A new set of patches have been released for the Intel Linux graphics driver that "can provide 10-15% better performance when operating in the tuned mode," reports Phoronix. From the report: The set of Intel i915 Linux kernel graphics driver patches are about exposing the Intel RPS (Requested Power State) up/down thresholds. Right now the Intel Linux kernel driver has static values set for the up/down thresholds between power states while these patches would make them dynamically configurable by user-space. Google engineer Syed Faaiz Hussain raised the issue that they experimented with the Intel RPS tuning and were able to manage up to 15% better performance. With Counter-Strike: Global Offensive with OpenGL was a 14.5% boost, CS:GO with Vulkan was 12.9% faster, and Civilization VI with OpenGL was 11% faster while Strange Brigade was unchanged. No other game numbers were provided.

But as this is about changing the threshold for how aggressively the Intel graphics hardware switches power states, the proposed patches leave it up to user-space to adjust the thresholds as they wish. Google engineers are interested in hooking this into Feral's GameMode so that the values could be automatically tuned when launching games and then returning to their former state when done gaming, in order to maximize battery life / power efficiency. The only downside with these current patches are that they work only for non-GuC based platforms... So the latest Alder/Raptor Lake notebooks as well as Intel DG2/Alchemist discrete graphics currently aren't able to make use of this tuning option.

The low-profile firm that has become crucial to a half-trillion-dollar global industry. From a report: In 1984, Martin van den Brink, a young Dutch engineer, joined a newly created venture in a quiet corner of the Netherlands. Little did he know then that about 40 years on the company would be so crucial to the $580 billion semiconductor industry that it would be the epicenter of a US-China chip war. ASML Holding NV, where Van den Brink is now the chief technology officer, practically owns the market for a critical piece of equipment needed to produce the brains of everything that makes modern life possible -- from cars and smartphones to computers, microwaves and airplanes. With the company's high-end machines churning out chips that can also go into state-of-the-art weapons and artificial intelligence devices, ASML is effectively being treated as critical infrastructure for US national security and has become a target of industrial espionage for China. "I never expected to be where we are today," said Van den Brink.

Over his nearly four decades at the company, ASML has gone from a bit player competing with the likes of Nikon, Canon and Ultratech to the world's only maker of very high-end semiconductor lithography equipment. Its ascent has made it Europe's most valuable technology company, with a market capitalization of over $247 billion -- more than twice that of its customer Intel. In an industry where devices typically cost $10 million, ASML commands about $180 million for its current top-end machine. And although the chip market has softened recently, ASML is still growing and its long-term outlook seems intact, thanks to the insatiable demand for computing power.

"This is a company that the world can't exist without," said Jon Bathgate, a fund manager at NZS Capital in Denver, which has about $2 billion under management, with ASML as one of its biggest holdings. "They've got a 20-year head start... Investors have clearly realized how important ASML is as a company and how difficult it would be to replicate. It's a natural monopoly with secular growth winds. That's unique." As chips become for geopolitics in the 21st century what oil was in the last one, ASML's singular success has thrust it squarely in the crosshairs of the intensifying tensions between the US and China. With the US focused on the strategic importance of semiconductors, Presidents Donald Trump and Joe Biden have done everything to ensure that China is a couple of generations behind in chips. No company is more critical to that effort than ASML.

An anonymous reader quotes a report from ZDNet, written by Steven Vaughan-Nichols: The latest Linux kernel is out with a slew of new features -- and, for once, this release has been nice and easy. [...] Speaking of Rust, everyone's favorite memory-safe language, the new kernel comes with user-mode Linux support for Rust code. Miguel Ojeda, the Linux kernel developer, who's led the efforts to bring Rust to Linux, said the additions mean we're, "getting closer to a point where the first Rust modules can be upstreamed."

Other features in the Linux 6.3 kernel include support and enablement for upcoming and yet-to-be-released Intel and AMD CPUs and graphics hardware. While these updates will primarily benefit future hardware, several changes in this release directly impact today's users' day-to-day experience. The kernel now supports AMD's automatic Indirect Branch Restricted Speculation (IBRS) feature for Spectre mitigation, providing a less performance-intensive alternative to the retpoline speculative execution.

