Microsoft has unveiled the Surface Pro 8. Engadget: Microsoft's new Surface Pro 8 tablet can actually go toe-to-toe with most ultraportables. It features a 13-inch PixelSense screen, a significant upgrade from the previous 12.3-inch display. Even better, it's one of the first non-gaming notebooks we've seen that supports a 120Hz refresh rate, which makes scrolling through web pages and jotting down notes a lot smoother. And of course, it's built with Windows 11 in mind. Together with some of Intel's latest 11th-gen processors, as well as long-awaited support for Thunderbolt 4, the Surface Pro 8 could tempt over potential buyers who were turned off by the limitations of previous models.

Thankfully, the Surface Pro 8 finally supports Thunderbolt 4 on its two USB-C ports. That means you'll be able to connect fast external hard drives, several 4K external monitors or even an external GPU. As for other updates, the rear camera is now 10MP instead of 8MP, and it also supports 4K video. The front-facing camera is still 5MP with 1080p video, but it should offer better low-light performance.

Just days ahead of Microsoft's next Surface hardware event, Twitter user @Shadlow_Leak has posted what appears to be a leaked retail listing showing some key specs of a new Surface Pro device. From a report: According to the listing, the new convertible tablet appears to ditch USB-C and USB-A ports in favor of a pair of Thunderbolt 4 ports, and it also adds 11th-gen Intel Core processors, a 13-inch screen with a 120 Hz refresh rate, and a user-replaceable SSD like the ones in some other current Surface devices. The renders show a Surface with a design similar to the current Surface Pro 7, just with a notably larger screen and smaller bezels than the current Surface Pro 7. Take this with a larger grain of salt the "screens" in these press renders are often superimposed on the devices after the fact, and they've been known to get the screen size wrong. Still, a larger screen with smaller bezels lines up with other Surface Pro 8 rumors that have been circulating, as well as general design trends in the PC industry.

"Last week Taiwan Semiconductor Manufacturing Company, the world's largest chipmaker, which supplies chips to Apple, pledged to reach net zero emissions by 2050," reports the Guardian.

"But decarbonizing the industry will be a big challenge." TSMC alone uses almost 5% of all Taiwan's electricity, according to figures from Greenpeace, predicted to rise to 7.2% in 2022, and it used about 63m tons of water in 2019. The company's water use became a controversial topic during Taiwan's drought this year, the country's worst in a half century, which pitted chipmakers against farmers. In the US, a single fab, Intel's 700-acre campus in Ocotillo, Arizona, produced nearly 15,000 tons of waste in the first three months of this year, about 60% of it hazardous. It also consumed 927m gallons of fresh water, enough to fill about 1,400 Olympic swimming pools, and used 561m kilowatt-hours of energy. Chip manufacturing, rather than energy consumption or hardware use, "accounts for most of the carbon output" from electronics devices, the Harvard researcher Udit Gupta and co-authors wrote in a 2020 paper....

[A]mid pressure from investors and electronics makers keen to report greener supply chains to customers, the semiconductor business has been ramping up action on tackling its climate footprint... Greater availability of renewable energy is helping chipmakers reduce their carbon footprint. Intel made a commitment to source 100% of its energy from renewable sources by 2030, as did TSMC, but with a deadline of 2050. Energy consumption accounts for 62% of TSMC's emissions, said a company spokesperson, Nina Kao. The company signed a 20-year deal last year with the Danish energy firm Ørsted, buying all the energy from a 920-megawatt offshore windfarm Ørsted is building in the Taiwan Strait. The deal, which has been described as the world's largest corporate renewables purchase agreement, has benefits for TSMC, said Shashi Barla, renewables analyst at the energy consultancy Wood Mackenzie. As well as guaranteeing a clean electricity supply, it pays a wholesale cost and removes itself from price shocks, "killing two birds with one stone", he said.

TSMC's actions have the potential to influence the rest of the industry, said Clifton Fonstad, professor of electrical engineering and computer science at MIT, "other manufacturers are likely to follow its lead"...

