GaN technology addresses the critical concern of thermal management , enabling more efficient cooling systems and lowering energy consumption. Discover the role of Infineon CoolGaN™ in AI Power and how it enables high-performance computing, efficient power management, and secure data processing.
Review our collateral and product offerings to fully understand the power of GaN solutions in AI.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
In today's digital landscape, data centers form the backbone of critical business operations, demanding robust, efficient, and reliable power solutions to ensure uninterrupted performance.
Explore our content of reference materials, offering in-depth insights into power conversion topologies, design considerations, and best practices tailored for enterprise-level data centers.
In today's digital landscape, data centers form the backbone of critical business operations, demanding robust, efficient, and reliable power solutions to ensure uninterrupted performance.
Explore our content of reference materials, offering in-depth insights into power conversion topologies, design considerations, and best practices tailored for enterprise-level data centers.
In today's digital landscape, data centers form the backbone of critical business operations, demanding robust, efficient, and reliable power solutions to ensure uninterrupted performance.
Explore our content of reference materials, offering in-depth insights into power conversion topologies, design considerations, and best practices tailored for enterprise-level data centers.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
With an ability to handle fast switching speeds and high-density loads, GaN devices are perfectly suited to support the heavy processing demands of AI servers. GaN technology addresses the critical concern of thermal management , enabling more efficient cooling systems and lowering energy consumption. Discover the role of Infineon CoolGaN™ in AI Power and how it enables high-performance computing, efficient power management, and secure data processing.
Review our collateral and product offerings to fully understand the power of GaN solutions in AI.
With an ability to handle fast switching speeds and high-density loads, GaN devices are perfectly suited to support the heavy processing demands of AI servers. GaN technology addresses the critical concern of thermal management , enabling more efficient cooling systems and lowering energy consumption. Discover the role of Infineon CoolGaN™ in AI Power and how it enables high-performance computing, efficient power management, and secure data processing.
Review our collateral and product offerings to fully understand the power of GaN solutions in AI.
With an ability to handle fast switching speeds and high-density loads, GaN devices are perfectly suited to support the heavy processing demands of AI servers. GaN technology addresses the critical concern of thermal management , enabling more efficient cooling systems and lowering energy consumption. Discover the role of Infineon CoolGaN™ in AI Power and how it enables high-performance computing, efficient power management, and secure data processing.
Review our collateral and product offerings to fully understand the power of GaN solutions in AI.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
In today's digital landscape, data centers form the backbone of critical business operations, demanding robust, efficient, and reliable power solutions to ensure uninterrupted performance.
Explore our content of reference materials, offering in-depth insights into power conversion topologies, design considerations, and best practices tailored for enterprise-level data centers.
In today's digital landscape, data centers form the backbone of critical business operations, demanding robust, efficient, and reliable power solutions to ensure uninterrupted performance.
Explore our content of reference materials, offering in-depth insights into power conversion topologies, design considerations, and best practices tailored for enterprise-level data centers.
In today's digital landscape, data centers form the backbone of critical business operations, demanding robust, efficient, and reliable power solutions to ensure uninterrupted performance.
Explore our content of reference materials, offering in-depth insights into power conversion topologies, design considerations, and best practices tailored for enterprise-level data centers.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
The rising demand for sophisticated robotics across multiple sectors has generated a necessity for effective and robust power electronics components. Infineon's GaN solutions lead the way, providing considerable benefits in terms of size, efficiency, and performance for robotic applications. From LiDAR sensing systems to motor controllers and battery management systems, Infineon CoolGaN™ is distinctly equipped to satisfy the growing need for advanced power electronics in the field of robotics.
See real-world examples in the video below, read our customer success stories and review our collateral and product offering to fully exploit the power of GaN.
The rising demand for sophisticated robotics across multiple sectors has generated a necessity for effective and robust power electronics components. Infineon's GaN solutions lead the way, providing considerable benefits in terms of size, efficiency, and performance for robotic applications. From LiDAR sensing systems to motor controllers and battery management systems, Infineon CoolGaN™ is distinctly equipped to satisfy the growing need for advanced power electronics in the field of robotics.
See real-world examples in the video below, read our customer success stories and review our collateral and product offering to fully exploit the power of GaN.
The rising demand for sophisticated robotics across multiple sectors has generated a necessity for effective and robust power electronics components. Infineon's GaN solutions lead the way, providing considerable benefits in terms of size, efficiency, and performance for robotic applications. From LiDAR sensing systems to motor controllers and battery management systems, Infineon CoolGaN™ is distinctly equipped to satisfy the growing need for advanced power electronics in the field of robotics.
See real-world examples in the video below, read our customer success stories and review our collateral and product offering to fully exploit the power of GaN.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
GaN-based LED drivers increase power conversion efficiency while keeping the system solution very compact. Lower switching and conduction losses translate into smaller magnetics and reduced heatsinking, shrinking the driver footprint and bill of materials cost.
Review our application note and evaluation board design to gain insights into the key enablers brought by GaN to LED lighting.
GaN-based LED drivers increase power conversion efficiency while keeping the system solution very compact. Lower switching and conduction losses translate into smaller magnetics and reduced heatsinking, shrinking the driver footprint and bill of materials cost.
Review our application note and evaluation board design to gain insights into the key enablers brought by GaN to LED lighting.
GaN-based LED drivers increase power conversion efficiency while keeping the system solution very compact. Lower switching and conduction losses translate into smaller magnetics and reduced heatsinking, shrinking the driver footprint and bill of materials cost.
Review our application note and evaluation board design to gain insights into the key enablers brought by GaN to LED lighting.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
Electrification in the two-wheeler (2W) and three-wheeler (3W) Light Electric Vehicle (LEV) segment has experienced substantial growth, making it the most electrified road transport segment globally and serve as a primary mode of transport in many regions. The growth is driven by lower operating and maintenance costs, falling battery technology costs, increasing environmental concerns, and supportive government policies such as purchase incentives and stricter emissions regulations.
Explore how GaN solutions are revolutionizing power applications by delving into our customer success stories and reviewing our detailed collateral and product offerings.
Electrification in the two-wheeler (2W) and three-wheeler (3W) Light Electric Vehicle (LEV) segment has experienced substantial growth, making it the most electrified road transport segment globally and serve as a primary mode of transport in many regions. The growth is driven by lower operating and maintenance costs, falling battery technology costs, increasing environmental concerns, and supportive government policies such as purchase incentives and stricter emissions regulations.
Explore how GaN solutions are revolutionizing power applications by delving into our customer success stories and reviewing our detailed collateral and product offerings.
Electrification in the two-wheeler (2W) and three-wheeler (3W) Light Electric Vehicle (LEV) segment has experienced substantial growth, making it the most electrified road transport segment globally and serve as a primary mode of transport in many regions. The growth is driven by lower operating and maintenance costs, falling battery technology costs, increasing environmental concerns, and supportive government policies such as purchase incentives and stricter emissions regulations.
Explore how GaN solutions are revolutionizing power applications by delving into our customer success stories and reviewing our detailed collateral and product offerings.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
Delivery drones are becoming a key enabler for modern logistics, promising faster, cheaper, and more environmentally friendly food, pharmaceutical and package transport. They can bypass traffic congestion, provide essential services to remote or inaccessible areas, and reduce carbon emissions associated with last-mile deliveries. Infineon CoolGaN™ solutions help realize this potential by enabling drones to be lightweight and highly efficient. Lightweight construction minimizes the energy required for lift and flight, directly extending battery life and range. Power efficiency is crucial for economic viability, allowing for greater payload capacity relative to the drone's size.