Linux 6.3 also includes new power management drivers for ARM and RISC-V architectures. RISC-V has gained support for accelerated string functions via the Zbb bit manipulation extension, while ARM received support for scalable matrix extension 2 instructions. For filesystems, Linux 6.3 brings AES-SHA2-based encryption support for NFS, optimizations for EXT4 direct I/O performance, low-latency decompression for EROFS, and a faster Brtfs file-system driver. Bottom line: many file operations will be a bit more secure and faster.

For gamers, the new kernel provides a native Steam Deck controller interface in HID. It also includes compatibility for the Logitech G923 Xbox edition racing wheel and improvements to the 8BitDo Pro 2 wired game controllers. Who says you can't game on Linux? Single-board computers, such as BannaPi R3, BPI-M2 Pro, and Orange Pi R1 Plus, also benefit from updated drivers in this release. There's also support for more Wi-Fi adapters and chipsets. These include: Realtek RTL8188EU Wi-Fi adapter support; Qualcomm Wi-Fi 7 wireless chipset support; and Ethernet support for NVIDIA BlueField 3 DPU. For users dealing with complex networks that have both old-school and modern networks, the new kernel can also handle multi-path TCP handling mixed flows with IPv4 and IPv6. Linux 6.3 is available from kernel.org. You can learn how to compile the Linux kernel yourself here.

Phoronix reports: If you rely on an Intel I219-LM Gigabit Ethernet adapter, you will want to look forward to upgrading your Linux kernel build soon... A fix was committed Thursday after Intel engineers discovered this particular Ethernet chipset had only been running at around 60% of its maximum speed due to a regression introduced back in 2020...

Since the release of Linux 5.8 in mid-2020, this Ethernet adapter had been running at around 60% of its advertised potential due to an e1000e driver regression.

Remember that U.S. Air National Guardsman who's suspected of leaking classified documents? The New York Times has discovered "a previously undisclosed chat group on Discord" where the same airman apparently also posted "sensitive information" including "secret intelligence on the Russian war effort," this time to a group with 600 members — and "months earlier than previously known," in February of 2022. The case against Airman Teixeira, 21, who was arrested on April 13, pertains to the leaking of classified documents on another Discord group of about 50 members, called Thug Shaker Central. There, he began posting sensitive information in October 2022, members of the group told The Times. His job as an information technology specialist at an Air Force base in Massachusetts gave him top secret clearance... The user claimed to be posting information from the National Security Agency, the Central Intelligence Agency and other intelligence agencies.

The additional information raises questions about why authorities did not discover the leaks sooner, particularly since hundreds more people would have been able to see the posts... The exposure of some of America's most closely guarded secrets has prompted criticism about how the Pentagon and intelligence agencies protect classified data, and whether there are weaknesses in both vetting people for security clearances and enforcing the mantra that access to secrets should only be given to people with a "need to know."

Unlike Thug Shaker Central, the second chat room was publicly listed on a YouTube channel and was easily accessed in seconds... Apparently eager to impress others in the group who questioned his analysis, he said: "I have a little more than open source info. Perks of being in a USAF intel unit," referring to the United States Air Force... At times, he appeared to be posting from the military base where he was stationed... Airman Teixeira also claimed that he was actively combing classified computer networks for material on the Ukraine war.

When one of the Discord users urged him not to abuse his access to classified intelligence, Teixeira replied: "too late...."
The Times says they learned about the larger chat room "from another Discord user."

