Infineon introduces industry’s first 16-phase digital PWM multiphase controller, XDPE132G5C, to its broad portfolio of high current system chipset solutions that enables currents of 500 - 1000 Amps and higher for next generation CPUs, GPUs, FPGA and ASICs used in high-end AI servers and 5G ...
Artificial Intelligence: Powering the Next Generation of Processorsprovides an analytical view of the current and potential impact of AI on the semiconductor market. Semico believes that AI will be integrated in devices from the cloud to factories, homes, offices and vehicles. The application must ac...
This number grows at 4x the rate of server spending. HP plans to reduce energy in servers by 20% by 2010. Is this goal achievable? Target to raise MIPS / W by 10x in 3 years (double every yr)George SchuelleinDavid BatesPower Electronics Technology Exhibition & Conference: October 30 - ...
The next generation of high - performance computing (HPC) systems, including supercomputers and data center servers, requires precise power delivery. AC constant current sources play a vital role in powering the complex circuits within these systems. They ensure that the processors, graphics cards, a...
Publication Oblivious Multi-Party Machine Learning on Trusted Processors Microsoft recognizes that trustworthy AI requires a trustworthy cloud—one in which security, privacy, and transparency are built into its core. A key component of this vision is confidential computing (opens in...
Integrated powertrain devices go back at least as far as 2004 when Intel wrote the specification for DrMOS, a high-efficiency high-current IC for powering next-gen processors. Earlier this month, Alpha and Omega Semiconductor (AOS) announced their newest generation of DrMOS power stage devices,...
El Capitan and Frontier are shaping the future of science and technology and enabling solutions to address critical issues across the globe, underscoring the commitment at AMD to provide the high-performance computing resources necessary to power the next generation of scientific discovery and innovation...
Powering and Upleveling Flexibility in the Next Generation of Remote Data Management Though workstations are a mainstay of several industries that require high compute power for technical tasks, including engineering, architecture, and Mark Hirst, Worldwide Workstation Solutions Manager, Remote and ...
Historically, robot vacuums have relied on hefty CPUs in addition to one or multiple discrete MCUs to handle processing workloads, increasing cost, complexity and power consumption. However, a new class of processors known as “crossover MCUs” can support robot vacuums by combining the high perf...
El Capitan and Frontier are shaping the future of science and technology and enabling solutions to address critical issues across the globe, underscoring the commitment at AMD to provide the high-performance computing resources necessary to power the next generation of scientific discovery and in...