The Environmental Protection Agency on Monday finalized a ban on the only type of asbestos still used in the US, chrysotile asbestos. This move was decades in the making.
Chrysotile asbestos, aka "white asbestos," is still imported, processed, and used in the US for diaphragms (including those used to make sodium hydroxide and chlorine), sheet gaskets, brake blocks, aftermarket automotive brakes/linings, other vehicle friction products, and other gaskets, the EPA notes.
Exposure to asbestos is known to cause lung cancer, mesothelioma, ovarian cancer, and laryngeal cancer. And asbestos is linked to more than 40,000 deaths annually just in the US.
PC gaming is often regarded as a solitary pursuit, but the advent of PC gaming handhelds like the Steam Deck has made sharing favorite titles far easier—at least unofficially. Valve's Steam platform, which previously didn't have too much in the way of sharing, has embraced this hand-off reality with Steam Families.
Steam Families, now in beta, replaces both the more limited Steam Family Sharing and Steam Family View. You invite up to five family members (for a six-person total family), share games with them (if developers allow it), and then family members can see their family library games in a subsection of their list. Anyone can play a shared game and keep their own save files and achievements.
Steam Families is, on the surface, more permissive than Family Sharing. You can play a game from a family member's library even if they're already online and playing something else. Multiple members of a Steam Family can play the same game at the same time, although the total number of people playing must match the total number of purchased copies among household members. All games are automatically shared with all other family members, though parents can use parental controls to limit games, playtime, and tune other features.
Last year, NVIDIA introduced its cuLitho software library, which promises to speed up photomask development by up to 40 times. Today, NVIDIA announced a partnership with TSMC and Synopsys to implement its computational lithography platform for production use, and use the company's next-generation Blackwell GPUs for AI and HPC applications.
The development of photomasks is a crucial step for every chip ever made, and NVIDIA's cuLitho platform, enhanced with new generative AI algorithms, significantly speeds up this process. NVIDIA says computational lithography consumes tens of billions of hours per year on CPUs. By leveraging GPU-accelerated computational lithography, cuLitho substantially improves over traditional CPU-based methods. For example, 350 NVIDIA H100 systems can now replace 40,000 CPU systems, resulting in faster production times, lower costs, and reduced space and power requirements.
NVIDIA claims its new generative AI algorithms provide an additional 2x speedup on the already accelerated processes enabled through cuLitho. This enhancement is particularly beneficial for the optical proximity correction (OPC) process, allowing the creation of near-perfect inverse masks to account for light diffraction.
TSMC says that integrating cuLitho into its workflow has resulted in a 45x speedup of curvilinear flows and an almost 60x improvement in Manhattan-style flows. Curvilinear flows involve mask shapes represented by curves, while Manhattan mask shapes are restricted to horizontal or vertical orientations.
Synopsys, a leading developer of electronic design automation (EDA), says that its Proteus mask synthesis software running on the NVIDIA cuLitho software library has accelerated computational workloads compared to current CPU-based methods. This acceleration is crucial for enabling angstrom-level scaling and reducing turnaround time in chip manufacturing.
The collaboration between NVIDIA, TSMC, and Synopsys represents a significant advancement in semiconductor manufacturing in general and cuLitho adoption in particular. By leveraging accelerated computing and generative AI, the partners are pushing semiconductor scaling possibilities and opening new innovation opportunities in chip designs.
Already solidly in the driver’s seat of the generative AI accelerator market at this time, NVIDIA has long made it clear that the company isn’t about to slow down and check out the view. Instead, NVIDIA intends to continue iterating along its multi-generational product roadmap for GPUs and accelerators, to leverage its early advantage and stay ahead of its ever-growing coterie of competitors in the accelerator market. So while NVIDIA’s ridiculously popular H100/H200/GH200 series of accelerators are already the hottest ticket in Silicon Valley, it’s already time to talk about the next generation accelerator architecture to feed NVIDIA’s AI ambitions: Blackwell.
