An anonymous reader quotes a report from Reuters: U.S. measures to limit the export of advanced artificial intelligence (AI) chips to China may create an opening for Huawei to expand in its $7 billion home market as the curbs force Nvidia to retreat, analysts say. While Nvidia has historically been the leading provider of AI chips in China with a market share exceeding 90%, Chinese firms including Huawei have been developing their own versions of Nvidia's best-selling chips, including the A100 and the H100 graphics processing units (GPU).

Huawei's Ascend AI chips are comparable to Nvidia's in terms of raw computing power, analysts and some AI firms such as China's iFlyTek say, but they still lag behind in performance. Jiang Yifan, chief market analyst at brokerage Guotai Junan Securities, said another key limiting factor for Chinese firms was the reliance of most projects on Nvidia's chips and software ecosystem, but that could change with the U.S. restrictions. "This U.S. move, in my opinion, is actually giving Huawei's Ascend chips a huge gift," Jiang said in a post on his social media Weibo account. This opportunity, however, comes with several challenges.

Many cutting edge AI projects are built with CUDA, a popular programming architecture Nvidia has pioneered, which has in turn given rise to a massive global ecosystem that has become capable of training highly sophisticated AI models such as OpenAI's GPT-4. Huawei own version is called CANN, and analysts say it is much more limited in terms of the AI models it is capable of training, meaning that Huawei's chips are far from a plug-and-play substitute for Nvidia. Woz Ahmed, a former chip design executive turned consultant, said that for Huawei to win Chinese clients from Nvidia, it must replicate the ecosystem Nvidia created, including supporting clients to move their data and models to Huawei's own platform. Intellectual property rights are also a problem, as many U.S. firms already hold key patents for GPUs, Ahmed said. "To get something that's in the ballpark, it is 5 or 10 years," he added.

An anonymous reader shares a Tom's Hardware report: Unfortunately, a default setting in Windows 11 Pro, having its software BitLocker encryption enabled, robs as much as 45 percent of the speed from your SSD as it forces your processor to encrypt and decrypt everything. According to our tests, random writes and reads -- which affect the overall performance of your PC -- get hurt the most, but even large sequential transfers are affected.

While many SSDs come with hardware-based encryption, which does all the processing directly on the drive, Windows 11 Pro force-enables the software version of BitLocker during installation, without providing a clear way to opt out. (You can circumvent this with tools like Rufus, if you want, though that's obviously not an official solution as it allows users to bypass the Microsoft's intent.) If you bought a prebuilt PC with Windows 11 Pro, there's a good chance software BitLocker is enabled on it right now. Windows 11 Home doesn't support BitLocker so you won't have encryption enabled there.

To find out just how much software BitLocker impacts performance, we ran a series of tests with three scenarios: unencrypted (no BitLocker), software BitLocker (the Windows 11 Pro default), and with hardware BitLocker (OPAL) enabled. While the software encryption increased latency and decreased transfer rates, hardware encryption and no encryption at all were basically tied. If you have software BitLocker enabled, you may want to change your settings.

Redis, the go-to in-memory database used as a cache and system broker, is looking to include disk as part of a tiered storage architecture to reduce costs and broaden the system's appeal. From a report: Speaking to The Register, CEO Rowan Trollope said he hoped the move would help customers lower costs and simplify their architecture. Redis counts Twitter X, Snapchat, and Craigslist among its customers, and it's popular among developers of modern internet-scale applications owing to its ability to create a cache to prevent the main database from overloading. Trollope said the sub-millisecond distributed system gives devs the performance they need, but admitted other systems built for internet scale, such as MongoDB, might offer price advantages. To address this, the company has already created a tiered approach to memory by offering flash support behind its in-memory system.

"We have a half-step between disk and memory. For some specific use cases, in gaming for example, a company might use us for leaderboards and other in-game stats, which they need in real time," he said. However, after an initial flush of the game launch, a large chunk of users would finish the game and their accounts would go dormant until the release of a new episode or some new content, when they might return. Trollope said using flash allowed users to dynamically tier memory. "We can take the lesser-used data that hasn't been touched in a while and shuttle it off to flash where it can sit for a while. When the user comes back eventually, it's very easy for us to seamlessly move it from flash back into memory. And that allows the company to save costs," he said.