Chip manufacturer GlobalFoundries said today it had filed a lawsuit against IBM, accusing it of unlawfully sharing confidential intellectual property and trade secrets. From a report: New York-based GlobalFoundries said in its complaint that IBM had shared IP and trade secrets with Rapidus, a new state-backed Japanese consortium that IBM is working with to develop and produce cutting-edge two-nanometre chips. It also asserted that IBM had unlawfully disclosed and misused its IP with Intel, noting that IBM had announced in 2021 it would collaborate with Intel on next-generation chip technology. "IBM is unjustly receiving potentially hundreds of millions of dollars in licensing income and other benefits," GlobalFoundries said in a statement. IBM pushed back in an emailed statement to Reuters saying: "GlobalFoundries filed this meritless lawsuit after a court rejected the company's attempt to dismiss IBM's legitimate fraud and breach of contract claims. Their allegations are entirely baseless, and we are confident that the court will agree."

It's been just a year since Intel officially announced its Bitcoin-mining Blockscale ASICs, but today the company announced the end of life of its first-gen Blockscale 1000-series chips without announcing any follow-up generations of the chips. From a report: We spoke with Intel on the matter, and the company told Tom's Hardware that "as we prioritize our investments in IDM 2.0, we have end-of-lifed the Intel Blockscale 1000 Series ASIC while we continue to support our Blockscale customers."

Intel's statement cites the company's tighter focus on its IDM 2.0 operations as the reason for ending the Blockscale ASICs, a frequent refrain in many of its statements as it has exited several businesses amid company-wide belt-tightening. We also asked Intel if it planned to exit the Bitcoin ASIC business entirely, but the company responded, "We continue to monitor market opportunities." In the original announcement that the company would enter the blockchain market, then-graphics-chief Raja Koduri noted that the company had created a Custom Compute Group within the AXG graphics unit to support the Bitcoin ASICs and "additional emerging technology." However, Intel recently restructured the AXG group, and Koduri left the company shortly thereafter.

In addition to the company's long-rumored mixed reality headset, Apple is expected to launch new MacBooks, as well as a "major" update to the Apple Watch's watchOS software at its Worldwide Developers Conference (WWDC) in June. All told, WWDC 2023 could end up being one of Apple's "biggest product launch events ever," according to Bloomberg's Mark Gurman. The Verge reports: Let's start with the Macs. Gurman doesn't explicitly say which macOS-powered computers Apple could announce in June, but lists around half a dozen devices it currently plans to release this year or early 2024. There's an all new 15-inch MacBook Air, an updated 13-inch MacBook Air, and new 13-inch and "high-end" MacBook Pros. Meanwhile on the Mac side Apple still needs to replace its last Intel-powered device, the Mac Pro, with an Apple Silicon model, and it also reportedly has plans to refresh its all-in-one 24-inch iMac.

Bloomberg's report notes that "at least some of the new laptops" will make an appearance. The bad news is that none are likely to run Apple's next-generation M3 chips, and will instead ship with M2-era processors. Apple apparently also has a couple of new Mac Studio computers in development, but Bloomberg is less clear on when they could launch.

Over on the software side, which is WWDC's traditional focus, watchOS will reportedly receive a "major" update that includes a revamped interface. Otherwise, we could be in for a relatively quiet show on the operating system front as iOS, iPadOS, macOS, and tvOS are not expected to receive major updates this year. Gurman does say that work to allow sideloading on iOS to comply with upcoming EU legislation is ongoing.

Once the leading player in the semiconductor industry, the company is attempting to pull off one of tech's most complex turnrounds. From a report: It was nearly a decade ago when Intel, then the undisputed leader in global semiconductor manufacturing, made a fateful decision. A new technology, extreme lithography, was offering a way to pack more computing power on to the silicon wafers from which tiny chips, essential for widely used products like smartphones and PCs, are cut. Using light to etch complicated integrated circuits, EUV promised an unparalleled degree of miniaturisation, but Intel executives believed it would take years for the method to become practical. Instead, they stuck with older manufacturing techniques for their next generation of chips. This turned out to be a historic mistake, one with consequences that are being felt at a time when the US has put advanced chipmaking at the centre of its national industrial policy. Taiwan Semiconductor Manufacturing Company, which adopted EUV in 2019, has leapfrogged Intel to become the world's most advanced chip manufacturer, closely followed by Samsung. Along with other slips, the judgment call has left Intel -- and the US -- scrambling to catch up.