See how GaN is demonstrating real value in the video below, then review our collateral and product offering for a full understanding of the power of GaN.
Delivery drones are becoming a key enabler for modern logistics, promising faster, cheaper, and more environmentally friendly food, pharmaceutical and package transport. They can bypass traffic congestion, provide essential services to remote or inaccessible areas, and reduce carbon emissions associated with last-mile deliveries. Infineon CoolGaN™ solutions help realize this potential by enabling drones to be lightweight and highly efficient. Lightweight construction minimizes the energy required for lift and flight, directly extending battery life and range. Power efficiency is crucial for economic viability, allowing for greater payload capacity relative to the drone's size.
See how GaN is demonstrating real value in the video below, then review our collateral and product offering for a full understanding of the power of GaN.
Delivery drones are becoming a key enabler for modern logistics, promising faster, cheaper, and more environmentally friendly food, pharmaceutical and package transport. They can bypass traffic congestion, provide essential services to remote or inaccessible areas, and reduce carbon emissions associated with last-mile deliveries. Infineon CoolGaN™ solutions help realize this potential by enabling drones to be lightweight and highly efficient. Lightweight construction minimizes the energy required for lift and flight, directly extending battery life and range. Power efficiency is crucial for economic viability, allowing for greater payload capacity relative to the drone's size.
See how GaN is demonstrating real value in the video below, then review our collateral and product offering for a full understanding of the power of GaN.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
Portability and battery-powered are nearly synonymous and a megatrend in electronics. Portable power stations are an example growing in popularity for uses such as emergency backup power to charge small electronics or run appliances like refrigerators and fans; powering camping gear during outdoor adventures; and powering tools for DIY projects. The portable power stations require an innovative design to be lightweight while maintaining as much power as possible. Infineon’s CoolGaN™ power semiconductors improve efficiency and power density, resulting in reduced size, weight, and system cost.
See our customer success story and review our product offering for deeper insight into the power of GaN
Portability and battery-powered are nearly synonymous and a megatrend in electronics. Portable power stations are an example growing in popularity for uses such as emergency backup power to charge small electronics or run appliances like refrigerators and fans; powering camping gear during outdoor adventures; and powering tools for DIY projects. The portable power stations require an innovative design to be lightweight while maintaining as much power as possible. Infineon’s CoolGaN™ power semiconductors improve efficiency and power density, resulting in reduced size, weight, and system cost.
See our customer success story and review our product offering for deeper insight into the power of GaN
Portability and battery-powered are nearly synonymous and a megatrend in electronics. Portable power stations are an example growing in popularity for uses such as emergency backup power to charge small electronics or run appliances like refrigerators and fans; powering camping gear during outdoor adventures; and powering tools for DIY projects. The portable power stations require an innovative design to be lightweight while maintaining as much power as possible. Infineon’s CoolGaN™ power semiconductors improve efficiency and power density, resulting in reduced size, weight, and system cost.
See our customer success story and review our product offering for deeper insight into the power of GaN
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
The rising demand for sophisticated robotics across multiple sectors has generated a necessity for effective and robust power electronics components. Infineon's GaN solutions lead the way, providing considerable benefits in terms of size, efficiency, and performance for robotic applications. From LiDAR sensing systems to motor controllers and battery management systems, Infineon CoolGaN™ is distinctly equipped to satisfy the growing need for advanced power electronics in the field of robotics.
See real-world examples in the video below, read our customer success stories and review our collateral and product offering to fully exploit the power of GaN.
The rising demand for sophisticated robotics across multiple sectors has generated a necessity for effective and robust power electronics components. Infineon's GaN solutions lead the way, providing considerable benefits in terms of size, efficiency, and performance for robotic applications. From LiDAR sensing systems to motor controllers and battery management systems, Infineon CoolGaN™ is distinctly equipped to satisfy the growing need for advanced power electronics in the field of robotics.
See real-world examples in the video below, read our customer success stories and review our collateral and product offering to fully exploit the power of GaN.
The rising demand for sophisticated robotics across multiple sectors has generated a necessity for effective and robust power electronics components. Infineon's GaN solutions lead the way, providing considerable benefits in terms of size, efficiency, and performance for robotic applications. From LiDAR sensing systems to motor controllers and battery management systems, Infineon CoolGaN™ is distinctly equipped to satisfy the growing need for advanced power electronics in the field of robotics.
See real-world examples in the video below, read our customer success stories and review our collateral and product offering to fully exploit the power of GaN.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
GaN-based LED drivers increase power conversion efficiency while keeping the system solution very compact. Lower switching and conduction losses translate into smaller magnetics and reduced heatsinking, shrinking the driver footprint and bill of materials cost.
Review our application note and evaluation board design to gain insights into the key enablers brought by GaN to LED lighting.
GaN-based LED drivers increase power conversion efficiency while keeping the system solution very compact. Lower switching and conduction losses translate into smaller magnetics and reduced heatsinking, shrinking the driver footprint and bill of materials cost.
Review our application note and evaluation board design to gain insights into the key enablers brought by GaN to LED lighting.
GaN-based LED drivers increase power conversion efficiency while keeping the system solution very compact. Lower switching and conduction losses translate into smaller magnetics and reduced heatsinking, shrinking the driver footprint and bill of materials cost.
Review our application note and evaluation board design to gain insights into the key enablers brought by GaN to LED lighting.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
Electrification in the two-wheeler (2W) and three-wheeler (3W) Light Electric Vehicle (LEV) segment has experienced substantial growth, making it the most electrified road transport segment globally and serve as a primary mode of transport in many regions. The growth is driven by lower operating and maintenance costs, falling battery technology costs, increasing environmental concerns, and supportive government policies such as purchase incentives and stricter emissions regulations.
Explore how GaN solutions are revolutionizing power applications by delving into our customer success stories and reviewing our detailed collateral and product offerings.
Electrification in the two-wheeler (2W) and three-wheeler (3W) Light Electric Vehicle (LEV) segment has experienced substantial growth, making it the most electrified road transport segment globally and serve as a primary mode of transport in many regions. The growth is driven by lower operating and maintenance costs, falling battery technology costs, increasing environmental concerns, and supportive government policies such as purchase incentives and stricter emissions regulations.
Explore how GaN solutions are revolutionizing power applications by delving into our customer success stories and reviewing our detailed collateral and product offerings.
Electrification in the two-wheeler (2W) and three-wheeler (3W) Light Electric Vehicle (LEV) segment has experienced substantial growth, making it the most electrified road transport segment globally and serve as a primary mode of transport in many regions. The growth is driven by lower operating and maintenance costs, falling battery technology costs, increasing environmental concerns, and supportive government policies such as purchase incentives and stricter emissions regulations.
Explore how GaN solutions are revolutionizing power applications by delving into our customer success stories and reviewing our detailed collateral and product offerings.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
Delivery drones are becoming a key enabler for modern logistics, promising faster, cheaper, and more environmentally friendly food, pharmaceutical and package transport. They can bypass traffic congestion, provide essential services to remote or inaccessible areas, and reduce carbon emissions associated with last-mile deliveries. Infineon CoolGaN™ solutions help realize this potential by enabling drones to be lightweight and highly efficient. Lightweight construction minimizes the energy required for lift and flight, directly extending battery life and range. Power efficiency is crucial for economic viability, allowing for greater payload capacity relative to the drone's size.