There is also innovation aimed at tackling the worst-polluting materials used in making semiconductors. The chip industry uses different gases during the production process, many of which have a significant climate impact. TSMC said it had implemented scrubbers and other facilities to treat gas emissions. But another route is replacing "dirtier" cleaning gases that clean the delicate tools in semiconductor manufacturing, said Michael Pittroff, a chemical engineer working on semiconductor gases at Solvay Special Chemicals. In industrial tests over the last six years with about a half dozen chipmaker clients, Pittroff said, he and his team had replaced more polluting gases with "cleaner" fluorine, with a lower global warming impact. Other companies target the gases that are used to etch patterns onto and clean the silicon surface of a wafer — the thin piece of material used to make semiconductors. Paris-based industrial gases company Air Liquide, for example, has come up with a line of alternative etching gases with lower global warming impacts...

Some experts believe chipmakers will start to modify their processes to incorporate greener gases, especially if the big players make a move. "If TSMC switches, I am sure the others will," said Fonstad. "If TSMC doesn't, then other manufacturers may switch to show they are better than TSMC."

AMD's CFO Devinder Kumar has commented that AMD stands ready to manufacture Arm chips if needed, noting that the company's customers want to work with AMD on Arm-based solutions. From a report: Kumar's remarks came during last week's Deutsche Bank Technology Conference, building on comments from AMD CEO Lisa Su earlier in the year that underscored the company's willingness to create custom silicon solutions for its customers, be they based on x86 or Arm architectures. Intel also intends to produce Arm and RISC-V chips, too, meaning that the rise of non-x86 architectures will be partially fueled by the stewards of the dominant x86 ecosystem. "But I'll tell you from my standpoint, when you look at compute solutions, whether it's x86 or ARM or even other areas, that is an area for our focus on investment for us," AMD CFO Devinder Kumar responded to a question about the company's view of competing Arm chips. "We know compute really well. Even ARM, as you referenced, we have a very good relationship with ARM. And we understand that our customers want to work with us with that particular product to deliver the solutions. We stand ready to go ahead and do that even though it's not x86, although we believe x86 is a dominant strength in that area."

Intel has pivoted on its server strategy in order to fight a supply-constrained AMD, reports DigiTimes. It's reportedly flooding the market with chips at discount pricing, rather than sticking to MSRP. From a report: While some reports point toward a relative normalization on AMD's CPU supply, AMD has two distinct disadvantages when compared to Intel: It has fewer revenue sources than its much bigger CPU rival, and AMD doesn't own the factories that produce its market-turning Zen chips. Intel, on the other hand, can leverage its vertical integration (meaning that development and manufacturing takes place in an almost entirely Intel-owned and managed supply chain), as well as its massive revenue advantage, to play with final client pricing. In other words, Intel pull a lot more levers to increase demand and (Intel hopes) attract would-be AMD clients back into the Intel fold.

AMD has seemingly been making strides in server market penetration. As seen in renowned system distributor Puget Systems' statistics, AMD has risen from a 5% share in systems sold since June 2020, up to a dominating 60% as of June 2021. However, unserved demand means that companies looking to invest in their server infrastructure or who aim to deploy AMD chips in any major way sometimes can't wait for the chips to become available. And Intel is smartly making it more attractive for those companies to go back to the Intel fold, or to skip AMD in the first place.

"Amazon Web Services on Thursday fulfilled its commitment to rename Amazon Elasticsearch Service with its expected new identity, Amazon OpenSearch Service," reports the Register in a new update on Amazon's ongoing battle over open source licensing: The name change was necessary because AWS and Elasticsearch BV fell out over the licensing of the Elasticsearch open source software and the eating of one another's lunch.... While AWS promises that OpenSearch Service APIs will be backward-compatible with the existing service APIs (open source Elasticsearch 7.10), meaning no backend or client app changes should be necessary, building against new OpenSearch Service features means there's no going back. AWS says that upgrading from existing Elasticsearch 6.x and 7.x managed clusters to OpenSearch is irreversible.

[According to a blog post by Channy Yun, principal developer advocate for AWS], OpenSearch 1.0 (the AWS fork) supports three features unavailable in the legacy Elasticsearch versions still supported in Amazon OpenSearch Service: Transforms, Data Streams, and Notebooks in OpenSearch Dashboards... Amazon OpenSearch Service incorporates various other capabilities not present in the open-source Elasticsearch code, like security integrations (Active Directory, etc), reporting, alerting, and other such things. Cloud provider lock-in can become an issue even when there's compatibility between hosted open source services and the projects they're based upon.