"Hindsight is 20/20," says Ann Kelleher, head of technology development at Intel and the executive charged with restoring the US chipmaker's manufacturing processes. "It's very easy to look back and say, 'If something different was done...'" Intel is today at another crucial juncture. If, as planned, the company finally produces chips made with EUV in large volume later this year, it will be an important step on the road back. Nowhere will progress be watched more anxiously than in Washington, where the Biden administration is facing an imminent decision about how much financial backing to throw behind the company. Last year's US Chips Act committed $52bn in direct subsidies to support semiconductor manufacturing and boost research and development, along with an estimated $24bn worth of tax credits over the next eight years. The law was designed to reverse a slide that has taken the US share of chip production to 12 per cent, from 37 per cent in 1990. The centrepiece of that plan is to bring leading-edge manufacturing back to the US. For better or worse, that leaves Washington with little choice but to bet heavily on Intel, despite it being the laggard in one of the tech world's most important races. Yet falling behind in advanced chip production is not the only problem hanging over Intel.

Big shifts in its customers' needs -- such as the rise of artificial intelligence -- are threatening to sideline its traditional PC and server chips. Its attempt to go into direct competition with TSMC by becoming a so-called chip foundry, manufacturing chips on behalf of other companies, represents the biggest change to its business since it abandoned its original memory chips for processors nearly 40 years ago. To make things even harder, a yawning financial hole has opened up under the company at just the moment it is trying to make up for years of under-investment with a surge in capital spending. The depth of the reversal, which the company says is caused by a temporary inventory correction, shocked Wall Street in January, when Intel warned its revenue would tumble 40 per cent in the first three months of this year. The setbacks mean that a central piece of US industrial policy is now riding on one of the most difficult and complex tech turnrounds ever attempted. As the US Department of Commerce begins to weigh how to distribute the Chips Act subsidies, deciding how fiercely to back Intel will be a central question.:

Intel on Wednesday said its chip contract manufacturing division will work with U.K.-based chip designer Arm to ensure that mobile phone chips and other products that use Arm's technology can be made in Intel's factories. From a report: Once the biggest name in chips known as central processing units (CPUs), Intel has seen long seen its technological manufacturing edge blunted by rivals such as Taiwan Semiconductor Manufacturing Co, the world leader in making chips for customers such as Apple. Intel's turnaround strategy hinges in part on opening up its factories to other chip companies, particularly those in mobile phones. It has said firms such as Qualcomm are planning to use its factories for future chip designs. "There is growing demand for computing power driven by the digitization of everything, but until now ... customers have had limited options for designing around the most advanced mobile technology," Pat Gelsinger, Intel's chief executive, said in a statement.

After a nice spike during the first two years of the pandemic, global PC shipments continued to drop for a fourth consecutive quarter. Analyst firm IDC's latest figure has Q1 down 29% from the same time last year. Canalys paints an even more troubling picture for the industry, with a full 33% drop. From a report: A disappointing 2022 holiday set the stage for the beginning of the year, as vendor inventory has continued to pile up -- a trend that is expected to carry at least into Q3. The plunge has been so consistent that last quarter's figures dipped below those of Q1 2019, putting worldwide shipments below their pre-pandemic level.

[...] The culprits? For starters, a lot of people purchased news systems in 2020 and 2021 as their work settings adapted to a global pandemic. Laptops tend to have a life span of around three to five years. Desktops are even longer, at three to eight. People are likely to be content with their systems for a few years at least. As vendors go, both IDC and Canalys have Apple suffering the largest drop at 40.5 and 45.5%, respectively. That's a staggering figure, likely owing -- at least in part â" to the company coming back down to earth, as the M1 chip managed to buck larger category trends in 2021/2022. That chip marked Apple's biggest PC computing update since the company shifted to Intel decades prior. In spite of what ad copy might suggest, you don't get a generational shift every year.

