Nvidia debuted its Arm-based Grace CPU for giant artificial intelligence and high-performance computing applications, the company’s first such data center CPU. At Nvidia’s GTC 2021 conference, chief executive Jensen Huang said Grace, which offers 10 times the performance using energy-efficient Arm cores, will first be used by the Swiss National Supercomputing Centre (CSCS) and the U.S. Department of Energy’s Los Alamos National Laboratory (LANL). The CPU, named for U.S. Navy rear admiral and computer programming pioneer Grace Hopper, is slated for availability in early 2023. Continue reading Nvidia to Power Giant AI Computing with Its Arm-Based CPU

Nasdaq and Intel have partnered to advance homomorphic encryption (HE), which allows AI and machine learning computations on data without having to decrypt it. Nasdaq will adopt HE to be used with Intel’s latest processors. Intel is also exploring the encryption technology with the Defense Department’s DARPA. Nasdaq’s exploration of HE in a business setting is aimed to lead to tools that can focus on preventing fraud and money laundering. Healthcare is another field that is expected to benefit from HE. Continue reading Nasdaq, Intel Team on Homomorphic Encryption in the Cloud

As data moves to the cloud, security has become increasingly important. Fully homomorphic encryption (FHE) has been developed in labs and is nearly ready to emerge to enable artificial intelligence and machine learning use cases for that data. Microsoft and Intel have been proponents of homomorphic encryption, which follows the data across systems. In December, IBM released its first FHE services, which include educational materials, prototyping environments for companies that want to experiment and support. Continue reading IBM Debuts Advanced Encryption Service After Years of R&D

Due to a global semiconductor shortage, the United States, European Union countries and Japan are planning to spend billions of dollars to build chip fabrication plants (“fabs”). These countries also face the fact that more than two-thirds of the world’s chips are made in Taiwan. China is offering subsidies to its domestic chip industry, as industry-leaders Taiwan Semiconductor Manufacturing Company (TSMC) and Samsung Electronics plan to build U.S.-based fabs, potentially aided by significant U.S. government subsidies. Continue reading Countries Plan to Invest in New Chip Manufacturing Facilities

Intel’s new chief executive Patrick Gelsinger committed $20 billion to build two new semiconductor manufacturing plants in Arizona. Over the years, Intel has failed to keep up with the miniaturization of transistors, giving Taiwan Semiconductor Manufacturing Company (TSMC) and Samsung Electronics the lead. These two companies now make chips for Advanced Micro Devices (AMD), Amazon, Apple, and Nvidia but Gelsinger — who hopes for federal incentives — vowed to regain enough ground with the new factories to rival them. Continue reading Intel to Spend $20B on New Chipmaking Factories in Arizona

As part of a $2 trillion recovery package, the European Union is investing $150+ billion in “Digital Compass” to boost advanced technologies and narrow the gap with the U.S. and Asia. One goal is to produce at least 20 percent of the world’s semiconductors by 2030. In 2020, said the European Commission, the EU produced 10 percent. In 2019, the EU debuted a public-private cloud-computing project, Gaia-X to increase self-reliance and, in 2017, the European Battery Alliance to develop electricity-storage technologies. Continue reading European Union Earmarks $150 Billion for New Tech Initiatives

As Nvidia moves to close its $40 billion deal to acquire Arm Holdings, tech companies Google, Microsoft and Qualcomm are saying the deal will harm competition and are asking for regulatory intervention. The UK-based Arm, which licenses its chip technology to Amazon, Apple, Huawei Technologies, Intel and Samsung Electronics among others, is known as the Switzerland in the semiconductor industry because it licenses its technology to companies rather than competes with them. Critics fear that Nvidia would change this policy or raise the cost. Continue reading Nvidia Acquisition of Arm Faces FTC Probe, Big Tech Critics

President Joe Biden is expected to sign an executive order for a 100-day review by the National Economic Council and National Security Council on the manufacturing and packaging of semiconductor chips, with a focus on supply chain blockages that have created shortages. The government review will also examine supply chain issues for other critical goods including minerals, medical supplies and high-capacity batteries. Later this year, supply chain assessments for other critical products will be conducted. Continue reading Biden Administration to Review Semiconductor Supply Chain