What started out as an exercise in copying, the most lucrative form of flattery, has become a race to differentiate, or — to use the words of former Microsoft VP Paul Martiz when telling Intel representatives in 1995 about how Microsoft would deal with Netscape — "Embrace, extend, extinguish."

PCGamer reports: Microsoft continues to double down on its assertion that the Windows 11 system requirements are absolutely necessary, and this whole TPM 2.0 schtick is vital for the safety of you, your PC, and maybe even the world. Okay, I made that last bit up, but the big M is sticking to its guns and has released another video backing its decision on excluding a whole lot of hardware that was fine with Windows 10. The latest claim is that you're going to see fewer blue screens of death -- or maybe black screens of death -- because of the new system requirements, citing a "99.8% crash-free experience in the [Windows 11] preview." Look, there's still a part of us that feels at some point in the future, maybe the distant future, Microsoft will turn around and say 'You know, what? We don't mind what processor you use with Windows 11,' but for right now this is where we're at. You need a modern CPU for Windows 11 for security and reliability.

And maybe a little performance. "So the requirement for Intel 8th Gen and AMD Ryzen 2000-series, and newer, chipsets does definitely contribute to performance," states Microsoft VP Steve Dispensa in the recent video. "But the main rationale here is actually the balanced security with performance. Security is at the core of these requirements." He does point to differences in how Windows 11 prioritises apps running in the foreground window. With the system running at 90% CPU load, it's still possible to get a responsive experience opening and using foreground apps thanks to these prioritisations.

Luke Plunkett, writing at Kotaku: Back in 2018, The Verge released a guide to building a new PC that was, well, from where I was sitting it was not ideal. From where some angry PC nerds were sitting, though, it was an outrage. How bad was the video? It has its own knowyourmeme page, that's how bad. The guide was full of glaring omissions and bizarre tips, from a strange obsession with power usage to the most liberal use of thermal paste you've ever seen. The original video guide was eventually removed by The Verge (though you can see it here, and the written portion remains online), with the site claiming that it didn't meet their "editorial standards." Things took a turn for the worse when folks' initial bemusement with the guide quickly morphed into outright harassment from others, with author Stefan Etienne receiving a ton of racial abuse and The Verge issuing takedown notices on a couple of videos critical of the situation.

Anyway, that was 2018. We're not here to drag up bad old content and the ramblings of internet shitheads, we're here for the redemptive arc in this tale. That comes in the form of this new Linus Tech Tips video, where the host gets Etienne on to "fix" his old build, going through the same basic overall process as the original, making some changes (or just adding some extra information) at stops along the way. Etienne is a great sport throughout (and interestingly claims that The Verge's editorial basically threw him under the bus with the video section of the guide). The pair go through the original guide point by point, not just explaining how they'd improve things in 2021, but also allowing Etienne to break down just what was going on during the creation of the video as well. [H/T UnknowingFool.]

Intel plans to build new chip-making facilities in Europe valued at up to $95 billion, responding to a cross-border race to add manufacturing capacity at a time of a global chip-supply crunch. From a report: Intel Chief Executive Officer Pat Gelsinger Tuesday said the company was planning two chip factories at a new site in Europe and could potentially expand it further, with the increases raising the total investment over about a decade to the equivalent of as much as 80 billion euros. The facilities would cater to meteoric demand for semiconductors as computers, cars and gadgets become more chip-hungry. "This new era of sustained demand for semiconductors needs bold, big thinking," he said at an auto-industry event in Munich.

Rival Taiwan Semiconductor Manufacturing Co., the world largest contract chip maker, this year said it would spend a record $100 billion over the next three years to increase production capacity. South Korean rival Samsung Electronics last month said it plans to boost investments by one third to more than $205 billion over the next three years, in part to pursue leadership in chip manufacturing. The global chip shortage has hit auto makers particularly hard. Ford Motor and General Motors last week said they were curtailing production because of a dearth of chips. Japan's Toyota Motor last month said that it would cut production by 40% world-wide in September. Intel said it plans to commit manufacturing capacity at a factory in Ireland to the auto-chip sector. And it is standing up a chip-design team to help others adapt designs so they can use Intel's manufacturing capabilities. Intel's contract chip-making business has been courting potential customers in Europe, including automotive companies, the company said Thursday.