The Android ecosystem is hurtling toward a RISC-V future. From a report: The puzzle pieces for the up-and-coming CPU architecture started falling into place this past year when Google announced official RISC-V support in Android and plans to make it a "tier 1 platform" on equal footing with Arm. With the OS support underway, what we need now is hardware, and Qualcomm is stepping up to announce the first-ever mass-market RISC-V Android SoC. It doesn't have a name yet, but Qualcomm says it's developing a "RISC-V Snapdragon Wear" chip in collaboration with Google. The company says it plans to "commercialize the RISC-V based wearables solution globally including the US." For Google and Qualcomm, this chip represents everyone's first swing at a commercial RISC-V Android project, and as far as we can tell, it's the first announced mass-market RISC-V Android chip ever. Qualcomm says the groundwork it and Google lay out "will help pave the way for more products within the Android ecosystem to take advantage of custom CPUs that are low power and high performance."

RISC-V represents a big threat to the Arm CPU architecture that currently dominates all mobile devices. RISC-V architecture is open source, which can make it cheaper and more flexible than Arm. If companies want to design their own chips, they can do that without paying a licensing fee to Arm. Since the architecture is open source, it's possible to create a fully open source chip. If you're a chip-design firm, you can make your own proprietary chip designs and license them, making you a competitor to Arm's chip-design business. RISC-V is also a way to sidestep all of the various problems with Arm.

While the tech in virtual reality headsets has "undoubtedly gotten better," iFixit says "repair is getting left off of designers' priority lists." In a recent teardown video, the DIY repair site disassembled Meta's Quest 3 headset to find that it's not super repairable," giving it a repairability score of 4 out of 10 due the absence of manuals, OEM spare parts, and "any sign of repairability considerations whatsoever." The Register reports: As the iFixit team tore into the headset, the first major failure from a repairability perspective was the "extremely complicated procedure of replacing the lithium polymer battery pack." "Replacing the battery in the Quest 3 is as difficult as it was in the Quest 2, and far more difficult than the Quest Pro." That said, the batteries in the controllers are AAs rather than the lithium-ion cells of the Quest Pro, so it's a win there.

Faced with a multitude of screws and the lack of a service manual, iFixit stripped the headset back to its bare components, revealing the new time of flight sensor -- essential for hand and controller tracking as well as mapping out the space around the user -- and, beyond the fan, the mainboard. The Quest 3 is powered by a Snapdragon 8, the XR2 Gen2. According to iFixit: "Leaked benchmarks suggest that this newer SoC improves on the XR2+ found in the Quest Pro both in terms of performance and power efficiency."

However, it is the battery that disappoints. Although it is a standard unit so theoretically replaceable, iFixit noted: "It's taken me three Fixmats, a single tray of plastic, and very careful organizing of about 50 screws to get this far." Yikes. Not really a user-serviceable part at all. [...] Overall, the team gave the device a provisional 4 out of 10 in its teardown, principally due to the absence of manuals, OEM spare parts, and "any sign of repairability considerations whatsoever." But hey, at least you can swap out the AAs in the controllers when they die.

Intel's latest 14th-gen Core desktop processors, "Raptor Lake Refresh," do away with the AI NPU and complex tiling system inside the recent 14th-gen "Meteor Lake" mobile chips. But AI is being used here, specifically to assist what gamers care about: improving game performance and CPU clock speeds. From a report: As expected, Intel's "refreshed" Raptor Lake chips offer modest performance improvements over their predecessors, while ushering in eventual platform upgrades like Thunderbolt 5. But there are boosts, such as a tweaked Intel 7 process that pushes turbo clock speeds up to 6GHz with the new Core i9-14900K and a new "Application Performance Optimization (APO)" feature that appears to optimize the CPU for a particular game.

