Qualcomm Snapdragon X2 Elite variant rumored to have 50% more CPU cores — New chip with 18 cores and 64GB RAM is reportedly already in testing
When you buy through links on our articles, Future and its syndication partners may earn a commission.
A seasoned tech tipster has stated that Qualcomm is testing Snapdragon X2 Elite devices in configurations with 64GB of RAM. Roland Quandt, best known for his exclusives published via Germany's WinFuture.de, stated this weekend that the 'SC8480XP aka SD X2 Elite [is] in testing with 64GB RAM.' He is also more convinced than ever that this upcoming Oryon V3 CPU architecture chip will come packing 18 cores.
PC enthusiasts are hopeful that Qualcomm has learnt some lessons from its initial Snapdragon X Elite venture. It had a lot of help from Microsoft to spearhead Copilot PCs using the first Oryon architecture processors last June. However, interest in them fell sharply as AMD and Intel responded rather swiftly with their own power-sipping but potent AI/NPU-enhanced laptop processors.
The last time we heard murmurings about the touted SC8480XP was back in March. At the time, we highlighted that 18 cores would increase the CPU core count by 50% vs the first-gen Snapdragon X Elite. Moreover, the newer architecture is expected to deliver its own performance boost.
Rumors also point to the Snapdragon X2 Elite looking to push into the desktop side of the market, or even servers. This notion comes from chatter about Qualcomm testing chips like the SC8480XP with advanced cooling solutions, including a 120mm radiator toting AiO. That would mark quite an intergenerational change.
Moving on to other SoC specs, like onboard RAM, the last we heard, the SC8480XP was being tested in Qualcomm SiP (system in package) format with 48GB RAM on board, as well as a 1TB SSD storage on board. Now it looks like options with up to 64GB of RAM on board may be offered.
Quandt was at Computex 2025 and kept a keen eye on Qualcomm developments during the show. If his leaked info didn't come via a Qualcomm contact, perhaps a device partner talked about upcoming SC8480XP configurations behind closed doors somewhere in Taipei. Whatever the source, please add a touch of salt to these leaks until we hear directly from Qualcomm or a device partner.
Since we've sailed by Computex without any official Snapdragon X2 Elite, or what might be called Snapdragon X2 Ultra Premium, news, we are most likely looking at the Snapdragon Summit 2025, in September, for Qualcomm to take the wraps off its next-gen processors. We will also hopefully see designs that Qualcomm's partners have come up with to sell these Windows-on-Arm devices to us.
Follow Tom's Hardware on Google News to get our up-to-date news, analysis, and reviews in your feeds. Make sure to click the Follow button.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
5 hours ago
- Yahoo
Satellites are polluting Earth's atmosphere with heavy metals. Could refueling them in orbit help?
When you buy through links on our articles, Future and its syndication partners may earn a commission. The world at large is working to stop the fast-progressing degradation of Earth's environment. In the space sector, however, one-use-only products still reign supreme. The advent of megaconstellations has, in fact, accelerated the rate at which the space industry burns through resources, shifting from big satellites with decades-long lifespans to cheaper birds designed to expire within a few short years. The disposable approach worries some researchers, as too much aluminum is burning up in the atmosphere these days, threatening to cause a new kind of environmental disaster in the decades to come. But what can we do? Should we roll back the space revolution and put a cap on what we can do in space? Or could a circular economy, life extension, recycling and reuse be the solution to the space industry's dirty side effects? Proponents of in-orbit servicing and refueling laud the technology's potential. But most analysts remain cautious: Without strict environmental regulations, the expected cost of in-orbit servicing may not entice satellite operators to switch to reusable technology en masse. Dave Barnhart, chief executive officer of the California-based aerospace company Arkisys, first began developing concepts of recyclable satellite technology some 15 years ago as part of a project he oversaw at DARPA (the Defense Advanced Research Projects Agency). He and his colleagues investigated how to set up a satellite recycling facility in geostationary orbit — the region about 22,000 miles (36,000 kilometers) above Earth's surface where satellites appear fixed above one spot above the equator. "We wanted to know whether we can use parts from old geo satellites to recreate new ones, because the mass is already there," Barnhart told The geostationary ring is home to some of the largest and most expensive satellites. On top of that, the long distance between Earth and this orbit makes geo missions inherently costly, as they require the most powerful rockets with a lot of fuel to reach their destination. Yet, Arkisys, the company Barnhart cofounded in 2015, is focusing on low Earth orbit (LEO) — the buzzing region closest to Earth up to altitudes of about 1,200 miles (2,000 km). Arkisyshopes to set up an in-orbit servicing and refueling depot called