The global chip shortage is giving rise to a small group of little-known companies whose products are increasingly essential to the plans of semiconductor industry titans. From a report: The companies make parts called substrates, which connect chips to the circuit boards that hold them in personal computers and other devices. The components are relatively simple but as vital to a computer chip's operation as the silicon at its core. Substrate manufacturing has long been seen as a backwater of the global chip supply chain. The sector's relatively low margins have led to underinvestment and, in recent months, added to the pain of a global chip shortage that has constrained personal computer sales, caused some auto makers to idle plants and raised costs for electronic devices.

Supplies of substrates used in some of the most advanced chips are particularly tight, and some industry specialists said they could remain in short supply for years. That has made sourcing the products a priority for chip companies including Intel, Nvidia and Advanced Micro Devices and given new clout to the unheralded companies that specialize in making them. "Right now, all you have to do is say you manufacture substrates, and you get business -- it's insane," said Nicholas Stukan, chief business development officer at Zhuhai Access Semiconductor, a substrate manufacturer based in southern China. He said chip makers are begging for supply and are willing to pay much higher prices than usual to satisfy antsy customers. Intel Chief Executive Officer Pat Gelsinger discussed his company's efforts to address substrate shortages in the company's earnings calls this year -- the first time in a decade the topic was featured in any meaningful way in Intel's quarterly results presentation. Mr. Gelsinger is expecting the chip crunch to last into 2023 as the chip industry, including substrate suppliers, boost capacity. Adding a new substrate factory can take a year or two, he said in a July interview. "This is a challenging demand environment," he said.

Long-time Slashdot reader UnknowingFool writes: Last week IBM announced their next generation mainframe CPU Telum. Manufactured by Samsung's 7nm node, each Telum processor has 8 cores with each core running at a base 5GHz. Two processors are combined in a package similar to AMD's chiplet design. A drawer in each mainframe can hold 4 packages (sockets), and the mainframe can hold 4 drawers for combined 256 cores.

Different from previous generations, there is no dedicated L3 or L4 cache. Instead each core has a 32MB L2 cache that can pool to become a 256MB L3 "virtual" cache on the same processor or 2GB L4 "virtual" cache on the same drawer. Also included to help with AI is a on-die but not on-core inference accelerator running at 6TFLOPS using Intel's AVX-512 to communicate with the cores.

Despite Linux reaching its 30th anniversary, "most outside the tech industry will be unaware that Linux has reached such a milestone," writes ZDNet, "even though the project has had a huge impact on everything from smartphones to cloud computing."

They add that Linus Torvalds "poked fun at that lack of recognition in his usual Sunday release note for a new stable version of the Linux kernel." "So I realize you must all still be busy with all the galas and fancy balls and all the other 30th anniversary events, but at some point you must be getting tired of the constant glitz, the fireworks, and the champagne," Torvalds said. "That ball gown or tailcoat isn't the most comfortable thing, either. The celebrations will go on for a few more weeks yet, but you all may just need a breather from them."

Linux 5.14 includes additional features for Intel's Alder Lake mobile-ready CPUs, extra AMD support and better support for the Raspberry Pi 400 PC. "Because 5.14 is out there, just waiting for you to kick the tires and remind yourself what all the festivities are about," notes Torvalds...

Torvalds is upbeat about Linux's future, predicting decades more work for the kernel's several thousand contributors who help shape the Linux kernel and drivers. "Of course, the poor tireless kernel maintainers won't have time for the festivities, because for them, this just means that the merge window will start tomorrow. We have another 30 years to look forward to, after all. But for the rest of you, take a breather, build a kernel, test it out, and then you can go back to the seemingly endless party that I'm sure you just crawled out of," he wrote.