But -- and this is important, given inflation -- Intel is holding pricing (almost) steady. Prices in Intel's 14th-gen Core desktop S-series line will range from $589 for the 24-core, 32-thread Core i9-14900K down to the $294 14-core, 20-thread Core i5-1400KF, for a total of six new processors. This is the third straight generation in which Intel has left its processor prices virtually unchanged, including the 13th-gen Raptor Lake and the 12th-gen Alder Lake chip, whose slowest chip was priced at $264. Perhaps not surprisingly, Intel's not offering many direct generation-over-generation comparisons with its own processors, though it selected a few content-creation benchmarks to highlight with its Core i7-14700K. There, performance improvements range from 3 percent (Adobe Lightroom) to 18 percent (Autodesk). According to Roger Chandler, vice president and general manager of Intel's enthusiast PC and workstation business, the Core i7 features the best multithreaded performance on a Core i7 ever. Intel executives said the chipmaker had about 130 partners and customers for the 13th-gen launch, and expect the same for the debut of the 14th-gen Raptor Lake Refresh chips.

An anonymous Slashdot reader shared this report from Fortune: What would Drew Houston, CEO of Silicon Valley software giant Dropbox, say to fellow CEOs — like Google's Sundar Pichai or Meta's Mark Zuckerberg — who seem to believe that three days a week in-person is crucial for company culture?

"I'd say, 'your employees have options,'" Houston told Fortune this past week. "They're not resources to control."

While Dropbox used to work near-entirely at its Bay Area headquarters, Houston has completely warmed to a distributed model since the pandemic — and is mystified as to why other leaders haven't joined him. (Houston founded Dropbox in 2007, the year after he graduated from MIT, and has been its CEO ever since.) "From a product design perspective, customers are our employees. We've stitched together this working model based on primary research," he told Fortune at Dropbox's WIP Conference — its first in-person event since 2019 — in New York on Tuesday. "We've just been handed the keys that unlock this whole future of work, which is actually here."

In April 2021, right when most of the country became eligible for vaccines and people began reconvening again across the globe, Dropbox encouraged the opposite. It officially announced its intent to go Virtual First, which meant employees were free to work remotely 90% of the time, only commuting in for the occasional meeting or happy hour... Granted, not everyone got to appreciate the perks. In April, Dropbox laid off 500 employees — 16% of its staff — due to "slowing growth" and "the A.I. era" requiring a reallocation of resources....

Houston and his team have found, in practice, a handful of two- or three-day offsites per quarter — 10% of the year — works best for their people. Crucially, it provides that oft-referenced cultural connect and brainstorming time that pro-office zealots insist upon, without exhausting workers out with a commute grind or needless hours in drab conference rooms.

T2 SDE is not just a Linux distribution, but "a flexible Open Source System Development Environment or Distribution Build Kit," according to a 2022 announcement of its support for 25 CPU architectures, variants, and C libraries. ("Others might even name it Meta Distribution. T2 allows the creation of custom distributions with state of the art technology, up-to-date packages and integrated support for cross compilation.")

And while working on it, Berlin-based T2 Linux developer René Rebe (long-time Slashdot reader ReneR) discovered random illegal instruction speculation on AMD Ryzen 7000-Series and Epyc Zen 4 CPU.

ReneR writes: Merged to Linux 6.6 Git is a fix for the bug now known at AMD as Erratum 1485.

The discovery was possible through continued high CPU load cross-compiling the T2 Linux distribution with support for all CPU architectures from ARM, MIPS, PowerPC, RISC-V to x86 (and more) for 33 build variants. With sustained high CPU load and various instruction sequences being compiled, pseudo random illegal instruction errors were observed and subsequently analyzed.

ExactCODE Research GmbH CTO René Rebe is thrilled that working with AMD engineers lead to a timely mitigation to increase system stability of the still new and highest performance Zen4 platform.
"I found real-world code that might be similar or actually trigger the same bugs in the CPU that are also used for all the Spectre Meltdown and other side-channel security vulnerability mitigations," Rebe says in a video announcement on YouTube.

It took Rebe a tremendous amount of research, and he says now that "all the excessive work changed my mind. Mitigations equals considered harmful... If you want stable, reliable computational results — no, you can't do this. Because as Spectre Meltdown and all the other security issues have proven, the CPUs are nowadays as complex as complex software systems..."