Bonjour,
J’utilise Framagenda avec Dav X et Etar et Redmi Note et tout a toujours bien fonctionné. Sauf récement, où les anciens événements ne s’affichent plus. J’ai déjà supprimé mon agenda sur mon téléphone et reconfiguré l’agenda, et cela a fonctionné. Mais le problème est réapparu.
Les événements sont toujours présents sur Framagenda mais je n’ai que les 3 derniers mois sur le téléphone.
Merci de votre aide,
Chris
2 messages - 1 participant(e)
The Steam Deck's OS is purpose-built for handheld gaming, but it's confined to one device, unless you're willing to head out to the bleeding edge. Beyond SteamOS, there is Windows, which can let down ambitious Deck-likes, there is the Nintendo Switch, and there are Android-based devices that are a lot like Android phones. This setup has got at least one company saying, in infomercial tones, that there has got to be a better way.
That company is Playtron, a new software startup that aims to fix that setup with a Linux-based gaming OS that's tied to no particular game store or platform. Playtron has $10 million, coders from open source projects like ChimeraOS and Heroic Games Launcher, and the former CEO of Cyanogen. With that, it aims to have "Playtron-native devices shipping worldwide in 2025," and to capture the 1 billion "core casual" gamers they see as under-served.
Demo of Playtron running on a Lenovo Legion Go, uploaded by Playtron CEO Kirk McMaster.
What devices will Playtron use to serve them? Some of them might be Steam Decks, as you will "soon be able to install Playtron on your favorite handheld PC," according to Playtron's ambitious, somewhat scattershot single-page website. Some might be "Playtron-powered 5G devices coming soon to markets around the world." Really, though, Playtron aims to provide a gaming platform to any device with a CPU and a screen, be it desktop or mobile, ARM or x86, TV or car.
9to5Google reports that Google has killed off the Google Phone app's "nearby places" feature. Google announced the impending death of the feature in February, saying: "We’ve found only a very small number of people use this feature, and the vast majority of users go to Google Search or Maps when seeking business-related phone numbers." Now it's really dead.
The "Nearby Places" feature in the Google Phone app seemed like a useful and common-sense feature. It connected the power of Google Maps to the phone app, allowing the phone search bar to not only look through your contacts but also businesses listed in Google Maps. When you want to call the local pizza place, just type in the name, rather than some arcane string of numbers, and hit "dial."
The feature has been around on Pixel phones since at least the Pixel 2 and has been generally available to anyone who downloaded the "Phone by Google" app in the Play Store for the past few years. It was a perfect "Google" feature, combining the company's OS, breadth of online data, and search into a useful function. Google has made its AI-infused phone app a primary selling point of Pixel phones over the years, so stripping it of features is weird.
A couple of weeks ago, Apple released macOS Sonoma 14.4 with the usual list of bug fixes, security patches, and a couple of minor new features. Since then, users and companies have been complaining of a long list of incompatibilities, mostly concerning broken external accessories like USB hubs and printers but also extending to software like Java.
MacRumors has a good rundown of the list of issues, which has been steadily getting longer as people have run into more problems. It started with reports of malfunctioning USB hubs, sourced from users on Reddit, the Apple Support Communities forums, and elsewhere—USB hubs built into various displays stopped functioning for Mac users after the 14.4 update.
Other issues surfaced in the days after people started reporting problems with their USB hubs, including some instances of broken printer drivers, unexpected app crashes for some Java users, and problems launching apps that rely on the PACE anti-piracy software (and iLok hardware dongles) to authenticate.
On Monday, Bloomberg reported that Apple is in talks to license Google's Gemini model to power AI features like Siri in a future iPhone software update coming later in 2024, according to people familiar with the situation. Apple has also reportedly conducted similar talks with ChatGPT maker OpenAI.
The potential integration of Google Gemini into iOS 18 could bring a range of new cloud-based (off-device) AI-powered features to Apple's smartphone, including image creation or essay writing based on simple prompts. However, the terms and branding of the agreement have not yet been finalized, and the implementation details remain unclear. The companies are unlikely to announce any deal until Apple's annual Worldwide Developers Conference in June.