Apple wants to hire a programmer who knows about RISC-V, a processor technology that competes with the Arm designs that power iPhones, iPads and newer Macs. The company's interest emerged in a job posting for a "RISC-V high performance programmer" that Apple published Thursday. From a report: It's not clear exactly what Apple's plans are for the technology. Landing even a supporting role in an Apple product would be a major victory for RISC-V allies seeking to establish their technology as an alternative to older chip families like Arm or Intel's x86.

One of the RISC-V's creators is seminal processor designer David Patterson, and startups like SiFive and Esperanto Technologies are commercializing RISC-V designs. The job description offers some details about Apple's plans. The programmer will work on a team that's "implementing innovative RISC-V solutions and state of the art routines. This is to support the necessary computation for such things as machine learning, vision algorithms, signal and video processing," the job description says.

ASUS has just four letters to sell you on its latest creator-focused notebooks: OLED. From a report: The company is bringing OLED screens to all of its new models, a move meant to differentiate them in the increasingly crowded PC market. Compared to traditional LCD screens, OLED offers deeper blacks levels, vastly better contrast, and more responsiveness. Even today, as LCDs have evolved to be brighter and faster, OLED offers a more pronounced visual "pop." We've been seeing notebooks with OLED for years, like on the XPS 15 and ZenBook, but they've typically been positioned as a premium feature for select models. Now ASUS is trying to make its name synonymous with OLED, so much so that it's bringing it to new mid-range notebooks like the VivoBook Pro 14X and 16X. It's also touting the first 16-inch 4K OLED HDR screens on notebooks across several models: the ProArt Studiobook Pro, ProArt Studiobook and the Vivobook Pro.

Befitting its name, you can expect to see the fastest hardware on the market in the StudioBook Pro 16 OLED (starting at $2,500). It'll be powered by H-series Ryzen 5000 processors, 3rd-gen Intel Xeon chips and NVIDIA's professional-grade RTX A2000 and A5000 GPUs. And if you don't need all of that power, there's also the Studiobook 16 OLED ($2,000), which has the same Ryzen chips, Intel Core i7 CPUs and either RTX 3070 or 3060 graphics. Both notebooks will be equipped with 4K OLED HDR screens that reach up to 550 nits and cover 100 percent of DCI-P3 color gamut. They'll also sport ASUS Dial, a new rotary accessory located at the top of their trackpads, offering similar functionality to Microsoft's forgotten Surface Dial.

Internet-grooming company Cloudflare has revealed that it was unable to put Intel inside its new home-brew servers, because they just used too much energy. A Tuesday post by platform operations engineer Chris Howells reveals that Cloudflare has been working on designs for an eleventh-generation server since mid-2020. jaa101 writes: "We evaluated Intel's latest generation of 'Ice Lake' Xeon processors," Howells wrote. "Although Intel's chips were able to compete with AMD in terms of raw performance, the power consumption was several hundred watts higher per server -- that's enormous." Fatally enormous -- Cloudflare's evaluation saw it adopt AMD's 64-core Epyc 7713 for the servers it deploys to over 200 edge locations around the world. Power savings also influenced a decision to go from three disks to two in the new design. A pair of 1.92TB Samsung drives replaced the three of the Korean giant's 960GB units found in previous designs. The net gain was a terabyte of capacity, and six fewer watts of power consumption. Howellls's post also reveals that testing produced data showing that equipping its servers with 512GB of RAM did not produce enough of a performance boost to justify the expense. The company has therefore settled on 384GB of memory, but did jump from DDR4-2933 to DDR4-3200 as the slight cost increase delivered a justifiable performance boost.

Microsoft won't ship support for Android apps on Windows 11 in time for the operating system's launch on October 5th. While Android apps running on Windows 11 is one of the big new features of the OS, Microsoft will only start previewing this feature in the coming months. From a report: "We look forward to continuing our journey to bring Android apps to Windows 11 and the Microsoft Store through our collaboration with Amazon and Intel; this will start with a preview for Windows Insiders over the coming months," says Aaron Woodman, general manager of Windows marketing at Microsoft.