Polish video game developer CD Projekt used AI technology in its latest release to recreate the voice of an actor who passed away, the company said. From a report: The voice of the late Milogost Reczek, a popular Polish voice actor who died in 2021, was reproduced by an AI algorithm for the Polish-language release of Phantom Liberty, the new expansion to CD Projekt's Cyberpunk 2077. In a statement to Bloomberg, the company said it received permission from Reczek's family to do this and that it had considered replacing him in the expansion and rerecording his lines in the original game but decided against it.

"We didn't like this approach," CD Projekt localization director Mikolaj Szwed said in the statement, as Reczek "was one of the best Polish voice talents" and his performance in the game as the doctor Viktor Vektor "was stellar." Instead, CD Projekt hired a different voice actor to perform new lines for the role and then used a Ukraine-based voice-cloning software called Respeecher to create an algorithm that would alter the dialogue to sound like Reczek. "This way we could keep his performance in the game and pay tribute to his wonderful performance as Viktor Vektor," Szwed said.

Qualcomm's annual "Snapdragon Summit" is coming up later this month, and the company appears ready to share more about its long-planned next-generation Arm processor for PCs. ArsTechnica: The company hasn't shared many specifics yet, but yesterday we finally got a name: "Snapdragon X," which is coming in 2024, and it may finally do for Arm-powered Windows PCs what Apple Silicon chips did for Macs a few years ago (though it's coming a bit later than Qualcomm had initially hoped). Qualcomm has been making chips for PCs for years, most recently the Snapdragon 8cx Gen 3 (you might also know it as the Microsoft SQ3, which is what the chip is called in Surface devices). But those chips have never quite been fast enough to challenge Intel's Core or AMD's Ryzen CPUs in mainstream laptops. Any performance deficit is especially noticeable because many people will run at least a few apps designed for the x86 version of Windows, code that needs to be translated on the fly for Arm processors.

So why will Snapdragon X be any different? It's because these will be the first chips born of Qualcomm's acquisition of Nuvia in 2021. Nuvia was founded and staffed by quite a few key personnel from Apple's chipmaking operation, the team that had already upended a small corner of the x86 PC market by designing the Apple M1 and its offshoots. Apple had sued Nuvia co-founder and current Qualcomm engineering SVP Gerard Williams for poaching Apple employees, though the company dropped the suit without comment earlier this year. The most significant change from current Qualcomm chips will be a CPU architecture called Oryon, Qualcomm's first fully custom Arm CPU design since the original Kryo cores back in 2015. All subsequent versions of Kryo, from 2016 to now, have been tweaked versions of off-the-shelf Arm Cortex processors rather than fully custom designs. As we've seen in the M1 and M2, using a custom design with the same Arm instruction set gives chip designers the opportunity to boost performance for everyday workloads while still maintaining impressive power usage and battery life.

An anonymous reader quotes a report from ExtremeTech: One of the world's most powerful supercomputers will soon be online in Europe, but it's not just the raw speed that will make the Jupiter supercomputer special. Unlike most of the Top 500 list, the exascale Jupiter system will rely on ARM cores instead of x86 parts. Intel and AMD might be disappointed, but Nvidia will get a piece of the Jupiter action. [...] Jupiter is a project of the European High-Performance Computing Joint Undertaking (EuroHPC JU), which is working with computing firms Eviden and ParTec to assemble the machine. Europe's first exascale computer will be installed at the Julich Supercomputing Centre in Munich, and assembly could start as soon as early 2024.

EuroHPC has opted to go with SiPearl's Rhea processor, which is based on ARM architecture. Most of the top 10 supercomputers in the world are running x86 chips, and only one is running on ARM. While ARM designs were initially popular in mobile devices, the compact, efficient cores have found use in more powerful systems. Apple has recently finished moving all its desktop and laptop computers to the ARM platform, and Qualcomm has new desktop-class chips on its roadmap. Rhea is based on ARM's Neoverse V1 CPU design, which was developed specifically for high-performance computing (HPC) applications with 72 cores. It supports HBM2e high-bandwidth memory, as well as DDR5, and the cache tops out at an impressive 160MB. The report says the Jupiter system "will have Nvidia's Booster Module, which includes GPUs and Mellanox ultra-high bandwidth interconnects," and will likely include the current-gen H100 chips. "When complete, Jupiter will be near the very top of the supercomputer list."