See how GaN is demonstrating real value in the video below, then review our collateral and product offering for a full understanding of the power of GaN.
Delivery drones are becoming a key enabler for modern logistics, promising faster, cheaper, and more environmentally friendly food, pharmaceutical and package transport. They can bypass traffic congestion, provide essential services to remote or inaccessible areas, and reduce carbon emissions associated with last-mile deliveries. Infineon CoolGaN™ solutions help realize this potential by enabling drones to be lightweight and highly efficient. Lightweight construction minimizes the energy required for lift and flight, directly extending battery life and range. Power efficiency is crucial for economic viability, allowing for greater payload capacity relative to the drone's size.
See how GaN is demonstrating real value in the video below, then review our collateral and product offering for a full understanding of the power of GaN.
Delivery drones are becoming a key enabler for modern logistics, promising faster, cheaper, and more environmentally friendly food, pharmaceutical and package transport. They can bypass traffic congestion, provide essential services to remote or inaccessible areas, and reduce carbon emissions associated with last-mile deliveries. Infineon CoolGaN™ solutions help realize this potential by enabling drones to be lightweight and highly efficient. Lightweight construction minimizes the energy required for lift and flight, directly extending battery life and range. Power efficiency is crucial for economic viability, allowing for greater payload capacity relative to the drone's size.
See how GaN is demonstrating real value in the video below, then review our collateral and product offering for a full understanding of the power of GaN.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
Portability and battery-powered are nearly synonymous and a megatrend in electronics. Portable power stations are an example growing in popularity for uses such as emergency backup power to charge small electronics or run appliances like refrigerators and fans; powering camping gear during outdoor adventures; and powering tools for DIY projects. The portable power stations require an innovative design to be lightweight while maintaining as much power as possible. Infineon’s CoolGaN™ power semiconductors improve efficiency and power density, resulting in reduced size, weight, and system cost.
See our customer success story and review our product offering for deeper insight into the power of GaN
Portability and battery-powered are nearly synonymous and a megatrend in electronics. Portable power stations are an example growing in popularity for uses such as emergency backup power to charge small electronics or run appliances like refrigerators and fans; powering camping gear during outdoor adventures; and powering tools for DIY projects. The portable power stations require an innovative design to be lightweight while maintaining as much power as possible. Infineon’s CoolGaN™ power semiconductors improve efficiency and power density, resulting in reduced size, weight, and system cost.
See our customer success story and review our product offering for deeper insight into the power of GaN
Portability and battery-powered are nearly synonymous and a megatrend in electronics. Portable power stations are an example growing in popularity for uses such as emergency backup power to charge small electronics or run appliances like refrigerators and fans; powering camping gear during outdoor adventures; and powering tools for DIY projects. The portable power stations require an innovative design to be lightweight while maintaining as much power as possible. Infineon’s CoolGaN™ power semiconductors improve efficiency and power density, resulting in reduced size, weight, and system cost.
See our customer success story and review our product offering for deeper insight into the power of GaN
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
With high-frequency switching capabilities and reduced power losses, GaN devices optimize renewable solar energy harvesting and minimize heat generation. This results in smaller, lighter, and more efficient solar inverters that are easier to install and maintain compared to traditional solutions. Infineon’s CoolGaN™ is positioned to make a significant contribution in the evolution of solar power systems, maximizing energy production and reducing costs.
See real-world examples in the video below and review our collateral and product offering to fully exploit the power of GaN.
With high-frequency switching capabilities and reduced power losses, GaN devices optimize renewable solar energy harvesting and minimize heat generation. This results in smaller, lighter, and more efficient solar inverters that are easier to install and maintain compared to traditional solutions. Infineon’s CoolGaN™ is positioned to make a significant contribution in the evolution of solar power systems, maximizing energy production and reducing costs.
See real-world examples in the video below and review our collateral and product offering to fully exploit the power of GaN.
With high-frequency switching capabilities and reduced power losses, GaN devices optimize renewable solar energy harvesting and minimize heat generation. This results in smaller, lighter, and more efficient solar inverters that are easier to install and maintain compared to traditional solutions. Infineon’s CoolGaN™ is positioned to make a significant contribution in the evolution of solar power systems, maximizing energy production and reducing costs.
See real-world examples in the video below and review our collateral and product offering to fully exploit the power of GaN.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
The automotive industry is undergoing a significant transformation, and CoolGaN™ power semiconductors are poised to play a key role in shaping its future. They enable longer-range capability, higher performance, and lower system costs.
See real-world examples in the video below. Read our customer success stories and review our collateral and automotive-qualified product offering for a full understanding of the power of GaN.
The automotive industry is undergoing a significant transformation, and CoolGaN™ power semiconductors are poised to play a key role in shaping its future. They enable longer-range capability, higher performance, and lower system costs.
See real-world examples in the video below. Read our customer success stories and review our collateral and automotive-qualified product offering for a full understanding of the power of GaN.
The automotive industry is undergoing a significant transformation, and CoolGaN™ power semiconductors are poised to play a key role in shaping its future. They enable longer-range capability, higher performance, and lower system costs.
See real-world examples in the video below. Read our customer success stories and review our collateral and automotive-qualified product offering for a full understanding of the power of GaN.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
Using GaN in DC-DC converters has a strong impact on the overall vehicle performance. Infineon's CoolGaN™ solutions are well-suited for DC-DC converters, providing high power density, low losses, and high reliability. Leverage our GaN technology to design more efficient, compact, and cost-effective DC-DC converters, enhancing the performance and range of the vehicles.
Review our automotive-qualified product and collateral offering for a full understanding of the power of GaN.
Using GaN in DC-DC converters has a strong impact on the overall vehicle performance. Infineon's CoolGaN™ solutions are well-suited for DC-DC converters, providing high power density, low losses, and high reliability. Leverage our GaN technology to design more efficient, compact, and cost-effective DC-DC converters, enhancing the performance and range of the vehicles.
Review our automotive-qualified product and collateral offering for a full understanding of the power of GaN.
Using GaN in DC-DC converters has a strong impact on the overall vehicle performance. Infineon's CoolGaN™ solutions are well-suited for DC-DC converters, providing high power density, low losses, and high reliability. Leverage our GaN technology to design more efficient, compact, and cost-effective DC-DC converters, enhancing the performance and range of the vehicles.
Review our automotive-qualified product and collateral offering for a full understanding of the power of GaN.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
The automotive industry is undergoing a significant transformation, and CoolGaN™ power semiconductors are poised to play a key role in shaping its future. They enable longer-range capability, higher performance, and lower system costs.
See real-world examples in the video below. Read our customer success stories and review our collateral and automotive-qualified product offering for a full understanding of the power of GaN.
The automotive industry is undergoing a significant transformation, and CoolGaN™ power semiconductors are poised to play a key role in shaping its future. They enable longer-range capability, higher performance, and lower system costs.
See real-world examples in the video below. Read our customer success stories and review our collateral and automotive-qualified product offering for a full understanding of the power of GaN.
The automotive industry is undergoing a significant transformation, and CoolGaN™ power semiconductors are poised to play a key role in shaping its future. They enable longer-range capability, higher performance, and lower system costs.
See real-world examples in the video below. Read our customer success stories and review our collateral and automotive-qualified product offering for a full understanding of the power of GaN.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
Using GaN in DC-DC converters has a strong impact on the overall vehicle performance. Infineon's CoolGaN™ solutions are well-suited for DC-DC converters, providing high power density, low losses, and high reliability. Leverage our GaN technology to design more efficient, compact, and cost-effective DC-DC converters, enhancing the performance and range of the vehicles.