Gemini could also bring new capabilities to Apple's widely criticized voice assistant, Siri, which trails newer AI assistants powered by large language models (LLMs) in understanding and responding to complex questions. Rumors of Apple's own internal frustration with Siri—and potential remedies—have been kicking around for some time. In January, 9to5Mac revealed that Apple had been conducting tests with a beta version of iOS 17.4 that used OpenAI's ChatGPT API to power Siri.
Japan-based IT behemoth Fujitsu said it has discovered malware on its corporate network that may have allowed the people responsible to steal personal information from customers or other parties.
“We confirmed the presence of malware on several of our company's work computers, and as a result of an internal investigation, it was discovered that files containing personal information and customer information could be illegally taken out,” company officials wrote in a March 15 notification that went largely unnoticed until Monday. The company said it continued to “investigate the circumstances surrounding the malware's intrusion and whether information has been leaked.” There was no indication how many records were exposed or how many people may be affected.
Fujitsu employs 124,000 people worldwide and reported about $25 billion of revenue in its fiscal 2023, which ended at the end of last March. The company operates in 100 countries. Past customers include the Japanese government. Fujitsu’s revenue comes from sales of hardware such as computers, servers, and telecommunications gear, storage systems, software, and IT services.
It looks like Sony's PlayStation VR2 is not living up to the company's sales expectations just over a year after it first hit the market. Bloomberg reports that the PlayStation-maker has stopped producing new PSVR2 units as it tries to clear out a growing backlog of unsold inventory.
Bloomberg cites "people familiar with [Sony's] plans" in reporting that PSVR2 sales have "slowed progressively" since its February 2023 launch. Sony has produced "well over 2 million" units of the headset, compared to what tracking firm IDC estimates as just 1.69 million unit shipments to retailers through the end of last year. The discrepancy has caused a "surplus of assembled devices... throughout Sony’s supply chain," according to Bloomberg's sources.
IDC estimates a quarterly low of 325,000 PSVR2 units shipped in the usually hot holiday season, compared to a full 1.3 million estimated holiday shipments for Meta's then-new Quest 3 headset, which combined with other Quest products to account for over 3.7 million estimated sales for the full year.
Minimachines.net en partenariat avec TopAchat.com
C’est un prix quelque peu élevé qui a été relevé pour cet ASUS ROG Gaming NUC, il s’agit certes d’une version musclée de l’appareil, mais cela positionne tout de même l’engin à un niveau de prix difficilement accessible.
Le ROG Gaming NUC en question est un modèle Core Ultra 9 185H avec un circuit graphique Nvidia GeForce RTX 4070, 32 Go de mémoire vive et 1 To de stockage SSD NVMe PCIe. Autrement dit une version musclée du concept qui, pour rappel, reste dans un format très compact avec 27 cm de large, 18 cm de profondeur et 5 cm d’épaisseur. Si tout cela à évidemment un coût, il faudra vraiment qu’Asus excelle dans la réalisation de son produit pour que la machine tire son épingle du jeu. Sans cela, sans une réalisation exemplaire tant au niveau des performances que du refroidissement, le produit aura bien du mal a se positionner face à la concurrence.
Chez Proshop.de
Car pour 2500€ aujourd’hui on peut avoir des machines assez sympathiques sur les segment portables comme des tours plus « classiques ». En portable il existe pas mal de matériels disponibles avec le même niveau de performances a priori, en tour Mini-ITX également. Si ces options n’auront évidemment pas la compacité de ce que propose le ROG Gaming NUC, ces engins proposeront d’autres avantages. Le « tout-en-un » du portable pour l’un. Des possibilités d’évolution plus avancées avancées pour l’autre. Des détails qui devraient parler aux joueurs les plus motivés pour assurer la pérennité de leur machine. L’engin d’Asus se retrouve donc dans une position assez inconfortable au final. Pas plus évolutive qu’un ordinateur portable et pas forcément beaucoup plus compacte qu’une solution Mini-ITX.