the Port in LEO. The main goal is to spearhead a green revolution in this region, which gives rise to thousands of tons of dangerous space debris every year. "To date, everything we have ever designed to go into space has been one mission, one life," Barnhart told "It's sort of crazy. Every other domain on Earth, we maintain, we sustain, we grow. Not in space." In 2023, Arkisys secured a $1.6 million deal from the U.S. Space Force to test satellite assembly in orbit using the Port demo module — a basic building block of a scalable orbiting garage and gas station. The company wants to launch the first component of this orbital depot next year — a last-mile transportation device called the Cutter, which is designed to help satellites to dock with the garage. In 2027, the main Port module, a hexagonal structure about 9 feet (3 meters) wide, will join the Cutter in orbit to test how the mechanical interfaces of the two work together in space. The Port, in addition to serving as a fuel depot, will arrive with a supply of components and payloads that could be attached to worn-out satellites to give them a new lease on life. "Today, everything on a satellite is done on the ground, and the satellite is launched with an end date," Barnhart said. "We want to shift that to allow extensions of both — life and business — post-launch. We want to be able to add new revenue streams post-launch. You can do that if you can add something, change something in orbit, or even sell that satellite to somebody else who could make it part of a larger platform." Cameras or antennas could be replaced with more powerful ones once those get developed, worn-out batteries could be swapped for brand-new ones, and fuel tanks would get refilled. It all makes sense on paper, but Dafni Christodoulopoulou, space industry analyst at the consultancy company Analysis Mason, warns that whether satellite operators would be inclined to ditch their disposable ways will come down to the cost of the in-orbit maintenance services. LEO is currently dominated by small, relatively cheap satellites, she says, which can be replaced more cheaply than they can be serviced and maintained. "Right now, we expect in-orbit services to come at a cost that might be quite high for operators of small satellites," Christodoulopoulou told "The operators might not be interested in those services, because the price of building a new satellite might not be higher than that of a servicing mission." Barnhart agrees that the fledgling in-orbit servicing industry is likely to face resistance not just from operators but also from satellite manufacturers, who might feel threatened by the idea of reusability and life extension. "Every time you want to make a big shift like this, it's going to be a threat," Barnhart said. "Satellite manufacturers make money by building more satellites to throw away. It might take some time for them to see that by fitting satellites with interfaces that allow them to be serviced, they could actually add some cool functionality to them after launch." Related stories: — Kessler Syndrome and the space debris problem — Pollution from rocket launches and burning satellites could cause the next environmental emergency — 2 private satellites undock after pioneering life-extension mission Still, Christodoulopoulou thinks that in-orbit servicing will eventually make a difference to how things are done in space, and also to the state of the orbital environment. "The number of satellite launches is not expected to go down, so there will be a high need for constellation management, flexibility, disposal and life extension," she said. "I think in-orbit services can definitely help prevent the buildup of space debris and maintain long-term sustainability in orbit." The U.S. government certainly appears to think that life extension is the way forward. In addition to funding the Arkisys experiment, the Space Force also funds the Tetra-5 and Tetra-6 missions to test in-orbit refueling technologies in space. The two missions, designed to test hardware developed by Orbit Fab, Astroscale and Northrop Grumman, are set to launch in 2026 and 2027, respectively. In addition, intensifying geopolitical tensions are increasing the need for quick deployment of new systems in space, which, Barnhart says, could be more speedily addressed with servicing systems such as the Port, than by building new spacecraft from scratch on Earth. "If there is a new threat that has been identified, you might need a new type of sensor or a new payload to observe it," Barnhart said. "If we can augment the satellites that the government has already put up and provide them with a new capability, a new sensor, we can address those threats much faster." Christodoulopoulou thinks that new regulations designed to protect the environment and curb the air pollution related to satellite reentries could further help move the needle toward a less throwaway culture in space utilization. "There need to be a few changes," Christodoulopoulou said. "There needs to be more awareness among satellite operators to understand that in-orbit servicing offers a value in the long term. But also on the government side, there need to be more regulations to support the in-orbit servicing providers."
Yahoo
8 hours ago
- Yahoo
Qualcomm vs. AMD: Which Chipmaker Offers Stronger Growth in 2025?