Windows 10 may be just shy of two years away from the ax, but its successor, Windows 11, appears to be as unpopular as ever. From a report: The end of Windows 10 support is getting closer. Unless the company blinks, October 14, 2025, will be the end of the line for the Home and Pro editions of the operating system, yet users seem reluctant to move on to Windows 11. There was a marked reluctance by users to move from Windows 7, back in the day, but some of the reasons for hesitancy this time are different. The move to Windows 10 usually required the purchase of new hardware. It tended to be unavoidable -- 7 could run on far lower-spec devices than later versions. The move from Windows 10 to Windows 11 will also require new hardware, but for different reasons.

Infamously, Microsoft axed support for a raft of hardware with Windows 11, including older Intel CPUs, on security grounds. The result was that hardware that will run Windows 10 perfectly well will not accept the new operating system. And this is not due to performance problems (who remembers trying to run Vista on XP hardware?) but rather because of Microsoft's edict. The result? A collective shrug from PC users. Windows 10 does the job. Why upgrade? The figures speak for themselves. Windows 10 dominates the desktop. According to Statcounter, the worldwide Windows version desktop market share puts Windows 10 at 71.64 percent, with Windows 11 trailing at 23.61 percent.

Andrew Cunningham writes via Ars Technica: If you or your employer uses Microsoft Teams for communication, good news: Microsoft is releasing a fully rewritten version today for Windows PCs and Macs that promises to run faster while using fewer system resources. A preview of this app was originally released for Windows in March, but the final release covers all types of Teams instances, re-adds support for features like breakout rooms and third-party app support, and supports macOS. The new Teams app is notable for improved performance and reduced disk space usage, especially when running on Windows PCs. Microsoft says that the reformulated version of Teams is "up to two times faster while using 50 percent less memory" on Windows systems. That sound you hear is old and underspecced work PCs in offices around the world breathing a sigh of relief.

Microsoft credits its Edge WebView2 backend with helping improve performance and reduce disk usage on Windows. That's possible partly because WebView2 can use many of the same system files and the same runtime as the Edge browser built into Windows 10 and Windows 11. The older Teams app used the Electron framework, also used by communication apps like Slack and Discord. Though Electron and WebView2 are based on the Chromium browser engine, each Electron app includes its own self-contained version of the browser files, which all must be stored and updated separately.

The return to flight of Europe's Vega C small launch vehicle has slipped to late 2024 after the European Space Agency concluded a rocket motor nozzle needs to be redesigned. From a report: ESA announced Oct. 2 the completion of an independent investigation into an anomaly that took place during a static-fire test of a Zefiro 40 motor June 28. That test was part of efforts to return the Vega C to flight after a December 2022 launch failure blamed on that motor. Giovanni Colangelo, ESA's inspector general and chair of the committee that investigated the incident, said at a briefing that the performance of the motor was "more or less normal" until 39.7 seconds after ignition. At that point, a new throat insert made of carbon-carbon material was expelled from the nozzle, along with other pieces of the nozzle. The motor continued to burn, although at far lower pressures, until the fuel was exhausted.

The test was intended to confirm the performance of the throat insert, which prime contractor Avio had replaced as part of the recommendations into the December 2022 launch failure. That investigation, released in March, concluded that carbon-carbon material from the original supplier, Ukrainian company Yuzhnoye, did not meet specifications. ArianeGroup now supplies the throat insert. At the time ESA hoped to resume Vega C flights by the end of 2023. The June test anomaly was not linked to that launch failure, ESA concluded. "The failure of the test is related to the design of the nozzle that was not upgraded with the change in the carbon-carbon supplier for the throat insert," Colangelo said. The geometry of the new throat insert and its different thermo-mechanical properties contributed to the failure. "The effects had not been identified as critical during the redesign."

Cooler Master's new Sneaker X mimics the exact look of an authentic sneaker but doesn't sacrifice its visuals for performance, coming with a full-blown i7-13700K and an RTX 4070 Ti graphics card. The only drawback of the system is its high price, coming in at a whopping $3,799.99. From a report: Cooler Master's sneaker case is anything but ordinary; the case has all the visual queues of a giant sneaker doused in red and white. Inside is a mini ITX chassis, equipped with a mini-ITX motherboard, Core i7-13700K CPU, GeForce RTX 4070 Ti graphics card, 32GB of DDR5 memory, 2TB of NVMe storage, and an 850W SFX power supply. Topping it all off is a massive 360mm AIO liquid cooler cooling the i7-13700K that sits at the bottom of the case, wholly hidden from prying eyes.

