IBM is the first cloud customer for Intel’s Gaudi 3 AI accelerator chip, which it will make available in early 2025. The Gaudi 3 will be available for hybrid and on-site environments via the IBM Cloud, as part of Watsonx AI and on IBM data platforms. Gaudi 3, which began shipping in Q2 and is expected to go into mass production later this year, is IBM’s AI challenger to GPU accelerators from Nvidia and AMD, the latter having in January begun shipping its own HPC solution, the MI300X. Unlike that chip and Nvidia’s Hopper H100 and more recent Blackwell B200, the Gaudi 3 is not a GPU, but built on an architecture specifically for inference and deep learning. Continue reading IBM Cloud Is First to Widely Implement Intel Gaudi 3 AI Chips

The Biden Administration has opened a call for applications for $285 million in funding for a national research institute that will develop semiconductor “digital twins,” software representations of semiconductor hardware that live in the cloud, where teams can collaborate remotely to design, test and analyze the components, allowing engineers to discover and address problems before the manufacturing process begins. The CHIPS Manufacturing USA institute will be the hub for companies and organizations advancing this work, which is meant to decrease domestic reliance on foreign-sourced chips as a matter of national security. Continue reading Government Commits $285 Million for ‘Digital Twin’ Research

Campaigning through the swing state of Arizona on Wednesday, President Biden announced Intel is lined up for a $19.5 billion package under the CHIPS and Science Act. The Department of Commerce has reached a preliminary agreement to provide up to $8.5 billion in grants and $11 billion in loans under the 2022 tech stimulus plan. Intel has committed $100 billion of its own. The CHIPS Act “will enable advanced semiconductor manufacturing to make a comeback here in America after 40 years,” Biden said, addressing a crowd at Intel’s Chandler, Arizona plant, which will be modernized using the funds. Continue reading Intel Awarded CHIPS Act Funding to Boost Production in U.S.

Nvidia unveiled what it is calling the world’s most powerful AI processing system, the Blackwell GPU, purpose built to power real-time generative AI on trillion-parameter large language models at what the company says will be up to 25x less cost and energy consumption than its predecessors. Blackwell’s capabilities will usher in what the company promises will be a new era in generative AI computing. News from Nvidia’s GTC 2024 developer conference included the NIM software platform, purpose built to streamline the setup of custom and pre-trained AI models in a production environment, and the DGX SuperPOD server, powered by Blackwell. Continue reading GTC: Nvidia Unveils Blackwell GPU for Trillion-Parameter LLMs

GlobalFoundries has been selected to receive the first major grant in the Biden administration’s CHIPS and Science Act program to reinvigorate U.S. chip production. The $1.5 billion in grants will be used to construct and expand facilities in Vermont and New York. Additionally, the administration plans to make available $1.6 billion in federal loans. The grants are estimated to triple GlobalFoundries’ New York state production capacity within the next 10 years. Chipmakers including Intel, Micron Technology, Samsung Electronics and TSMC have submitted grant applications for government assistance in building new or updating existing facilities. Continue reading GlobalFoundries Receives $1.5 Billion in First U.S. CHIPS Grant

OpenAI CEO Sam Altman’s ongoing effort to fund a new initiative to produce chips to power artificial intelligence has graduated from a billion-dollar venture to a trillion dollar undertaking that aims at nothing less than “to reshape the business of chips and AI,” per recent reports. The United Arab Emirates has joined the list of sources of potential funding for the global project, which seeks to remedy the tight supply of AI chips that Altman is said to view as an obstacle to OpenAI’s effort to develop artificial general intelligence, which he defines as “systems that are generally smarter than humans.” Continue reading Sam Altman Is Reportedly Seeking ‘Trillions’ to Fund AI Chips

Canon is gearing up to begin shipping its new nanoimprint lithography chipmaking machines, possibly this year. The equipment — which uses a stamping process Canon says will be cheaper and more energy-efficient than ASML’s light-based extreme ultraviolet (EUV) technology — could be a disruptor in a market dominated by the Dutch company. Such machines, essential in manufacturing semiconductors, imprint circuitry onto silicon wafers in patterns that can be thousands of times thinner than the width of a human hair. Foundries TSMC, Samsung Semiconductor and Intel rely on ASML’s EUV machines in the manufacture of high-end chips. Continue reading Canon Could Begin Shipping Chip Stamping Machine in 2024

