Latest news with #Wccftech
Engadget
5 days ago
- Business
- Engadget
NVIDIA's RTX 5050 arrives early in laptops from Acer, MSI and more
NVIDIA's add-in board partners won't start selling the GeForce RTX 5050 until mid-July, but it looks like the company has given the early go-ahead to OEMs to start announcing laptops with the new entry-level GPU. Wccftech and Videocardz report that 5050-equipped laptops are available to order in China as of this morning from domestic manufacturers like Mechrevo. Over in the US, companies like MSI and Acer have begun announcing their own RTX 5050 laptops. The former, for instance, will sell the Katana 15 for $999 through Walmart. Alongside the 5050, it features a Core i7-14650HX processor, 16GB of RAM and a 144Hz display. We've reached out to NVIDIA for more information on global availability, and we'll update this article once we learn more. In the meantime, the Chinese listings give us a good idea of what to expect from the new GPU. It features 2,560 CUDA cores, 8GB of GDDR7 VRAM and a TDP of 115W. The memory spec is interesting. Before today's announcement, the desktop variant of the 5050 was rumored to include GDDR6 memory. The fact the laptop version has GDDR7 VRAM would suggests its sibling will as well since it wouldn't make much sense for NVIDIA to hobble the desktop card in that way. With a 128-bit interface, the RTX 5050 should have a memory bandwidth of 384 GB/s, putting on par with the 5060 mobile in that department. As for performance, the 5050 laptop should land somewhere in the middle between the 4050 and 5060, with decent generational gains on offer but nothing too exciting. This being an entry-level card, the fact it only comes with 8GB of VRAM is more understandable, and it fits the bill for a GPU most people will only use for occasional gaming. If you buy something through a link in this article, we may earn commission.
Yahoo
17-06-2025
- Business
- Yahoo
AMD Transforms Into Fierce Competition for Intel in Data Centers
AMD is heavily pressuring Intel in the server CPU market, thanks to the guidance of AMD Chair and CEO Dr. Lisa Su. As Wccftech notes, the company has gone from having no server CPU market share in 2017 to approaching 40% this year. AMD could be on track to hit 50% market share in fewer than 10 years from entering the space. That's a shocking success on AMD's part, and although there are many reasons for its success, a few stand out. The most obvious source of AMD's success in challenging Intel for data center CPU share is Su. As the company's chair and CEO, Su oversaw multiple successes for AMD, including the rise of its Epyc CPUs, which challenged Intel's Xeon processors. Writing for ExtremeTech in 2019, Joel Hruska noted that Epyc processors were better-positioned to gain market share than AMD's previous major challenge to Intel in this segment. Credit: AMD 'In 2005, AMD's dual cores matched Intel on core count, outperformed Intel clock-for-clock and core-for-core, and were quite expensive,' Hruska wrote. In 2019, AMD went for the trifecta, with higher performance, more cores, and lower per-core pricing. It's the most serious assault on Intel's high-end Xeon market that the company has ever launched.' As AMD continued to produce successful Epyc processors and related products (such as its Instinct GPUs), its market share surged. According to DigiTimes Asia, AMD snagged 25% of the server processor segment by 2023. Now, with its segment market share at 39.4%, the chance to break even with Intel—and possibly overtake it—is in sight. Obviously, AMD's success in the server CPU segment is resulting in massive revenue. In the first quarter of 2025 alone, AMD's data center segment brought in $3.7 billion, which marked a 57% year-over-year increase. In its quarterly report, AMD attributed that growth to its Epyc and Instinct sales. Credit: Intel Intel has struggled during this time. Its former CEO, Pat Gelsinger, focused heavily on rebuilding the company's chip manufacturing capabilities, but his tenure came to an end in late 2024. Still, Intel is addressing AMD's gains. Early this year, it dropped the prices on its Xeon 6 CPUs by as much as 30%. The move kept many Xeons priced above AMD's CPUs, but made them more competitive. And the arrival of Intel's new CEO, Lip-Bu Tan, could mark a turning point for the chipmaker. But with AMD's sustained momentum in the CPU server segment, Intel will need to move quickly.