Review our automotive-qualified product and collateral offering for a full understanding of the power of GaN.
Using GaN in DC-DC converters has a strong impact on the overall vehicle performance. Infineon's CoolGaN™ solutions are well-suited for DC-DC converters, providing high power density, low losses, and high reliability. Leverage our GaN technology to design more efficient, compact, and cost-effective DC-DC converters, enhancing the performance and range of the vehicles.
Review our automotive-qualified product and collateral offering for a full understanding of the power of GaN.
Using GaN in DC-DC converters has a strong impact on the overall vehicle performance. Infineon's CoolGaN™ solutions are well-suited for DC-DC converters, providing high power density, low losses, and high reliability. Leverage our GaN technology to design more efficient, compact, and cost-effective DC-DC converters, enhancing the performance and range of the vehicles.
Review our automotive-qualified product and collateral offering for a full understanding of the power of GaN.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
The rapid electrification with battery implementation is requiring topologies to allow for current conduction and voltage blocking in both directions. Infineon’s CoolGaN™ bidirectional switches (BDS) in the medium voltage (MV) range provide this functionality within a single, monolithic chip. Benefits translate directly into more compact and reliable solutions for USB-C port protection, SMPS hot swap, and smart Battery Management Systems (BMS) in a wide variety of applications such as smartphones, notebook PCs, handheld gaming consoles and power banks.
Explore our collateral and product offering for a full understanding of the power of GaN in these bidirectional topologies.
The rapid electrification with battery implementation is requiring topologies to allow for current conduction and voltage blocking in both directions. Infineon’s CoolGaN™ bidirectional switches (BDS) in the medium voltage (MV) range provide this functionality within a single, monolithic chip. Benefits translate directly into more compact and reliable solutions for USB-C port protection, SMPS hot swap, and smart Battery Management Systems (BMS) in a wide variety of applications such as smartphones, notebook PCs, handheld gaming consoles and power banks.
Explore our collateral and product offering for a full understanding of the power of GaN in these bidirectional topologies.
The rapid electrification with battery implementation is requiring topologies to allow for current conduction and voltage blocking in both directions. Infineon’s CoolGaN™ bidirectional switches (BDS) in the medium voltage (MV) range provide this functionality within a single, monolithic chip. Benefits translate directly into more compact and reliable solutions for USB-C port protection, SMPS hot swap, and smart Battery Management Systems (BMS) in a wide variety of applications such as smartphones, notebook PCs, handheld gaming consoles and power banks.
Explore our collateral and product offering for a full understanding of the power of GaN in these bidirectional topologies.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
Infineon CoolGaN™ solutions offer substantial advantages over conventional semiconductor technologies. GaN chargers can deliver higher power outputs, charging phones, tablets, and even laptops much faster than their traditional counterparts. They convert power more efficiently, meaning less energy is wasted as heat. Many GaN adapters feature multiple high-speed ports, enabling you to charge several gadgets simultaneously from a single, compact unit.
See real-world examples in the video below, read our customer success stories and review our collateral and product offering for a full understanding of the power of GaN.
Infineon CoolGaN™ solutions offer substantial advantages over conventional semiconductor technologies. GaN chargers can deliver higher power outputs, charging phones, tablets, and even laptops much faster than their traditional counterparts. They convert power more efficiently, meaning less energy is wasted as heat. Many GaN adapters feature multiple high-speed ports, enabling you to charge several gadgets simultaneously from a single, compact unit.
See real-world examples in the video below, read our customer success stories and review our collateral and product offering for a full understanding of the power of GaN.
Infineon CoolGaN™ solutions offer substantial advantages over conventional semiconductor technologies. GaN chargers can deliver higher power outputs, charging phones, tablets, and even laptops much faster than their traditional counterparts. They convert power more efficiently, meaning less energy is wasted as heat. Many GaN adapters feature multiple high-speed ports, enabling you to charge several gadgets simultaneously from a single, compact unit.
See real-world examples in the video below, read our customer success stories and review our collateral and product offering for a full understanding of the power of GaN.
Video
Translating industry buzzwords into relatable facts, figures, and tangible benefits that will inspire your next design.
By minimizing power losses and heat production, Infineon CoolGaN™ facilitates the development of energy-efficient amplifiers, leading to the creation of smaller and more compact audio systems. GaN power semiconductors are revolutionizing audio applications through their remarkable efficiency and superior sound quality. CoolGaN™ Transistors allow for audio systems that are not only efficient and compact but also maintain high audio fidelity.
Discover our cutting-edge CoolGaN™ audio solutions today and enjoy the ideal combination of efficiency, compactness, and audio excellence.
By minimizing power losses and heat production, Infineon CoolGaN™ facilitates the development of energy-efficient amplifiers, leading to the creation of smaller and more compact audio systems. GaN power semiconductors are revolutionizing audio applications through their remarkable efficiency and superior sound quality. CoolGaN™ Transistors allow for audio systems that are not only efficient and compact but also maintain high audio fidelity.
Discover our cutting-edge CoolGaN™ audio solutions today and enjoy the ideal combination of efficiency, compactness, and audio excellence.
By minimizing power losses and heat production, Infineon CoolGaN™ facilitates the development of energy-efficient amplifiers, leading to the creation of smaller and more compact audio systems. GaN power semiconductors are revolutionizing audio applications through their remarkable efficiency and superior sound quality. CoolGaN™ Transistors allow for audio systems that are not only efficient and compact but also maintain high audio fidelity.
Discover our cutting-edge CoolGaN™ audio solutions today and enjoy the ideal combination of efficiency, compactness, and audio excellence.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
Infineon CoolGaN™, with its fast switching speeds, high thermal conductivity, and low energy losses, is fundamentally reshaping the consumer electronics industry. Leverage our high-performing and cost-effective CoolGaN™ solutions to design and create sustainable and highly efficient home appliances.
Watch the video below and explore our collateral and product offerings to see practical examples and fully harness the capabilities of GaN.
Infineon CoolGaN™, with its fast switching speeds, high thermal conductivity, and low energy losses, is fundamentally reshaping the consumer electronics industry. Leverage our high-performing and cost-effective CoolGaN™ solutions to design and create sustainable and highly efficient home appliances.
Watch the video below and explore our collateral and product offerings to see practical examples and fully harness the capabilities of GaN.
Infineon CoolGaN™, with its fast switching speeds, high thermal conductivity, and low energy losses, is fundamentally reshaping the consumer electronics industry. Leverage our high-performing and cost-effective CoolGaN™ solutions to design and create sustainable and highly efficient home appliances.
Watch the video below and explore our collateral and product offerings to see practical examples and fully harness the capabilities of GaN.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
The rapid electrification with battery implementation is requiring topologies to allow for current conduction and voltage blocking in both directions. Infineon’s CoolGaN™ bidirectional switches (BDS) in the medium voltage (MV) range provide this functionality within a single, monolithic chip. Benefits translate directly into more compact and reliable solutions for USB-C port protection, SMPS hot swap, and smart Battery Management Systems (BMS) in a wide variety of applications such as smartphones, notebook PCs, handheld gaming consoles and power banks.
Explore our collateral and product offering for a full understanding of the power of GaN in these bidirectional topologies.