Qualcomm Technologies Inc. QCOM and Advanced Micro Devices, Inc. AMD are premier chip manufacturing firms competing in the mobile, PC and data center markets, with a focus on AI (artificial intelligence) and advanced chip technologies. Qualcomm's offering includes high-performance, low-power chip designs for mobile devices, PCs, XR (Extended Reality), automotive, wearable, robotics, connectivity and AI use cases. The company boasts a comprehensive intellectual property portfolio comprising 3G, 4G, 5G and other Micro has strengthened its position in the semiconductor market, thanks to its evolution from a purebred consumer-PC chip provider to an enterprise-focused company. Its processors are primarily powered by the company's proprietary "Zen" CPU and "Vega" GPU architectures. The company's acquisition of Xilinx has helped in expanding into multiple embedded markets. AMD now offers Field Programmable Gate Arrays (FPGAs), Adaptive SoCs and Adaptive Compute Acceleration Platform (ACAP) products. With growing AI proliferation in PCs, smartphones, automotive and IoT applications, both Qualcomm and Advanced Micro are steadily advancing their semiconductor portfolio to bolster their competitive edge. Let us analyze in depth the competitive strengths and weaknesses of the companies to understand who is in a better position to maximize gains from the emerging market trends. Qualcomm is well-positioned to meet its long-term revenue targets driven by solid 5G traction, greater visibility and a diversified revenue stream. The company is increasingly focusing on the seamless transition from a wireless communications firm for the mobile industry to a connected processor company for the intelligent edge. The recent introduction of Qualcomm X85 5G Modem-RF, powered by Qualcomm's 5G AI Processor, has taken the market by storm by delivering one of the fastest, battery efficient and consistent 5G connectivity to Android users. The company is strengthening its foothold in the mobile chipsets market with innovative product launches. It had extended its Snapdragon G Series portfolio with the addition of next-generation gaming chipsets, Snapdragon G3 Gen 3, Snapdragon G2 Gen 2 and Snapdragon G1 Gen 2 chips. Qualcomm is also placing strong emphasis on developing advanced chipsets for the emerging market of AI PCs. The strategy is aimed at moving beyond the slowing smartphone industry, which is its primary breadwinner. The Snapdragon X chip for mid-range AI desktops and laptops is the fourth such product in the Snapdragon X processor line, following the successful launch of the Snapdragon X Plus 8-core, Snapdragon X Plus and Snapdragon X Elite efforts to ramp up its AI initiatives, Qualcomm has been facing tough competition from Intel Corporation INTC in the AI PC market. Shift in the share among original equipment manufacturers (OEMs) at the premium tier has reduced Qualcomm's near-term opportunity to sell integrated chipsets from the Snapdragon platform. The company is also facing stiff competition from Samsung's Exynos processors in the premium smartphone market, while MediaTek is gaining market share in the mid-range and budget smartphone market. Competition is also likely to come from formidable rivals like Broadcom and NVIDIA Corporation NVDA. Qualcomm's extensive operations in China are further likely to be significantly affected by the U.S.-China trade hostilities. AMD is strengthening its footprint in the AI market through an expanding portfolio. The latest MI300 series accelerator family boosts its competitive position in the generative AI space. The accelerator is based on AMD CDNA 3 accelerator architecture and supports up to 192 GB of HBM3 memory, enabling efficient running of large language model training (up to 80 billion parameters) and inference for generative AI workloads. It is also benefiting from strong enterprise adoption and expanded cloud addition, strength in 7-nanometer-based processors is expected to strengthen the company's competitive position in the commercial and server market against Intel. AMD is currently leveraging Taiwan Semiconductor Manufacturing Company's 7 nm process technology, which is enabling it to deliver its advanced 7 nm chips faster to market. AMD Radeon RX 7900 series chiplet design combines 5 nm and 6 nm process nodes, each optimized for specific chips in the in the traditional computing market, which still generates a chunk of its revenues, AMD is up against Intel's strong market position. With Intel systems so well entrenched, there is an obvious preference for system integrators to choose Intel processors over AMD. Moreover, AMD faces significant competition from NVIDIA in the GPU market. AMD has had relatively greater success in the mobile segment, and its current product lineup indicates that this focus will continue. However, competition in the mobile segment is likely to accelerate, with more ARM-based devices coming on the market. The Zacks Consensus Estimate for Qualcomm's 2025 sales and EPS implies year-over-year growth of 11.8% and 14.6%, respectively. The EPS estimates have been trending southward on average over the past 60 days. Image Source: Zacks Investment Research The Zacks Consensus Estimate for Advanced Micro's 2025 sales suggests year-over-year growth of 23.1%, while that for EPS implies a rise of 18.4%. The EPS estimates have been trending southward over the past 60 days. Image Source: Zacks Investment Research Over the past year, Qualcomm has declined 27.7% against the industry's growth of 12.5%. Advanced Micro has lost 21.5% over the same period. Image Source: Zacks Investment Research Qualcomm looks more attractive than Advanced Micro from a valuation standpoint. Going by the price/earnings ratio, Qualcomm's shares currently trade at 12.95 forward earnings, significantly lower than 26.72 for Advanced Micro. Image Source: Zacks Investment Research Qualcomm and Advanced Micro carry a Zacks Rank #3 (Hold) each. You can see the complete list of today's Zacks #1 Rank (Strong Buy) stocks companies expect their sales and profits to improve in 2025. Advanced Micro has shown steady revenue and EPS growth for years, while Qualcomm has been facing a bumpy road. With a better price performance and healthy long-term earnings growth expectations of 24.5%, Advanced Micro is relatively better placed than Qualcomm (long-term earnings growth expectations of 8.2%), although the former is a bit expensive in terms of valuation. Consequently, Advanced Micro seems to be a better investment option at the moment. Want the latest recommendations from Zacks Investment Research? Today, you can download 7 Best Stocks for the Next 30 Days. Click to get this free report Intel Corporation (INTC) : Free Stock Analysis Report QUALCOMM Incorporated (QCOM) : Free Stock Analysis Report Advanced Micro Devices, Inc. (AMD) : Free Stock Analysis Report NVIDIA Corporation (NVDA) : Free Stock Analysis Report This article originally published on Zacks Investment Research ( Zacks Investment Research Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data

Wall Street Journal
11 hours ago
- Wall Street Journal
What's Ahead for Travel
The Future of Everything looks at the innovation and technology transforming the way we live, work and play, covering health, artificial intelligence and more. Here, we look at what's ahead for travel. Companies explore new ways to navigate and pass the time in self-driving cars