It measures just 4cm squared but it possesses almost inconceivable speed. That's 10 septillion years, a number that far exceeds the age of our known universe and has the scientists behind the latest quantum computing breakthrough reaching for a distinctly non-technical term: "mindboggling". The new chip, called Willow and made in the California beach town of Santa Barbara, is about the dimensions of an After Eight mint, and could supercharge the creation of new drugs by greatly speeding up the experimental phase of development. Reports of its performance follow a flurry of results since 2021 that suggest we are only about five years away from quantum computing becoming powerful enough to start transforming humankind's capabilities to research and develop new materials from drugs to batteries, one independent UK expert said. Governments around the world are pouring tens of billions of dollars into research.

Chip giant Nvidia reported its third-quarter earnings earlier today, and all ears--and presumably some watch parties--were tuned in to try to determine what the company's performance might mean for the near future of the artificial intelligence industry as a whole. The fate of the company's newest AI chip, Blackwell, was a major focus after production issues caused shipments to be delayed for several months earlier this year. On Sunday, The Information also reported that Blackwell chips were overheating when connected together in Nvidia's customized server racks, prompting the company to make design changes. But Nvidia cofounder and CEO Jensen Huang told analysts and investors on its earnings call today that now Blackwell production "is in full steam." "We will deliver this quarter more Blackwells than we had previously estimated," Huang said.

Nvidia, whose chip technology dominates in data centers used to create artificial intelligence software, has announced new products to help the PC industry lure consumers with "AI PCs." Nvidia unveiled three new desktop graphics chips with extra components that will let gamers, designers and other computer users make better use of AI on their personal machines without having to rely on remote services accessed over the internet. The chips, updated versions of existing offerings, will be offered at a "great new price," the company said Monday in a presentation at the CES trade show. Nvidia's rivals Intel and Advanced Micro Devices have already touted what they say is a new era for the industry: AI PCs. The companies argue that AI software is more secure and responsive when it's run on the PCs themselves rather than over the internet. Nvidia now claims its graphics chips are the best engines to power the new types of laptops and desktops.

AMD announced four new processors within its Ryzen Mobile 7040 series, taking more steps toward what AMD believes will eventually be a future full of artificial intelligence-enhanced PCs powered by its XDNA AI architecture. Two of these new chips include Ryzen AI, hardware AI logic supported by new instructions. That said, you'll want to buy laptops based upon new chips for what they can deliver now, more than for their potential for AI in the future. And AMD's latest laptop processors look to pack plenty of punch. These new 7040U processors wield not only AMD's latest Zen 4 compute cores, but also powerful integrated Radeon graphics based on the same RDNA 3 architecture found in the latest and greatest Radeon graphics cards.

HONG KONG--Nvidia Corp. has begun offering an alternative to a high-end chip hit with U.S. export restrictions to customers in China, after the new rules threatened to cost the American company hundreds of millions of dollars in lost revenue. Nvidia said the new graphics-processing chip, branded the A800, meets U.S. restrictions on chips that can be exported to China under new rules rolled out last month. The chip went into production in the third quarter, the company said. The A800 replaces the A100, a chip widely used in servers and artificial-intelligence applications by China's tech giants including Alibaba Group Holding Ltd., Tencent Holdings Ltd. and Baidu Inc. According to a memo Nvidia sent to its channel distributors last Thursday, the A800 has the same computational performance but a narrower interconnect bandwidth, the capacity of a chip to send and receive data from other chips, crucial for training large-scale AI models or building supercomputers.

With AI developments, the future of technology seems to be promising. Many new AI concepts are being developed to make life more efficient and convenient. There are also many developments in AI for specific purposes like medical diagnosis or self-driving cars. In this article, we will explore three of the latest and most profound developments in the world of artificial intelligence. The first development is the creation of new chips that help run deep neural networks faster.

Data is a new reality of life and tech industries in Silicon Valley and across the globe know it. Every small and big tech giant is working to capture the attention of customers. Artificial intelligence (AI) is indispensable in bringing a true digital revolution to turn history upside down. Nvidia is also trying to maintain its clout in the global computing industry through frequent bold steps. It will sell a new AI chip later this year to enhance data processing and AI modeling.

Google is making a bigger bet on smartphones by joining rivals Apple and Samsung in designing the device's most critical component in-house: the main processor. The Alphabet company says its upcoming flagship phones, the Pixel 6 and Pixel 6 Pro, will include new Tensor chips when they go on sale later this year. Google had previously used Qualcomm processors in all of its Pixel phones since the first models launched in 2016. The new chip is designed to bolster artificial-intelligence technology and improve speech recognition and the processing of photos and video. The new component will be Google's first system-on-a-chip -- technology that integrates the device's elements.

Apple introduced three new Macintosh computers at a splashy virtual event today that are powered by what it said was its "most powerful chip" ever. Instead of Intel chips, which have powered Apple computers since 2005, Apple has turned to a new chip produced in house, which the company calls "Apple Silicon." "This is a huge day for the Mac," said Apple CEO Tim Cook, touting computers he said would be "dramatically faster" with "extraordinary battery life." Specifically, Apple introduced a new MacBook Air, 13-inch and 16-inch MacBook Pro and the Mac Mini, available for pre-order now and in stores next week. Prices start at $999, $1,299/$2,799 and $699 respectively.

Apple, at their latest event'Time Flies', introduced an all-new iPad Air that houses a powerful A14 Bionic chip, a 5 nm chipset. This makes the iPad Air, the world's first device to operate on a 5nm chip. "We're excited to introduce Apple's most powerful chip ever made, the A14 Bionic," said Greg Joswiak, Apple's senior vice president of Worldwide Marketing. Traditionally, Apple would launch new chipsets with iPhones. Instead, the A14 Bionic was announced alongside the new iPad Air.