Slashdot reader unixbhaskar writes: A company in the U.K. calling itself Minifree has started to ship old Thinkpad (specifically the X series and T series models) with Libreboot firmware. Which is based on coreboot firmware.
More specifically, Libreboot is the free-as-in-speech replacement for proprietary BIOS/UEFI firmware, the site notes, "offering faster boots speeds, better security and many advanced features compared to most proprietary boot firmware." Those advanced features include the GNU project's multiple-OS-booting "grand unified bootloader" GNU GRUB directly in the boot flash, along with several other customization options. "The aim is simple: make it easy to have a computer that was made to run entirely on Free Software at every level, meaning no proprietary software of any kind. That includes the boot firmware, operating system, drivers and applications."

The Libreboot project's founder is also the founder of Minifree, and the profits from Minifree's sales directly fund the Libreboot project. (The whole Minifree web site runs on Libreboot-powered servers, on a network behind a Libreboot-powered router...) Their site points out that Minifree Ltd has also privately funded several new board ports to coreboot, including 90,000 USD to Raptor Engineering for ASUS KGPE-D16 and KCMA-D8 libreboot support, and 4000 AUD to Damien Zammit for Gigabyte GA-G41M-ES2L and Intel D510MO libreboot support.

The installed OS on the laptops is either encrypted Debian (KDE Plasma desktop environment), with full driver support, or "other Linux distro/BSD (e.g. OpenBSD, FreeBSD) at your request... Advanced features like encrypted /boot (GNU+Linux only), signed kernels and more are available." And the laptops are also shipped — worldwide — with "your choice of 480/960GB SSD or 2x480GB/2x960GB RAID1 SSDs, with good batteries and 16GB RAM. Free technical support via email/IRC plus 5-year warranty."

But judging by their FAQ, the support is even more extensive. "If you brick your Minifree laptop when updating Libreboot, Minifree will unbrick it for free if you send it back to us. Even if your warranty has expired! However, such bricking is rare."

VC firm Andreessen Horowitz believes the industry most affected by generative AI will be videogames. But they're not the only ones, reports the Economist: Games' interactivity requires them to be stuffed with laboriously designed content: consider the 30 square miles of landscape or 60 hours of music in "Red Dead Redemption 2", a recent cowboy adventure. Enlisting ai assistants to churn it out could drastically shrink timescales and budgets....

Making a game is already easier than it was: nearly 13,000 titles were published last year on Steam, a games platform, almost double the number in 2017. Gaming may soon resemble the music and video industries, in which most new content on Spotify or YouTube is user-generated. One games executive predicts that small firms will be the quickest to work out what new genres are made possible by AI. Last month Raja Koduri, an executive at Intel, left the chipmaker to found an AI-gaming startup.

Don't count the big studios out, though. If they can release half a dozen high-quality titles a year instead of a couple, it might chip away at the hit-driven nature of their business, says Josh Chapman of Konvoy, a gaming-focused VC firm. A world of more choice also favours those with big marketing budgets. And the giants may have better answers to the mounting copyright questions around AI. If generative models have to be trained on data to which the developer has the rights, those with big back-catalogues will be better placed than startups

. Trent Kaniuga, an artist who has worked on games like "Fortnite", said last month that several clients had updated their contracts to ban AI-generated art.

U.S. states are now "doling out more cash than ever to lure multibillion-dollar microchip, electric vehicle and battery factories," reports the Associated Press, "inspiring ever-more competition as they dig deeper into their pockets to attract big employers and capitalize on a wave of huge new projects." Georgia, Kansas, Michigan, New York, North Carolina, Ohio and Texas have made billion-dollar pledges for a microchip or EV plant, with more state-subsidized plant announcements by profitable automakers and semiconductor giants surely to come. States have long competed for big employers. But now they are floating more billion-dollar offers and offering record-high subsidies, lavishing companies with grants and low-interest loans, municipal road improvements, and breaks on taxes, real estate, power and water....