Il faudra vraiment que le refroidissement soit excellent en terme de températures pour assurer d’excellentes performances. Le bruit généré doit également être très limité pour que l’investissement ait du sens. La ventilation ne doit vraiment pas être trop présente à l’usage. Il faut impérativement que l’engin parvienne à se faire totalement oublier. Sans quoi j’ai bien peur que ce type de MiniPC soit restreint à un usage plus spectaculaire que pratique : pour des professionnels sur des salons, pour des usages embarqués où chaque centimètre compte, pourquoi pas. Pour un particulier, à ce tarif, je ne suis pas certain que ce soit le meilleur choix.
Le NUC 13 Extreme
C’est probablement pour cela que Intel avait choisi de déplacer le curseur d’encombrement de sa gamme vers des machines plus large lors de la sortie des NUC 13 Extreme. Des engins de 14 litres plus proches de la tour Mini-ITX que des MiniPC classiques comme les NUC Dragon Canyon en 8 litres. Ces derniers pouvaient embarquer une carte graphique classique et des solutions Compute Element. Ils proposaient donc une évolution sur plus de postes : processeur, circuit graphique, mémoire et stockage. La marque apportait alors son expertise et son réseau de distribution à des machines classiquement disponibles en Mini-ITX en passant par des artisans monteurs. Pas le meilleur format pour un particulier mais une excellente formule pour des pros.
Asus ROG NUC : un MiniPC gamer qui embarque Core Ultra 9 et GeForce RTX 4070
Source : Videocardz
Le Asus ROG Gaming NUC proposé à 2500€ en Allemagne ? © MiniMachines.net. 2024.
Starting in May, Dell employees who are fully remote will not be eligible for promotion, Business Insider (BI) reported Saturday. The upcoming policy update represents a dramatic reversal from Dell's prior stance on work from home (WFH), which included CEO Michael Dell saying: "If you are counting on forced hours spent in a traditional office to create collaboration and provide a feeling of belonging within your organization, you’re doing it wrong."
Dell employees will mostly all be considered "remote" or "hybrid" starting in May, BI reported. Hybrid workers have to come into the office at least 39 days per quarter, Dell confirmed to Ars Technica, which equates to approximately three times a week. Those who would prefer to never commute to an office will not "be considered for promotion, or be able to change roles," BI reported.
"For remote team members, it is important to understand the trade-offs: Career advancement, including applying to new roles in the company, will require a team member to reclassify as hybrid onsite," Dell's memo to workers said, per BI.
We're here in sunny San Jose California for the return of an event that's been a long-time coming: NVIDIA's in-person GTC. The Spring 2024 event, NVIDIA's marquee event for the year, promises to be a big one for NVIDIA, as the company is due to deliver updates on its all-important datacenter accelerator products – the successor to the GH100 GPU and its Hopper architecture – along with NVIDIA's other professional/enterprise hardware, networking gear, and, of course, a slew of software stack updates.
In the 5 years since NVIDIA was last able to hold a Spring GTC in person, a great deal has changed for the company. They're now the third biggest company in the world, thanks to explosive sales growth (and even further growth expectations) due in large part to the combination of GPT-3/4 and other transformer models, and NVIDIA's transformer-optimized H100 accelerator. As a result, NVIDIA is riding high in Silicon Valley, but to keep doing so they also will need to deliver the next big thing to push the envelope on performance, and keep a number of hungry competitors off their turf.
Headlining today's keynote is, of course, NVIDIA CEO Jensen Huang, whose kick-off address has finally outgrown the San Jose Convention Center. As a result, Huang is filling up the local SAP Center arena instead. Suffice it to say, it's a bigger venue for a bigger audience for a [i]much[/i] bigger company.
So come join the AnandTech crew for our live blog coverage of NVIDIA's biggest enterprise keynote in years. The presentation kicks off at 1pm Pacific, 4pm Eastern, 20:00 UTC.
Tesla has settled with a Black former factory worker who won a $3.2 million judgment in a racial discrimination case, a court filing on Friday said.
Both sides were challenging the $3.2 million verdict in a federal appeals court but agreed to dismiss the case in the Friday filing. The joint stipulation for dismissal said that "the Parties have executed a final, binding settlement agreement that fully resolves all claims."
Tesla presumably agreed to pay Owen Diaz some amount less than $3.2 million, ending a case in which Diaz was once slated to receive $137 million. As we've previously written, a jury in US District Court for the Northern District of California ruled that Tesla should pay $137 million to Diaz in October 2021.
