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

In May, the U.S. Commerce Department banned the sale of any semiconductors made with U.S. software to China’s 5G behemoth Huawei Technologies. Now, that company’s stockpile of chips essential to its telecom business is dwindling, likely to run out by early 2021. According to sources, Huawei executives have yet to come up with a solution and, without one, the U.S. move is on track to disrupt China’s $500 billion 5G rollout. In the long-run, it could also sideline that country’s goal of dominating 5G globally

Continue reading Huawei Holds the Most 5G Patents, But Still Needs U.S. Tech

The Trump administration intensified its battle with Huawei Technologies by issuing a new rule that bans Huawei and its global suppliers from using U.S.-made machinery and software to design or produce chips. Companies can apply for an exception to the measure, but the Trump administration stated these requests will likely be denied. Semiconductor Industry Association president and CEO John Neuffer said his group is worried that the rules would “create uncertainty and disruption for the global semiconductor supply chain.” Continue reading New Trade Rule Further Restricts Huawei Access to U.S. Tech

Solid-state batteries, which have been used for wireless sensors but are typically considered too expensive for most devices, can now be manufactured much cheaper, according to Applied Materials. The company, which supplies equipment for semiconductor and display industries, says that these longer lasting batteries can be used in anything from smartwatches to electric cars. The company plans its first commercial use of the batteries in wearable devices, where size is a limitation.  Continue reading Longer-Lasting Solid-State Batteries May Power New Wearables