The projects come at a transformative time for the industries, with automakers investing heavily in electrification and chipmakers expanding production in the U.S. following pandemic-related supply chain disruptions that raised economic and national security concerns. One of the driving forces behind them are federal subsidies signed into law last summer that are meant to encourage companies to produce electric vehicles, EV batteries, and computer chips domestically. Another is that states are flush with cash thanks to inflation-juiced tax collections and federal pandemic relief subsidies. The number of big projects and the size of state subsidy packages are extraordinary, said Nathan Jensen, a University of Texas professor who researches government economic development strategies.

"It is kind of a Wild West moment," Jensen said. "It's wild money and every state seems to be in on it."

Many of the companies drawing the biggest subsidy offers — such as Intel, Hyundai, Panasonic, Micron, Toyota, Ford and General Motors — are profitable and operate around the globe. Some lesser-known names in the nascent EV field are getting big offers too, such as Rivian, Volkswagen-backed Scout Motors and Vietnamese automaker VinFast. The subsidy offers are generally embraced by politicians from both major parties and the business elite, who point to promises of hundreds or thousands of jobs, massive investments in construction and equipment, and what they contend are immeasurable trickle-down benefits.

Still, academics who study such subsidies find them to be a waste of money and rarely decisive in a company's choice of location.

An anonymous reader quotes a report from Ars Technica: It has been two years and four months since the first Apple Silicon Mac hit the market, and now Autodesk has finally updated some of its massively popular professional applications (AutoCAD and Maya) to run natively on M1 and M2 chips. The availability of AutoCAD for Mac 2024 was announced in a blog post on Autodesk's website on March 28. Like other major AutoCAD updates, it adds new features like expanded automation tools and easier workflows, but the announcement that "for the first time, AutoCAD for Mac 2024 and AutoCAD LT for Mac 2024 now run natively on both Intel and Apple Silicon architectures, including M1 and M2 chips in the M-series chips" is clearly the headlining feature.

Autodesk claims that Apple Silicon support "can increase overall performance by up to two times" compared to the 2023 version of AutoCAD. A day later, on March 29, Autodesk revealed the 2024 update for Maya, its 3D modeling software chiefly used in game development, film production, and visual effects. Maya 2024 brings native Apple Silicon support in addition to a slew of new features, including the LookDevX material editor, Hydra support, and so on. But in contrast to many other makers of widespread professional software in similar industries, such as Adobe and Unity, Autodesk's efforts to support Apple Silicon -- which were announced two years ago -- have been ongoing for an interminably long time. Even open source Maya competitor Blender beat Autodesk to the punch.

U.S. chip giant Intel said on Wednesday its first semiconductor for data center customers focused on power efficiency, Sierra Forest, would be delivered in the first half of next year, as it outlined a chip release schedule after prior delays. From a report: "It's been a challenging few years as we had introduced a lot of innovation but also a lot of complexity and our product release dates had pushed out," Intel Data Center and AI Group head Sandra Rivera told Reuters ahead of an investor event. Intel still dominates the markets for PC and server processing chips, with a market share greater than 70%, tech research firm IDC has calculated. But that is down from more than 90% in 2017. Intel's most powerful fourth-generation Xeon processor for data centers, Sapphire Rapids, had faced delays that gave competitor Advanced Micro Devices time to catch up. But Rivera said Intel's "roadmap is on track" and was "hitting all of our key engineering milestones."

Intel announced Friday that Gordon Moore, Intel's co-founder, has died at the age of 94: Moore and his longtime colleague Robert Noyce founded Intel in July 1968. Moore initially served as executive vice president until 1975, when he became president. In 1979, Moore was named chairman of the board and chief executive officer, posts he held until 1987, when he gave up the CEO position and continued as chairman. In 1997, Moore became chairman emeritus, stepping down in 2006.

During his lifetime, Moore also dedicated his focus and energy to philanthropy, particularly environmental conservation, science and patient care improvements. Along with his wife of 72 years, he established the Gordon and Betty Moore Foundation, which has donated more than $5.1 billion to charitable causes since its founding in 2000....