MUNICH—Audi's new electric car platform is an important one for the company. Debuting in the new 2025 Q6 e-tron, it will provide the bones for many new electric Audis—not to mention Porsches and even Lamborghinis and Bentleys—in the coming years. Its development hasn't been entirely easy, either; software delays got in the way of plans to have cars in customer hands in 2023. But now the new Q6 e-tron is ready to meet the world.
There's some rather interesting technology integrated into the Q6 e-tron's new electric vehicle architecture. Called PPE, or Premium Platform Electric, it's been designed with flexibility in mind. Audi took the role of leading its development within Volkswagen Group, but the other brands within that corporate empire that target the upper end of the car market will also build EVs with PPE.
Since SUVs are still super-popular, Audi is kicking off the PPE era with an SUV. But the platform allows for other sizes and shapes—next year, we should see the A6 sedan and, if we're really lucky, an A6 Avant station wagon.
Cyril Hanouna a fait la promotion sur X (ex-Twitter) de Royaltiz, un site qui propose d'investir dans des stars. Les mécanismes financiers de l'entreprise sont critiqués par certains utilisateurs, mais Royaltiz défend son action, et estime qu'elle n'enfreint pas la loi.
Qualcomm's newest smartphone SoC is the Snapdragon 8s Gen 3. Years of iPhone "S" upgrades might lead you to assume this was a mid-cycle refresh to the Snapdragon 8 Gen 3, but Qualcomm says the Snapdragon 8s Gen 3 is a "specially curated" version of the Snapdragon 8 Gen 3. That means it's a slightly slower, cheaper chip than the Snapdragon 8 Gen 3, which is still Qualcomm's best smartphone chip.
The older, better Snapdragon 8 Gen 3 has a core layout of one 3.3 GHz "Prime" Arm Cortex X4 core, five "medium" A720 cores (three at 3.2 GHz, two at 2.0 GHz), and two "small" 2.3 GHz A520 cores for background processing. This new "S" chip swaps a medium core for a small one, for a 1+4+3 configuration instead of 1+5+2. Everything is clocked lower, too: 3 GHz for the Prime core, 2.8 GHz for all the medium cores, and 2 GHz for the small cores.
The modem is downgraded to an X70 instead of the X75 in the 8 Gen 3 chip. That theoretically means a lower max download speed (5Gbps instead of 10) but since you would actually need to be granted those speeds by your carrier, It's not clear anyone would ever notice this. It also sounds like the X70 is more power-hungry, since it only has "Qualcomm 5G PowerSave Gen 3" instead of "Qualcomm 5G PowerSave Gen 4" on the flagship chip. We don't think Qualcomm has ever given a technical explanation of what this means, though. The SoC is still 4nm, just like the 8 Gen 3. Video maxes out at 4K now instead of 8K.
On Sunday, Elon Musk's AI firm xAI released the base model weights and network architecture of Grok-1, a large language model designed to compete with the models that power OpenAI's ChatGPT. The open-weights release through GitHub and BitTorrent comes as Musk continues to criticize (and sue) rival OpenAI for not releasing its AI models in an open way.
Announced in November, Grok is an AI assistant similar to ChatGPT that is available to X Premium+ subscribers who pay $16 a month to the social media platform formerly known as Twitter. At its heart is a mixture-of-experts LLM called "Grok-1," clocking in at 314 billion parameters. As a reference, GPT-3 included 175 billion parameters. Parameter count is a rough measure of an AI model's complexity, reflecting its potential for generating more useful responses.
xAI is releasing the base model of Grok-1, which is not fine-tuned for a specific task, so it is likely not the same model that X uses to power its Grok AI assistant. "This is the raw base model checkpoint from the Grok-1 pre-training phase, which concluded in October 2023," writes xAI on its release page. "This means that the model is not fine-tuned for any specific application, such as dialogue," meaning it's not necessarily shipping as a chatbot. But it will do next-token prediction, meaning it will complete a sentence (or other text prompt) with its estimation of the most relevant string of text.