Further insights into OpenAI CEO Sam Altman’s global fundraising effort for a multi-billion dollar computer chip venture now appears to be toward a goal establishing a network of semiconductor plants to manufacture AI chips, according to media reports. The plan would see the 38-year-old entering a hotly competitive yet underserved field, dominated by Nvidia and increasingly Intel, AMD and Qualcomm. Apparently, he feels the existing players aren’t set up to produce the amount of chips required to meet the goals of OpenAI and others through 2030, now that many businesses incorporate AI into workflows and consumer products. Continue reading Altman Is Seeking Billions in Global Funding for AI Chip Plants

Intel formally launched its new Core Ultra CPUs and related products this week at its AI Everywhere event. The company shared new solutions ranging from the data center to the cloud edge and PC. Intel’s new mobile processors are part of its Meteor Lake lineup, all of which will now bear the Ultra imprimatur instead of the “I,” promising greater power efficiency and performance. At the New York City event, Intel CEO Pat Gelsinger said “AI innovation is poised to raise the digital economy’s impact up to as much as one-third of global gross domestic product.” Continue reading Intel Unveils AI-Driven Chips to Compete with Nvidia and AMD

AMD is coming to market with a new slate of chips optimized for artificial intelligence, including the AMD Instinct MI300 Series data center AI accelerators, ROCm 6 open software stack with new features for large language models, and Ryzen 8040 Series processors with Ryzen AI. The new offerings have received a welcome reception from customers including Microsoft, Oracle, Meta Platforms and Dell, among others that can benefit from building a strong network of suppliers of AI chips. The market is currently dominated by Nvidia, which is challenged to meet existing demand. Continue reading AMD’s New AI Chips Get Welcome Reception from Enterprise

Canon has made a breakthrough it says can help manufacture the world’s most advanced semiconductors. The company’s latest nanoimprint lithography (NIL) system challenges Dutch firm ASML, to date the leader in extreme ultraviolet (EUV) lithography technology. ASML creates tech used in TSMC’s chips made for Apple iPhones. Canon says its FPA-1200NZ2C nanoimprint semiconductor manufacturing equipment can produce chips equivalent to a 5-nanometer process, the current state of the art, and with further improvement expects to enable circuit patterning corresponds to 2nm nodes. The new equipment is also energy efficient, Canon says. Continue reading Canon Litho Breakthrough May Advance Global Chipmaking

Qualcomm has extended its deal with Apple to supply 5G modem chips, leading to speculation that the iPhone maker is behind schedule on its plan to bring the tech in-house. Apple has designed its own phone chips since 2013, and is currently using the A16 Bionic, manufactured by TSMC. The A16 functions as the phone’s brain but doesn’t handle external communications with cell towers. Apple has been developing its own modem chips since 2018, but apparently doesn’t feel they’re ready for prime time and, understandably, doesn’t want to risk a public debacle by rushing it. Continue reading Apple iPhones to Continue Using Qualcomm 5G Modem Chips

Nvidia announced $7.19 billion in revenue for the first quarter ended April 30. That’s down 13 percent compared to the February through April frame in 2022, but up 19 percent from Q4, which ended January 29. Nvidia has forecast a stunning $11 billion in sales for Q2. That projected 64 percent increase puts Nvidia on track to be the first chip company with a $1 trillion valuation. CEO Jensen Huang attributes the sales spike to exploding demand for GPUs to run artificial intelligence systems. “We are significantly increasing our supply to meet surging demand for them,” Huang said of the processors. Continue reading AI Helps Steer Nvidia Toward $1 Trillion Market Capitalization

Despite moving a significant portion of its chip work in-house, Apple is extending its chip-supply contract with Broadcom in a deal estimated to be worth more than $15 billion with plans to run through 2026. The chip manufacturer will provide Apple with components for wireless connectivity, including 5G radio-frequency. There had been speculation that Apple planned to phase out Broadcom. Some see the deal as Apple’s capitulation to political pressure to source more U.S. manufacturing. Broadcom’s 5G-capable manufacturing hubs are located in U.S. cities including Fort Collins, Colorado, where Broadcom has a major facility. Continue reading Apple’s 5G Broadcom Extension Valued More Than $15 Billion

Santa Clara, California-based Applied Materials, which makes equipment used to produce semiconductors, has announced plans to invest up to $4 billion in a research facility in Silicon Valley. The Equipment and Process Innovation and Commercialization (EPIC) Center, which will be built over seven years, aims to bring chipmakers and universities together to collaborate on innovations that will result in more powerful chips. “For the first time, chipmakers can have dedicated space within an equipment company’s R&D fab, providing early access to next-generation processes and equipment to accelerate product roadmaps,” according to Applied Materials. Continue reading Applied Materials Plans Chip Research Center in Silicon Valley