"Though he never aspired to be a household name, Gordon's vision and his life's work enabled the phenomenal innovation and technological developments that shape our everyday lives," said foundation president Harvey Fineberg. "Yet those historic achievements are only part of his legacy. His and Betty's generosity as philanthropists will shape the world for generations to come."

Pat Gelsinger, Intel CEO, said, "Gordon Moore defined the technology industry through his insight and vision. He was instrumental in revealing the power of transistors, and inspired technologists and entrepreneurs across the decades. We at Intel remain inspired by Moore's Law and intend to pursue it until the periodic table is exhausted...."

Prior to establishing Intel, Moore and Noyce participated in the founding of Fairchild Semiconductor, where they played central roles in the first commercial production of diffused silicon transistors and later the world's first commercially viable integrated circuits. The two had previously worked together under William Shockley, the co-inventor of the transistor and founder of Shockley Semiconductor, which was the first semiconductor company established in what would become Silicon Valley.

An anonymous reader quotes a report from Ars Technica: Framework has delivered on the promise of its original 13-inch laptop. Three product generations in, the company has made a respectable competitor for the Dell XPS 13 or MacBook Air that can be repaired, modified, and upgraded, and owners of the original laptop can easily give themselves a significant performance boost by upgrading to the new 13th-generation Intel or AMD Ryzen-based boards the company announced today. Framework is now looking to build on that track record with an all-new Framework Laptop 16. It's a larger-screened model that can fit more powerful processors, dedicated GPUs, and a range of different keyboard modules, all with the same commitment to repairability and upgradeability seen in the original Framework Laptop (now retroactively dubbed the Framework Laptop 13).

Framework isn't discussing many details yet; preorders won't open until "this spring," and shipments won't begin until "late 2023." Today, the company provided a preview of the laptop's features, along with developer documentation to encourage the creation of new Input Modules -- components that allow for keyboard customization much like the current Expansion Card system allows for port customization.

Intel and other semiconductor companies have joined together with industrial materials businesses to fight US clampdowns on "forever chemicals," substances used in myriad products that are slow to break down in the environment. From a report: The lobbying push from chipmakers broadens the opposition to new rules and bans for the chemicals known as PFAS. The substances have been found in the blood of 97 per cent of Americans, according to the US government. More than 30 US states this year are considering legislation to address PFAS, according to Safer States, an environmental advocacy group. Bills in California and Maine passed in 2022 and 2021, respectively.

"I think clean drinking water and for farmers to be able to irrigate their fields is far more important than a microchip," said Stacy Brenner, a Maine state senator who backed the state's bipartisan legislation. In Minnesota, bills would ban by 2025 certain products that contain added PFAS -- which is short for perfluoroalkyl and polyfluoroalkyl substances -- in legislation considered to be some of the toughest in the country. The Semiconductor Industry Association -- whose members include Intel, IBM and Nvidia -- has cosigned letters opposing the Minnesota legislation, arguing its measures are overly broad and could prohibit thousands of products, including electronics. Chipmakers also opposed the California and Maine laws.

After five years attempting to make Intel into a competitor for Nvidia and AMD in the realm of discrete graphics for gamers and beyond -- with limited success -- Raja Koduri is leaving Intel to form his own generative AI startup. The Verge reports: Intel hired him away from AMD in 2017, where he was similarly in charge of the entire graphics division, and it was an exciting get at the time! Not only had Intel poached a chief architect who'd just gone on sabbatical but Intel also revealed that it did so because it wanted to build discrete graphics cards for the first time in (what would turn out to be) 20 years. Koduri had previously been poached for similarly exciting projects, too -- Apple hired him away from AMD ahead of an impressive string of graphics improvements, and then AMD brought him back again in 2013.

Intel has yet to bring real competition to the discrete graphics card space as of Koduri's departure. [...] But the company has a long GPU roadmap, so it's possible things get better and more competitive in subsequent gens. It took a lot longer than five years for Nvidia and AMD to make it that far. By the time Koduri left, he wasn't just in charge of graphics but also Intel's "accelerated computing" initiatives, including things like a crypto chip.