Microsoft is announcing today that it won't block people from installing Windows 11 on most older PCs. While the software maker has recommended hardware requirements for Windows 11 -- which it's largely sticking to -- a restriction to install the OS will only be enforced when you try to upgrade from Windows 10 to Windows 11 through Windows Update. From a report: This means anyone with a PC with an older CPU that doesn't officially pass the upgrade test can still go ahead and download an ISO file of Windows 11 and install the OS manually. Microsoft announced its Windows 11 minimum hardware requirements in June, and made it clear that only Intel 8th Gen and beyond CPUs were officially supported. Microsoft now tells us that this install workaround is designed primarily for businesses to evaluate Windows 11, and that people can upgrade at their own risk as the company can't guarantee driver compatibility and overall system reliability. Microsoft won't be recommending or advertising this method of installing Windows 11 to consumers.

Intel has signed a deal with the Department of Defense to support a domestic commercial chip-building ecosystem. The chipmaker will lead the first phase of a program called Rapid Assured Microelectronics Prototypes - Commercial (RAMP-C), which aims to bolster the domestic semiconductor supply chain. From a report: The chipmaker's recently launched division, Intel Foundry Services, will lead the program. As part of RAMP-C, Intel will partner with IBM, Cadence, Synopsys and others to establish a domestic commercial foundry ecosystem. Intel says the program was designed to create custom integrated circuits and commercial products required by the Department of Defense's systems. "The RAMP-C program will enable both commercial foundry customers and the Department of Defense to take advantage of Intel's significant investments in leading-edge process technologies," said Randhir Thakur, president of Intel Foundry Services, in a statement. "Along with our customers and ecosystem partners, including IBM, Cadence, Synopsys and others, we will help bolster the domestic semiconductor supply chain and ensure the United States maintains leadership in both R&D and advanced manufacturing."

At its annual Architecture Day semiconductor event Thursday, Intel revealed new details about its powerful Ponte Vecchio chip for data centers, reports SiliconANGLE: Intel is looking to take on Nvidia Corp. in the AI silicon market with Ponte Vecchio, which the company describes as its most complex system-on-chip or SOC to date. Ponte Vecchio features some 100 billion transistors, nearly twice as many as Nvidia's flagship A100 data center graphics processing unit. The chip's 100 billion transistors are divided among no fewer than 47 individual processing modules made using five different manufacturing processes. Normally, an SOC's processing modules are arranged side by side in a flat two-dimensional design. Ponte Vecchio, however, stacks the modules on one another in a vertical, three-dimensional structure created using Intel's Foveros technology.

The bulk of Ponte Vecchio's processing power comes from a set of modules aptly called the Compute Tiles. Each Compute Tile has eight Xe cores, GPU cores specifically optimized to run AI workloads. Every Xe core, in turn, consists of eight vector engines and eight matrix engines, processing modules specifically built to run the narrow set of mathematical operations that AI models use to turn data into insights... Intel shared early performance data about the chip in conjunction with the release of the technical details. According to the company, early Ponte Vecchio silicon has demonstrated performance of more than 45 teraflops, or about 45 trillion operations per second.
The article adds that it achieved those speeds while processing 32-bit single-precision floating-point values floating point values — and that at least one customer has already signed up to use Ponte Vecchio. The Argonne National Laboratory will include Ponte Vecchio chips in its upcoming $500 million Aurora supercomputer. Aurora will provide one exaflop of performance when it becomes fully operational, the equivalent of a quintillion calculations per second.

Tom's Hardware reports: Based on revenue, Samsung Electronics has reclaimed the number one semiconductor manufacturer spot on the back of a strong Q2 2021, according to the latest IC Insight's The McClean Report, which investigates the state of the semiconductor industry in several areas.

The South Korean company achieved a 19 percent increase in overall IC sales compared to Q1 2021, bringing in a total of $20.29 billion in the April-June period alone... On the other hand, Intel achieved a smaller three percent QoQ (Quarter-over-Quarter) increase that resulted in a cool $19.3 billion in chip sales. For reference, AMD, which is generally considered to have a competitive CPU portfolio compared to Intel, brought in a comparatively measly $3.85 billion...

According to the present-day report, Samsung has achieved the top spot mainly due to ascending ASP (Average Sale Price) of NAND and DRAM, with the latter being a significant high-volume advantage over Intel, which doesn't produce RAM. Samsung had last been the top manufacturer back in Q3 2018 — again on the back of strong NAND and DRAM results in the midst of a market shortage.