The rapid electrification with battery implementation is requiring topologies to allow for current conduction and voltage blocking in both directions. Infineon’s CoolGaN™ bidirectional switches (BDS) in the medium voltage (MV) range provide this functionality within a single, monolithic chip. Benefits translate directly into more compact and reliable solutions for USB-C port protection, SMPS hot swap, and smart Battery Management Systems (BMS) in a wide variety of applications such as smartphones, notebook PCs, handheld gaming consoles and power banks.
Explore our collateral and product offering for a full understanding of the power of GaN in these bidirectional topologies.
The rapid electrification with battery implementation is requiring topologies to allow for current conduction and voltage blocking in both directions. Infineon’s CoolGaN™ bidirectional switches (BDS) in the medium voltage (MV) range provide this functionality within a single, monolithic chip. Benefits translate directly into more compact and reliable solutions for USB-C port protection, SMPS hot swap, and smart Battery Management Systems (BMS) in a wide variety of applications such as smartphones, notebook PCs, handheld gaming consoles and power banks.
Explore our collateral and product offering for a full understanding of the power of GaN in these bidirectional topologies.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
Infineon CoolGaN™ solutions offer substantial advantages over conventional semiconductor technologies. GaN chargers can deliver higher power outputs, charging phones, tablets, and even laptops much faster than their traditional counterparts. They convert power more efficiently, meaning less energy is wasted as heat. Many GaN adapters feature multiple high-speed ports, enabling you to charge several gadgets simultaneously from a single, compact unit.
See real-world examples in the video below, read our customer success stories and review our collateral and product offering for a full understanding of the power of GaN.
Infineon CoolGaN™ solutions offer substantial advantages over conventional semiconductor technologies. GaN chargers can deliver higher power outputs, charging phones, tablets, and even laptops much faster than their traditional counterparts. They convert power more efficiently, meaning less energy is wasted as heat. Many GaN adapters feature multiple high-speed ports, enabling you to charge several gadgets simultaneously from a single, compact unit.
See real-world examples in the video below, read our customer success stories and review our collateral and product offering for a full understanding of the power of GaN.
Infineon CoolGaN™ solutions offer substantial advantages over conventional semiconductor technologies. GaN chargers can deliver higher power outputs, charging phones, tablets, and even laptops much faster than their traditional counterparts. They convert power more efficiently, meaning less energy is wasted as heat. Many GaN adapters feature multiple high-speed ports, enabling you to charge several gadgets simultaneously from a single, compact unit.
See real-world examples in the video below, read our customer success stories and review our collateral and product offering for a full understanding of the power of GaN.
Video
Translating industry buzzwords into relatable facts, figures, and tangible benefits that will inspire your next design.
By minimizing power losses and heat production, Infineon CoolGaN™ facilitates the development of energy-efficient amplifiers, leading to the creation of smaller and more compact audio systems. GaN power semiconductors are revolutionizing audio applications through their remarkable efficiency and superior sound quality. CoolGaN™ Transistors allow for audio systems that are not only efficient and compact but also maintain high audio fidelity.
Discover our cutting-edge CoolGaN™ audio solutions today and enjoy the ideal combination of efficiency, compactness, and audio excellence.
By minimizing power losses and heat production, Infineon CoolGaN™ facilitates the development of energy-efficient amplifiers, leading to the creation of smaller and more compact audio systems. GaN power semiconductors are revolutionizing audio applications through their remarkable efficiency and superior sound quality. CoolGaN™ Transistors allow for audio systems that are not only efficient and compact but also maintain high audio fidelity.
Discover our cutting-edge CoolGaN™ audio solutions today and enjoy the ideal combination of efficiency, compactness, and audio excellence.
By minimizing power losses and heat production, Infineon CoolGaN™ facilitates the development of energy-efficient amplifiers, leading to the creation of smaller and more compact audio systems. GaN power semiconductors are revolutionizing audio applications through their remarkable efficiency and superior sound quality. CoolGaN™ Transistors allow for audio systems that are not only efficient and compact but also maintain high audio fidelity.
Discover our cutting-edge CoolGaN™ audio solutions today and enjoy the ideal combination of efficiency, compactness, and audio excellence.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
Infineon CoolGaN™, with its fast switching speeds, high thermal conductivity, and low energy losses, is fundamentally reshaping the consumer electronics industry. Leverage our high-performing and cost-effective CoolGaN™ solutions to design and create sustainable and highly efficient home appliances.
Watch the video below and explore our collateral and product offerings to see practical examples and fully harness the capabilities of GaN.
Infineon CoolGaN™, with its fast switching speeds, high thermal conductivity, and low energy losses, is fundamentally reshaping the consumer electronics industry. Leverage our high-performing and cost-effective CoolGaN™ solutions to design and create sustainable and highly efficient home appliances.
Watch the video below and explore our collateral and product offerings to see practical examples and fully harness the capabilities of GaN.
Infineon CoolGaN™, with its fast switching speeds, high thermal conductivity, and low energy losses, is fundamentally reshaping the consumer electronics industry. Leverage our high-performing and cost-effective CoolGaN™ solutions to design and create sustainable and highly efficient home appliances.
Watch the video below and explore our collateral and product offerings to see practical examples and fully harness the capabilities of GaN.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
With an ability to handle fast switching speeds and high-density loads, GaN devices are perfectly suited to support the heavy processing demands of AI servers. GaN technology addresses the critical concern of thermal management , enabling more efficient cooling systems and lowering energy consumption. Discover the role of Infineon CoolGaN™ in AI Power and how it enables high-performance computing, efficient power management, and secure data processing.
Review our collateral and product offerings to fully understand the power of GaN solutions in AI.
With an ability to handle fast switching speeds and high-density loads, GaN devices are perfectly suited to support the heavy processing demands of AI servers. GaN technology addresses the critical concern of thermal management , enabling more efficient cooling systems and lowering energy consumption. Discover the role of Infineon CoolGaN™ in AI Power and how it enables high-performance computing, efficient power management, and secure data processing.
Review our collateral and product offerings to fully understand the power of GaN solutions in AI.
With an ability to handle fast switching speeds and high-density loads, GaN devices are perfectly suited to support the heavy processing demands of AI servers. GaN technology addresses the critical concern of thermal management , enabling more efficient cooling systems and lowering energy consumption. Discover the role of Infineon CoolGaN™ in AI Power and how it enables high-performance computing, efficient power management, and secure data processing.
Review our collateral and product offerings to fully understand the power of GaN solutions in AI.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
In today's digital landscape, data centers form the backbone of critical business operations, demanding robust, efficient, and reliable power solutions to ensure uninterrupted performance.
Explore our content of reference materials, offering in-depth insights into power conversion topologies, design considerations, and best practices tailored for enterprise-level data centers.
In today's digital landscape, data centers form the backbone of critical business operations, demanding robust, efficient, and reliable power solutions to ensure uninterrupted performance.
Explore our content of reference materials, offering in-depth insights into power conversion topologies, design considerations, and best practices tailored for enterprise-level data centers.
In today's digital landscape, data centers form the backbone of critical business operations, demanding robust, efficient, and reliable power solutions to ensure uninterrupted performance.
Explore our content of reference materials, offering in-depth insights into power conversion topologies, design considerations, and best practices tailored for enterprise-level data centers.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
With an ability to handle fast switching speeds and high-density loads, GaN devices are perfectly suited to support the heavy processing demands of AI servers. GaN technology addresses the critical concern of thermal management , enabling more efficient cooling systems and lowering energy consumption. Discover the role of Infineon CoolGaN™ in AI Power and how it enables high-performance computing, efficient power management, and secure data processing.
