Vicor is a leading, global power module technology company, focused on providing power system designers with advanced, high-performance modular solutions for their toughest power design challenges.
Vicor is a leading, global power module technology company, focused on providing power system designers with advanced, high-performance modular solutions for their toughest power design challenges. We continuously advance the density, efficiency and power delivery capabilities of our power modules by staying on the forefront of distribution architectures, conversion topologies, and packaging technology. We enable a competitive advantage for our customers in infrastructure, industrial, and automotive applications to rapidly advance their unique power system designs.
To enable the highest performance in hyperscale data centers, we are changing the way GPU and AI processors are powered with our factorized power on package architecture. When board real estate and system weight is a business and engineering obstacle, we redefine the power density limitations of 3-phase AC, HVDC, and 48-V power distribution solutions, in automotive, industrial, and defense markets. Solving the toughest power delivery challenges and enabling a competitive advantage for our customers can only be achieved if we stay on the forefront of power architectures, conversion topologies and packaging technology.
To achieve the weight savings and footprint reduction demanded in advanced vehicle systems, using a 48-V zonal architecture becomes an attractive choice.
The massive data volumes generated by AI training requirements require a new approach to data-center power distribution to enable the highest possible levels of compute performance...
Increasing usage of high-density modular power and the adoption of 48-V battery technology will drive the race by automotive manufacturers to electrify their fleets.
This week's PowerBites includes a plethora of high-octane power products, plus news of a U.S.-based factory scheduled to begin making advanced Li-ion cells at gigawatt-scale by...
As climate change threatens the world's fragile coastlines, a team of entrepreneurs have found a way to protect them with living artificial reefs built from sunlight and seawater...
The scalable power design of the SeaRAY uses Vicor BCM fixed-ratio bus converter and PRM regulator modules with complex multistage discrete converters to efficiently convert wave...
Can energy harvested from ocean waves power a smarter, cleaner "blue economy?” An autonomous offshore power system built by C-Power with the help of Vicor could finally be the...
Will wave-powered marine sensors and submersibles usher in the age of "smart oceans?" Can students design eVTOLs for the disabled? This edition of PowerBites answers those questions...
Greg Green, Vicor's Director of Automotive Marketing, discusses why more power-efficient systems are essential in the design of tomorrow’s electric vehicles.
With the growing importance of power consumption in today's devices, dc-dc converters primarily strive for efficiency, with new technologies playing a role to achieve that goal...
A better way to power mobile robots Robots fueled by batteries require efficient power conversion, a need that becomes more and more challenging as load capacity, visual recognition...
Although power is pervasive and ubiquitous to our industry, it isn’t always appreciated. We have a chat with Robert Gendron of Vicor on power’s changing role in the industry.