For ventilation, the shoe has perforated outline side panels and one sizeable RGB-illuminated intake fan on the side (which appears to be 120 mm in diameter). There are two cut-outs on the shoe's top and front, exposing the case's insides. To the rear (where your foot would slide if it were an actual shoe), a giant cut-out gives way to the large RTX 4070 Ti graphics card inside. The front cut-out is more obstructive but looks at the system's power supply, RGB-illuminated DDR5 RAM, and rear motherboard tray.

Monday will see the stable release of Python 3.12. Here's an article summarizing what the new version will include:

- enhanced error messages
— performance upgrades
- the introduction of Immortal objects and sub interpreters
- changes to F strings
- modifications related to types and type annotations
- the removal of certain modules
- improvements in type implementations
Modules from the standard library are now suggested as part of the error messages, making it easier for developers to troubleshoot and resolve issues...

Another significant addition in Python 3.12 is the introduction of sub interpreters. Each sub interpreter has its own Global Interpreter Lock, enabling Python to better utilize multiple CPU cores. This feature can significantly enhance the performance of Python programs, especially those that are designed to take advantage of multi-core processors...

The pathlib module now has a walk method, allowing for the exploration of directory trees. This new feature can make it easier for developers to work with file systems in their Python programs. Python 3.12 also supports the ability to monitor calls, returns, lines, exceptions, and other events using instrumentation. This feature can be very useful for debugging and performance tuning.

U2's inaugural performance at the opening of Las Vegas's Sphere included a generative AI video collage projected hundreds of feet into the air — showing hundreds of surreal renderings of Elvis Presley.

An anonymous reader shares this report from Time magazine: The video collage is the creation of the artist Marco Brambilla, the director of Demolition Man and Kanye West's "Power" music video, among many other art projects. Brambilla fed hours of footage from Presley's movies and performances into the AI model Stable Diffusion to create an easily searchable library to pull from, and then created surreal new images by prompting the AI model Midjourney with questions like: "What would Elvis look like if he were sculpted by the artist who made the Statue of Liberty...?"

While Brambilla's Elvises prance across the Sphere's screen — which is four times the size of IMAX — the band U2 will perform their song "Even Better Than The Real Thing," as part of their three-month residency at the Sphere celebrating their 1991 album Achtung Baby... Earlier this year, U2 commissioned several artists, including Brambilla and Jenny Holzer, to create visual works that would accompany their performances of specific songs. Given U2's love for the singer and the lavish setting of the Sphere, Brambilla thought a tribute to Elvis would be extremely fitting. He wanted to create a maximalist work that encapsulated both the ecstatic highs and grimy lows of not only Elvis, but the city of Las Vegas itself. "The piece is about excess, spectacle, the tipping point for the American Dream," Brambilla said in a phone interview.

Brambilla was only given three-and-a-half months to execute his vision, less than half the time that he normally spends on video collages. So he turned to AI tools for both efficiency and extravagance. "AI can exaggerate with no end; there's no limit to the density or production value," Brambilla says. And this seemed perfect for this project, because Elvis became a myth; a larger-than-life character..." Brambilla transplanted his MidJourney-created images into CG (computer graphics) software, where he could better manipulate them, and left some of the Stable Diffusion Elvis incarnations as they were. The result is a kaleidoscopic and overwhelming video collage filled with video clips both historical and AI-generated, that will soon stretch hundreds of feet above the audience at each of U2's concerts.

"I wanted to create the feeling that by the end of it," Brambilla says, "We're in a place that is so hyper-saturated and so dense with information that it's either exhilarating or terrifying, or both."
Brambilla created an exclusive video excerpting from the larger collage for TIME. The magazine reports that one of the exact prompts he entered was:

"Elvis Presley in attire inspired by the extravagance of ancient Egypt and fabled lost civilizations in a blissful state. Encircling him, a brigade of Las Vegas sorceresses, twisted and warped mid-chant, reflect the influence of Damien Hirst and Andrei Riabovitchev, creating an atmosphere of otherworldly realism, mirroring the decadence and illusion of consumption."