Review our collateral and product offerings to fully understand the power of GaN solutions in AI.
With an ability to handle fast switching speeds and high-density loads, GaN devices are perfectly suited to support the heavy processing demands of AI servers. GaN technology addresses the critical concern of thermal management , enabling more efficient cooling systems and lowering energy consumption. Discover the role of Infineon CoolGaN™ in AI Power and how it enables high-performance computing, efficient power management, and secure data processing.
Review our collateral and product offerings to fully understand the power of GaN solutions in AI.
With an ability to handle fast switching speeds and high-density loads, GaN devices are perfectly suited to support the heavy processing demands of AI servers. GaN technology addresses the critical concern of thermal management , enabling more efficient cooling systems and lowering energy consumption. Discover the role of Infineon CoolGaN™ in AI Power and how it enables high-performance computing, efficient power management, and secure data processing.
Review our collateral and product offerings to fully understand the power of GaN solutions in AI.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
In today's digital landscape, data centers form the backbone of critical business operations, demanding robust, efficient, and reliable power solutions to ensure uninterrupted performance.
Explore our content of reference materials, offering in-depth insights into power conversion topologies, design considerations, and best practices tailored for enterprise-level data centers.
In today's digital landscape, data centers form the backbone of critical business operations, demanding robust, efficient, and reliable power solutions to ensure uninterrupted performance.
Explore our content of reference materials, offering in-depth insights into power conversion topologies, design considerations, and best practices tailored for enterprise-level data centers.
In today's digital landscape, data centers form the backbone of critical business operations, demanding robust, efficient, and reliable power solutions to ensure uninterrupted performance.
Explore our content of reference materials, offering in-depth insights into power conversion topologies, design considerations, and best practices tailored for enterprise-level data centers.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
The rising demand for sophisticated robotics across multiple sectors has generated a necessity for effective and robust power electronics components. Infineon's GaN solutions lead the way, providing considerable benefits in terms of size, efficiency, and performance for robotic applications. From LiDAR sensing systems to motor controllers and battery management systems, Infineon CoolGaN™ is distinctly equipped to satisfy the growing need for advanced power electronics in the field of robotics.
See real-world examples in the video below, read our customer success stories and review our collateral and product offering to fully exploit the power of GaN.
The rising demand for sophisticated robotics across multiple sectors has generated a necessity for effective and robust power electronics components. Infineon's GaN solutions lead the way, providing considerable benefits in terms of size, efficiency, and performance for robotic applications. From LiDAR sensing systems to motor controllers and battery management systems, Infineon CoolGaN™ is distinctly equipped to satisfy the growing need for advanced power electronics in the field of robotics.
See real-world examples in the video below, read our customer success stories and review our collateral and product offering to fully exploit the power of GaN.
The rising demand for sophisticated robotics across multiple sectors has generated a necessity for effective and robust power electronics components. Infineon's GaN solutions lead the way, providing considerable benefits in terms of size, efficiency, and performance for robotic applications. From LiDAR sensing systems to motor controllers and battery management systems, Infineon CoolGaN™ is distinctly equipped to satisfy the growing need for advanced power electronics in the field of robotics.
See real-world examples in the video below, read our customer success stories and review our collateral and product offering to fully exploit the power of GaN.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
GaN-based LED drivers increase power conversion efficiency while keeping the system solution very compact. Lower switching and conduction losses translate into smaller magnetics and reduced heatsinking, shrinking the driver footprint and bill of materials cost.
Review our application note and evaluation board design to gain insights into the key enablers brought by GaN to LED lighting.
GaN-based LED drivers increase power conversion efficiency while keeping the system solution very compact. Lower switching and conduction losses translate into smaller magnetics and reduced heatsinking, shrinking the driver footprint and bill of materials cost.
Review our application note and evaluation board design to gain insights into the key enablers brought by GaN to LED lighting.
GaN-based LED drivers increase power conversion efficiency while keeping the system solution very compact. Lower switching and conduction losses translate into smaller magnetics and reduced heatsinking, shrinking the driver footprint and bill of materials cost.
Review our application note and evaluation board design to gain insights into the key enablers brought by GaN to LED lighting.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
Electrification in the two-wheeler (2W) and three-wheeler (3W) Light Electric Vehicle (LEV) segment has experienced substantial growth, making it the most electrified road transport segment globally and serve as a primary mode of transport in many regions. The growth is driven by lower operating and maintenance costs, falling battery technology costs, increasing environmental concerns, and supportive government policies such as purchase incentives and stricter emissions regulations.
Explore how GaN solutions are revolutionizing power applications by delving into our customer success stories and reviewing our detailed collateral and product offerings.
Electrification in the two-wheeler (2W) and three-wheeler (3W) Light Electric Vehicle (LEV) segment has experienced substantial growth, making it the most electrified road transport segment globally and serve as a primary mode of transport in many regions. The growth is driven by lower operating and maintenance costs, falling battery technology costs, increasing environmental concerns, and supportive government policies such as purchase incentives and stricter emissions regulations.
Explore how GaN solutions are revolutionizing power applications by delving into our customer success stories and reviewing our detailed collateral and product offerings.
Electrification in the two-wheeler (2W) and three-wheeler (3W) Light Electric Vehicle (LEV) segment has experienced substantial growth, making it the most electrified road transport segment globally and serve as a primary mode of transport in many regions. The growth is driven by lower operating and maintenance costs, falling battery technology costs, increasing environmental concerns, and supportive government policies such as purchase incentives and stricter emissions regulations.
Explore how GaN solutions are revolutionizing power applications by delving into our customer success stories and reviewing our detailed collateral and product offerings.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
Delivery drones are becoming a key enabler for modern logistics, promising faster, cheaper, and more environmentally friendly food, pharmaceutical and package transport. They can bypass traffic congestion, provide essential services to remote or inaccessible areas, and reduce carbon emissions associated with last-mile deliveries. Infineon CoolGaN™ solutions help realize this potential by enabling drones to be lightweight and highly efficient. Lightweight construction minimizes the energy required for lift and flight, directly extending battery life and range. Power efficiency is crucial for economic viability, allowing for greater payload capacity relative to the drone's size.
See how GaN is demonstrating real value in the video below, then review our collateral and product offering for a full understanding of the power of GaN.
Delivery drones are becoming a key enabler for modern logistics, promising faster, cheaper, and more environmentally friendly food, pharmaceutical and package transport. They can bypass traffic congestion, provide essential services to remote or inaccessible areas, and reduce carbon emissions associated with last-mile deliveries. Infineon CoolGaN™ solutions help realize this potential by enabling drones to be lightweight and highly efficient. Lightweight construction minimizes the energy required for lift and flight, directly extending battery life and range. Power efficiency is crucial for economic viability, allowing for greater payload capacity relative to the drone's size.
See how GaN is demonstrating real value in the video below, then review our collateral and product offering for a full understanding of the power of GaN.
Delivery drones are becoming a key enabler for modern logistics, promising faster, cheaper, and more environmentally friendly food, pharmaceutical and package transport. They can bypass traffic congestion, provide essential services to remote or inaccessible areas, and reduce carbon emissions associated with last-mile deliveries. Infineon CoolGaN™ solutions help realize this potential by enabling drones to be lightweight and highly efficient. Lightweight construction minimizes the energy required for lift and flight, directly extending battery life and range. Power efficiency is crucial for economic viability, allowing for greater payload capacity relative to the drone's size.
