Moore’s Law — Intel co-founder Gordon Moore’s prediction that the number of transistors on a chip doubles about every two years — has been the foundation of the semiconductor industry. But, as the industry nears the limits of circuitry and physics of electronics, it’s being replaced by another one: that silicon chips powering AI more than double in power every two years, due to hardware and software. As Moore’s Law was the foundation for improvements in computers, this new law will power the Internet of Things. With its $40 billion acquisition of Arm Holdings, Nvidia could be positioned for a new type of evolution.  Continue reading With Arm Purchase, Nvidia May Dominate AI Edge Computing

Building a new chip manufacturing plant is expensive, usually costing between $10 billion and $15 billion. GlobalFoundries has now opted out of building a cutting edge fabrication plant for 7-nanometer chips, indicating it plans to focus its attention on older 12-nanometer and 14-nanometer factories, which would require less investment. Advanced Micro Devices (AMD) said it would switch from GlobalFoundries to Taiwan Semiconductor (TSMC) for its latest chips. With the GlobalFoundries move, only TSMC, Intel and Samsung are left to build the new 7-nanometer factories. Continue reading GlobalFoundries Will Not Build Factory for 7-Nanometer Chips

IBM Research, GlobalFoundries and Samsung partnered to create transistors for a 5-nanometer semiconductor chip, expected to enable chips with 30 billion transistors. Researchers say the technical achievement should enable the $330 billion chip industry to keep up with Moore’s Law, the 1965 statement by Intel chairman emeritus Gordon Moore that the number of transistors per square inch on integrated circuits would double about every two years. Three years ago, IBM vowed to invest $3 billion over five years in chip R&D. Continue reading IBM Aims to Power IoT, AI, VR With New 5-Nanometer Chip

Intel just debuted its seventh generation of PC chips, featuring a built-in ability to play and edit Ultra HD and 4K video. The chips reflect the fact that an increasing number of younger consumers use portable computers as their go-to device for viewing video content. Although Netflix, most notably among others, has created 4K video programs, consumers have been limited in their ability to see it in its native resolution. The new chips accommodate both HEVC and VP9 compression and support copyright protection software. Continue reading Latest Chips from Intel Designed for Playing 4K Video on PCs