An anonymous reader quotes a report from Ars Technica: Canalys has some gruesome new numbers out for the North American smartphone market in Q2 2023, detailing what it's calling the "worst quarterly performance for over a decade." Q2 has plummeted 22 percent, year over year, and with these numbers, Canalys is predicting the smartphone market will be down 12 percent overall in 2023.

Apple is down 20 percent for Q2 and still in a dominant position with 54 percent market share. Samsung is down 27 percent, in second place overall with 24 percent market share in Q2 2023. Motorola is next with a 25 percent decline and only 8 percent market share. TCL, a TV company that feels like it only briefly dabbled in smartphones, is the single biggest loser, down 30 percent, with 5 percent market share.

Only a single company survived this quarter unscathed, and it's actually Google! The company might be at the bottom of the smartphone charts, but Pixel phone sales are up 59 percent, earning Google 4 percent of the market. It was the same story last year, when Google jumped from 1 to 2 percent. In a few quarters, the company might hit fourth place. The biggest loss on the chart is actually "others," down 43 percent, likely representing the further consolidation of the Android market. These are your OnePluses, your HMD/Nokias, and trashy pre-paid vendors like Blu.

The new iPhone 15 Pro may be too hot for some to handle. Literally. WSJ: Apple's priciest new iPhones are heating up in some scenarios, reaching high temperatures that make them difficult to touch at certain times, according to reviews, tests by The Wall Street Journal and social-media posts from buyers in China, the U.S. and Canada. Some iPhone 14 Pro owners have noticed similar hot temperatures over the past year. The high temperatures in Apple's newest 15 Pro models -- typically when charging and using intensive apps -- are prompting concerns that the company might need to address overheating in software updates that could impact performance. Premium iPhones have long been a critical cash cow for Apple as smartphone demand has slumped globally.

The company is hoping the iPhone 15, especially its Pro models, will return its business to growth. Thomas Galvin, a 23-year-old from Cleveland, says his iPhone 15 Pro Max has been "super hot" and that he is considering returning it. Apple customer support told him the heat was a result of setting up the new phone, but even a few days later, it is still "way worse than the iPhone 13 Pro Max," he said. Other users on X (formerly known as Twitter) and Reddit have had similar complaints about the heat, with some mentioning that the phone had become so warm it is difficult to hold. The Wall Street Journal's Joanna Stern noted in her review last week that the iPhone 15 Pro Max hit 106 degrees Fahrenheit while charging. In further testing, the phone reached temperatures up to 112 degrees when simultaneously charging and doing processor-intensive tasks, such as gaming.

An anonymous reader shares a report: Intel's Meteor Lake processor architecture promises to be its most interesting in recent history, but we've known for a while now that Intel isn't planning to launch a version for socketed desktop motherboards like the ones you'd find in a self-built PC or an off-the-shelf mini tower. For those systems, Intel plans to release a second consecutive refresh of the old Alder Lake architecture, the one that first came to desktops in 12th-generation Core CPUs in 2021. In an interview with PCWorld, Intel Client Computing Group General Manager Michelle Johnston Holthaus said that Meteor Lake chips would be coming to desktops after all. But the company backpedaled a bit a couple of days later, clarifying that these Meteor Lake desktop chips would be of the soldered-to-the-motherboard variety, not intended as high-performance replacements for current desktop Core i7 and Core i9 chips.

This kind of bifurcation isn't totally unheard of, especially when Intel is in the process of shifting to a new manufacturing technology, as it is with Meteor Lake. Chips for high-performance desktops tend to be physically larger and also need to be able to scale up to higher clock speeds, two things that are harder to do when a manufacturing process is new. And Meteor Lake is nothing if not complex to manufacture, using new Intel Foveros packaging technology to combine four different silicon dies produced on three different manufacturing processes by two different companies. Some of Intel's 10th-generation Core CPUs for laptops and all of the 11th-gen laptop CPUs had moved to new architectures and Intel's 10 nm manufacturing process, while the desktop chips remained stuck on the more mature (but aging) 14 nm process.