See how GaN is demonstrating real value in the video below, then review our collateral and product offering for a full understanding of the power of GaN.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
Portability and battery-powered are nearly synonymous and a megatrend in electronics. Portable power stations are an example growing in popularity for uses such as emergency backup power to charge small electronics or run appliances like refrigerators and fans; powering camping gear during outdoor adventures; and powering tools for DIY projects. The portable power stations require an innovative design to be lightweight while maintaining as much power as possible. Infineon’s CoolGaN™ power semiconductors improve efficiency and power density, resulting in reduced size, weight, and system cost.
See our customer success story and review our product offering for deeper insight into the power of GaN
Portability and battery-powered are nearly synonymous and a megatrend in electronics. Portable power stations are an example growing in popularity for uses such as emergency backup power to charge small electronics or run appliances like refrigerators and fans; powering camping gear during outdoor adventures; and powering tools for DIY projects. The portable power stations require an innovative design to be lightweight while maintaining as much power as possible. Infineon’s CoolGaN™ power semiconductors improve efficiency and power density, resulting in reduced size, weight, and system cost.
See our customer success story and review our product offering for deeper insight into the power of GaN
Portability and battery-powered are nearly synonymous and a megatrend in electronics. Portable power stations are an example growing in popularity for uses such as emergency backup power to charge small electronics or run appliances like refrigerators and fans; powering camping gear during outdoor adventures; and powering tools for DIY projects. The portable power stations require an innovative design to be lightweight while maintaining as much power as possible. Infineon’s CoolGaN™ power semiconductors improve efficiency and power density, resulting in reduced size, weight, and system cost.
See our customer success story and review our product offering for deeper insight into the power of GaN
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
The rising demand for sophisticated robotics across multiple sectors has generated a necessity for effective and robust power electronics components. Infineon's GaN solutions lead the way, providing considerable benefits in terms of size, efficiency, and performance for robotic applications. From LiDAR sensing systems to motor controllers and battery management systems, Infineon CoolGaN™ is distinctly equipped to satisfy the growing need for advanced power electronics in the field of robotics.
See real-world examples in the video below, read our customer success stories and review our collateral and product offering to fully exploit the power of GaN.
The rising demand for sophisticated robotics across multiple sectors has generated a necessity for effective and robust power electronics components. Infineon's GaN solutions lead the way, providing considerable benefits in terms of size, efficiency, and performance for robotic applications. From LiDAR sensing systems to motor controllers and battery management systems, Infineon CoolGaN™ is distinctly equipped to satisfy the growing need for advanced power electronics in the field of robotics.
See real-world examples in the video below, read our customer success stories and review our collateral and product offering to fully exploit the power of GaN.
The rising demand for sophisticated robotics across multiple sectors has generated a necessity for effective and robust power electronics components. Infineon's GaN solutions lead the way, providing considerable benefits in terms of size, efficiency, and performance for robotic applications. From LiDAR sensing systems to motor controllers and battery management systems, Infineon CoolGaN™ is distinctly equipped to satisfy the growing need for advanced power electronics in the field of robotics.
See real-world examples in the video below, read our customer success stories and review our collateral and product offering to fully exploit the power of GaN.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
GaN-based LED drivers increase power conversion efficiency while keeping the system solution very compact. Lower switching and conduction losses translate into smaller magnetics and reduced heatsinking, shrinking the driver footprint and bill of materials cost.
Review our application note and evaluation board design to gain insights into the key enablers brought by GaN to LED lighting.
GaN-based LED drivers increase power conversion efficiency while keeping the system solution very compact. Lower switching and conduction losses translate into smaller magnetics and reduced heatsinking, shrinking the driver footprint and bill of materials cost.
Review our application note and evaluation board design to gain insights into the key enablers brought by GaN to LED lighting.
GaN-based LED drivers increase power conversion efficiency while keeping the system solution very compact. Lower switching and conduction losses translate into smaller magnetics and reduced heatsinking, shrinking the driver footprint and bill of materials cost.
Review our application note and evaluation board design to gain insights into the key enablers brought by GaN to LED lighting.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
Electrification in the two-wheeler (2W) and three-wheeler (3W) Light Electric Vehicle (LEV) segment has experienced substantial growth, making it the most electrified road transport segment globally and serve as a primary mode of transport in many regions. The growth is driven by lower operating and maintenance costs, falling battery technology costs, increasing environmental concerns, and supportive government policies such as purchase incentives and stricter emissions regulations.
Explore how GaN solutions are revolutionizing power applications by delving into our customer success stories and reviewing our detailed collateral and product offerings.
Electrification in the two-wheeler (2W) and three-wheeler (3W) Light Electric Vehicle (LEV) segment has experienced substantial growth, making it the most electrified road transport segment globally and serve as a primary mode of transport in many regions. The growth is driven by lower operating and maintenance costs, falling battery technology costs, increasing environmental concerns, and supportive government policies such as purchase incentives and stricter emissions regulations.
Explore how GaN solutions are revolutionizing power applications by delving into our customer success stories and reviewing our detailed collateral and product offerings.
Electrification in the two-wheeler (2W) and three-wheeler (3W) Light Electric Vehicle (LEV) segment has experienced substantial growth, making it the most electrified road transport segment globally and serve as a primary mode of transport in many regions. The growth is driven by lower operating and maintenance costs, falling battery technology costs, increasing environmental concerns, and supportive government policies such as purchase incentives and stricter emissions regulations.
Explore how GaN solutions are revolutionizing power applications by delving into our customer success stories and reviewing our detailed collateral and product offerings.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
Delivery drones are becoming a key enabler for modern logistics, promising faster, cheaper, and more environmentally friendly food, pharmaceutical and package transport. They can bypass traffic congestion, provide essential services to remote or inaccessible areas, and reduce carbon emissions associated with last-mile deliveries. Infineon CoolGaN™ solutions help realize this potential by enabling drones to be lightweight and highly efficient. Lightweight construction minimizes the energy required for lift and flight, directly extending battery life and range. Power efficiency is crucial for economic viability, allowing for greater payload capacity relative to the drone's size.
See how GaN is demonstrating real value in the video below, then review our collateral and product offering for a full understanding of the power of GaN.
Delivery drones are becoming a key enabler for modern logistics, promising faster, cheaper, and more environmentally friendly food, pharmaceutical and package transport. They can bypass traffic congestion, provide essential services to remote or inaccessible areas, and reduce carbon emissions associated with last-mile deliveries. Infineon CoolGaN™ solutions help realize this potential by enabling drones to be lightweight and highly efficient. Lightweight construction minimizes the energy required for lift and flight, directly extending battery life and range. Power efficiency is crucial for economic viability, allowing for greater payload capacity relative to the drone's size.
See how GaN is demonstrating real value in the video below, then review our collateral and product offering for a full understanding of the power of GaN.
Delivery drones are becoming a key enabler for modern logistics, promising faster, cheaper, and more environmentally friendly food, pharmaceutical and package transport. They can bypass traffic congestion, provide essential services to remote or inaccessible areas, and reduce carbon emissions associated with last-mile deliveries. Infineon CoolGaN™ solutions help realize this potential by enabling drones to be lightweight and highly efficient. Lightweight construction minimizes the energy required for lift and flight, directly extending battery life and range. Power efficiency is crucial for economic viability, allowing for greater payload capacity relative to the drone's size.