Yahoo
21-05-2025
- Yahoo
Asus 610Hz Super TN Gaming Monitor Is Probably As Fast As It Gets
Asus continues to push the boundaries of gaming display performance with a new record-breaker in refresh rate. The new Asus ROG Strix Ace XG248Q5G uses a Super TN panel technology to deliver a 610Hz refresh rate. Although competing with the likes of Samsung's 500 Hz OLED Odyssey monitors, Asus calls this display the "World's fastest Esports monitor," and with less than 1ms of input lag, it may well be right, as Wccftech reports. In the world of high-pressure eSports gaming, milliseconds can be everything. That's why Asus is pushing this monitor as the fastest display out there. Its 610Hz refresh rate cuts the potential input lag from the monitor to just 0.8ms. Admittedly, a 500 Hz gaming monitor's input lag is only around 2ms, so it's not making much of a difference, but that difference is there for those looking for a display that's as fast as possible. Credit: WCCFTech/Asus While TN displays have traditionally been very fast and popular among eSports gamers, they aren't known for their visual quality. They typically don't get particularly bright and have poor contrast. To counter that, Asus' new display uses what it calls Super TN technology, which gives it up to 90% support of the professional-grade DCI-P3 color gamut. Asus also claims this monitor can get three times brighter than most TN panels. There are also AI enhancements in the form of dynamic shadow boosting, which makes it easier to spot enemies hiding in the dark. That feels a little more akin to cheating than just using a fast display, but the option is there nonetheless. As an eSports-focused display, the XG248Q5G is a mere 24 inches diagonally, far from the larger, immersive displays that most gaming monitor companies sell today. It is also limited to 1080p resolution, but that is equally a common eSports standard, so it is not unsurprising. No word yet on pricing or release date for this display, expect it to be widely available before the end of the year, according to the report. Here are the best gaming monitor deals right now.
Yahoo
15-03-2025
- Business
- Yahoo
Panther Lake launch timeline looks clearer after first public showcase
Intel's Panther Lake chip has now been showcased in public, with the tech brand putting it on display at the Embedded World 2025 conference in Nuremberg, Germany. The Dutch publication, PC Games Hardware shared images of the chip on display, noting that this is the first time the Panther Lake SoC has been seen publicly, not being held up by Intel's former CEO Pat Gelsinger. With the company discussing more of its plans and timelines for the Panther Lake rollout in 2025 and beyond at the conference, more of the component's release strategy has become a lot clearer. Also referred to as the 'Core Ultra 300' mobile platform, Intel is banking on the Panther Lake being a powerful chip as it will be manufactured on the company's custom 18A process. Panther Lake follows the Core Ultra 100 'Meteor Lake' chip, which was released in 2023, and the Core Ultra 200 'Lunar Lake' chip, which is Intel's current flagship. Wccftech noted that Intel's Foundry business is counting on a successful rollout of the Panther Lake to propel its future in the market. The company has already detailed plans to introduce the Panther Lake-H lineup as its premiere offering, then Panther Lake-HX, and others. The coming chip will likely feature the Cougar Cove P-Cores and Skymont E-Cores architectures, as per current reports. Additionally, it is set to include the third-generation Xe3, onboard iGPU, codenamed 'Celestial.' The component follows the second-generation Xe 2 GPU 'Battlemage'. The Xe3 is expected to support at least 16 cores, powering up to 180 TOPS of AI power among its specifications, Wccftech noted. While the Core Ultra 300 is set to be manufactured under the 18A process, PC Games Hardware noted that Intel has split its production between its own Foundry and TSMC, with the latter manufacturer taking charge of the Xe3 graphics portion of the chip. Overall, Intel is still set to announce Panther Lake during the mid-2025 timeframe. This should put hardware partners on schedule to have products ready by January, in time for the coming CES 2026. The industry will surely be excited to see how the SoC will perform alongside similar next-generation chips from competitors.
Yahoo
13-03-2025
- Yahoo
The M4 MacBook Air is displaying some odd behavior we don't understand yet
People are getting their hands on the new M4 MacBook Air this week, which means they're posting lots of discoveries about its performance (and the blueness of the new Sky Blue color). While editing photos in Lightroom Classic, YouTuber Vadim Yuryev noticed that the CPU workload was being handled almost completely by the laptop's six efficiency cores. Spotted by Wccftech, this behavior is interesting because the image editing software is so CPU-intensive that anyone would assume it needed the performance cores to run. This was certainly the case for the M3 MacBook Air, which Yuryev shows using all four performance and all four efficiency cores to get the work done. We don't know why this behavior has changed, how purposeful it is, or if it's specific to Lightroom Classic — but the benefits could be significant. Keeping the efficiency cores busy and limiting the activity on the performance cores could improve battery life and keep temperatures down. That said, we don't know from Yuryev's post how well the software is running while in this state — we can assume he's pointing it out because it's running fine but we don't know for sure. It's also not entirely impossible that this is a bug of some kind — the performance cores are there to be used, after all, or else they'd be pointless. So the sheer amount of activity on the efficiency cores while the performance cores sit almost unused does seem quite odd. With outlets like Wccftech and tech influencers everywhere experimenting with this new model, we'll likely find out soon whether this was a fluke or an intended feature of the new MacBook Air.