Samsung Electronics may build an up-to-$17 billion chip manufacturing plant in Arizona, Texas or New York, according to sources, and is reportedly scouting two locations in the Phoenix area, two locations in the Austin vicinity and an industrial campus in New York’s Genesee County. The decision to build in the U.S. hinges on the availability of federal government incentives to balance out cheaper costs and government incentives elsewhere. Samsung’s plant would employ up to 1,900 people and open by October 2022. Continue reading Samsung Looking to Launch Chip Manufacturing Plant in U.S.

During the all-digital CES 2021, lidar (light detection and ranging) technology was presented as a key tool for building autonomous vehicles, smart homes and infrastructure for smart cities. Lidar, which senses what an object is based on its shape, first appeared in the 1970s but, up until now, has been too expensive and complicated for broad industrial use. Seoul Robotics, Intel’s Mobileye and Blickfeld were among the companies at CES showcasing real-world lidar applications. Lidar is predicted to triple to an almost $3 billion market by 2025. Continue reading CES: Seoul Robotics, Mobileye Enable Lidar for Smart Cities

At the all-digital CES 2021, Razer’s Blade 15 gaming laptop was introduced with the option to add a QHD screen, one of a few manufacturers adding these screens to gaming machines for the first time. Gamers who use desktop computers favor QHD screens for their 1440p resolution, affordable price, multiple features and compatibility with high-end AMD and Nvidia graphics cards. Until now, gamers could opt only for a 1080p or 4K screen (which reduces frame rate to unplayable levels) — or output to a separate 1440p monitor. Continue reading CES: Razer and Acer Offer QHD Screens for Gaming Laptops

Thomas Friedman, three-time Pulitzer Prize winning author and columnist for The New York Times discussed his latest thesis that the world has moved from the Industrial Revolution to a world that is “Fast, Fused and Deep.” During CES 2021, Friedman spoke with Professor Amnon Shashua, president and CEO of Mobileye, the Israeli subsidiary of Intel that develops autonomous and assisted driving AI solutions. Friedman framed the discussion by describing the Industrial Revolution as establishing “Walls” to govern the transfer of trade and human beings, a “Floor” as a social safety net to cushion people, and a “Ceiling” on the pace of change. Continue reading CES: Pulitzer Winner Details Megashifts Impacting Our World

The Wi-Fi Alliance began its Wi-Fi 6E certification program for devices built to transmit signals on the newly launched 6GHz band. Introduced just before CES 2021, the program comes in time to certify next-generation devices that can take advantage of the fastest speeds ever available with Wi-Fi. Wi-Fi 6, which began its rollout in 2019, adds access to the 6GHz band after the Federal Communications Commission voted unanimously to open it for unlicensed use. Until now, Wi-Fi use has relied on 2.4GHz and 5GHz bands. Continue reading Wi-Fi 6E Certification Program Paves the Way for New Devices

Companies such as Intel and Nvidia have long dominated the design and manufacture of semiconductor chips, but they are now facing competition from their own customers. Amazon, Google and Microsoft, all of which have seen strong growth in cloud computing, are looking to create their own chips to ensure better performance and lower costs. Amazon, for example, debuted a chip intended to speed up AI algorithms. Traditional chip manufacturers are creating specialized processors to retain their long-time customers. Continue reading Chipmakers Intel, Nvidia Now Compete with Their Customers

Apple has begun building its own cellular modem for smartphones, to replace those now purchased from Qualcomm, according to Apple senior vice president of hardware technologies Johny Srouji. He added that it is one of the few wireless chips that Apple designs, along with the W-series in the Apple Watch and U1 Ultra Wideband (UWB) chip in the iPhone. In addition to reducing costs, moving the modem in-house could eventually lead to cellular connectivity becoming a standard feature for the iPad, Apple Watch and other devices. Continue reading Apple Begins Working on Its Own Cellular Modem for Devices