See how GaN is demonstrating real value in the video below, then review our collateral and product offering for a full understanding of the power of GaN.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
Portability and battery-powered are nearly synonymous and a megatrend in electronics. Portable power stations are an example growing in popularity for uses such as emergency backup power to charge small electronics or run appliances like refrigerators and fans; powering camping gear during outdoor adventures; and powering tools for DIY projects. The portable power stations require an innovative design to be lightweight while maintaining as much power as possible. Infineon’s CoolGaN™ power semiconductors improve efficiency and power density, resulting in reduced size, weight, and system cost.
See our customer success story and review our product offering for deeper insight into the power of GaN
Portability and battery-powered are nearly synonymous and a megatrend in electronics. Portable power stations are an example growing in popularity for uses such as emergency backup power to charge small electronics or run appliances like refrigerators and fans; powering camping gear during outdoor adventures; and powering tools for DIY projects. The portable power stations require an innovative design to be lightweight while maintaining as much power as possible. Infineon’s CoolGaN™ power semiconductors improve efficiency and power density, resulting in reduced size, weight, and system cost.
See our customer success story and review our product offering for deeper insight into the power of GaN
Portability and battery-powered are nearly synonymous and a megatrend in electronics. Portable power stations are an example growing in popularity for uses such as emergency backup power to charge small electronics or run appliances like refrigerators and fans; powering camping gear during outdoor adventures; and powering tools for DIY projects. The portable power stations require an innovative design to be lightweight while maintaining as much power as possible. Infineon’s CoolGaN™ power semiconductors improve efficiency and power density, resulting in reduced size, weight, and system cost.
See our customer success story and review our product offering for deeper insight into the power of GaN
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
With high-frequency switching capabilities and reduced power losses, GaN devices optimize renewable solar energy harvesting and minimize heat generation. This results in smaller, lighter, and more efficient solar inverters that are easier to install and maintain compared to traditional solutions. Infineon’s CoolGaN™ is positioned to make a significant contribution in the evolution of solar power systems, maximizing energy production and reducing costs.
See real-world examples in the video below and review our collateral and product offering to fully exploit the power of GaN.
With high-frequency switching capabilities and reduced power losses, GaN devices optimize renewable solar energy harvesting and minimize heat generation. This results in smaller, lighter, and more efficient solar inverters that are easier to install and maintain compared to traditional solutions. Infineon’s CoolGaN™ is positioned to make a significant contribution in the evolution of solar power systems, maximizing energy production and reducing costs.
See real-world examples in the video below and review our collateral and product offering to fully exploit the power of GaN.
With high-frequency switching capabilities and reduced power losses, GaN devices optimize renewable solar energy harvesting and minimize heat generation. This results in smaller, lighter, and more efficient solar inverters that are easier to install and maintain compared to traditional solutions. Infineon’s CoolGaN™ is positioned to make a significant contribution in the evolution of solar power systems, maximizing energy production and reducing costs.
See real-world examples in the video below and review our collateral and product offering to fully exploit the power of GaN.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
The automotive industry is undergoing a significant transformation, and CoolGaN™ power semiconductors are poised to play a key role in shaping its future. They enable longer-range capability, higher performance, and lower system costs.
See real-world examples in the video below. Read our customer success stories and review our collateral and automotive-qualified product offering for a full understanding of the power of GaN.
The automotive industry is undergoing a significant transformation, and CoolGaN™ power semiconductors are poised to play a key role in shaping its future. They enable longer-range capability, higher performance, and lower system costs.
See real-world examples in the video below. Read our customer success stories and review our collateral and automotive-qualified product offering for a full understanding of the power of GaN.
The automotive industry is undergoing a significant transformation, and CoolGaN™ power semiconductors are poised to play a key role in shaping its future. They enable longer-range capability, higher performance, and lower system costs.
See real-world examples in the video below. Read our customer success stories and review our collateral and automotive-qualified product offering for a full understanding of the power of GaN.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
Using GaN in DC-DC converters has a strong impact on the overall vehicle performance. Infineon's CoolGaN™ solutions are well-suited for DC-DC converters, providing high power density, low losses, and high reliability. Leverage our GaN technology to design more efficient, compact, and cost-effective DC-DC converters, enhancing the performance and range of the vehicles.
Review our automotive-qualified product and collateral offering for a full understanding of the power of GaN.
Using GaN in DC-DC converters has a strong impact on the overall vehicle performance. Infineon's CoolGaN™ solutions are well-suited for DC-DC converters, providing high power density, low losses, and high reliability. Leverage our GaN technology to design more efficient, compact, and cost-effective DC-DC converters, enhancing the performance and range of the vehicles.
Review our automotive-qualified product and collateral offering for a full understanding of the power of GaN.
Using GaN in DC-DC converters has a strong impact on the overall vehicle performance. Infineon's CoolGaN™ solutions are well-suited for DC-DC converters, providing high power density, low losses, and high reliability. Leverage our GaN technology to design more efficient, compact, and cost-effective DC-DC converters, enhancing the performance and range of the vehicles.
Review our automotive-qualified product and collateral offering for a full understanding of the power of GaN.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
The automotive industry is undergoing a significant transformation, and CoolGaN™ power semiconductors are poised to play a key role in shaping its future. They enable longer-range capability, higher performance, and lower system costs.
See real-world examples in the video below. Read our customer success stories and review our collateral and automotive-qualified product offering for a full understanding of the power of GaN.
The automotive industry is undergoing a significant transformation, and CoolGaN™ power semiconductors are poised to play a key role in shaping its future. They enable longer-range capability, higher performance, and lower system costs.
See real-world examples in the video below. Read our customer success stories and review our collateral and automotive-qualified product offering for a full understanding of the power of GaN.
The automotive industry is undergoing a significant transformation, and CoolGaN™ power semiconductors are poised to play a key role in shaping its future. They enable longer-range capability, higher performance, and lower system costs.
See real-world examples in the video below. Read our customer success stories and review our collateral and automotive-qualified product offering for a full understanding of the power of GaN.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.
Using GaN in DC-DC converters has a strong impact on the overall vehicle performance. Infineon's CoolGaN™ solutions are well-suited for DC-DC converters, providing high power density, low losses, and high reliability. Leverage our GaN technology to design more efficient, compact, and cost-effective DC-DC converters, enhancing the performance and range of the vehicles.
Review our automotive-qualified product and collateral offering for a full understanding of the power of GaN.
Using GaN in DC-DC converters has a strong impact on the overall vehicle performance. Infineon's CoolGaN™ solutions are well-suited for DC-DC converters, providing high power density, low losses, and high reliability. Leverage our GaN technology to design more efficient, compact, and cost-effective DC-DC converters, enhancing the performance and range of the vehicles.
Review our automotive-qualified product and collateral offering for a full understanding of the power of GaN.
Using GaN in DC-DC converters has a strong impact on the overall vehicle performance. Infineon's CoolGaN™ solutions are well-suited for DC-DC converters, providing high power density, low losses, and high reliability. Leverage our GaN technology to design more efficient, compact, and cost-effective DC-DC converters, enhancing the performance and range of the vehicles.
Review our automotive-qualified product and collateral offering for a full understanding of the power of GaN.
Video
Discover the power of CoolGaN™ in action: Our video showcases its real-world benefits, from increased efficiency to reduced size and weight to lower overall system costs. Get the hard facts and see how GaN can transform your power.