Artikel JP Aerospace Reveals Hazel Hypersonic Airship Concept pertama kali tampil pada todayinasian.com.
]]>The newly shared visuals depict a dark, wing-shaped aircraft peeling away from a pair of massive balloons linked by a long structural truss, a high-altitude airship the company calls SuperTandem. Company president John Powell shared the images himself, describing them simply as “stills from the upcoming Hazel video” while confirming they’re concept animations rather than footage of an actual flight.
That framing matters, because Hazel exists purely on paper and in renderings for now. JP Aerospace, which brands itself “America’s Other Space Program,” has operated as an all-volunteer nonprofit under Powell’s leadership for more than four decades. Its broader Airship to Orbit concept imagines a slow, staged journey rather than a rocket’s violent sprint: a stratospheric airship would first carry passengers and cargo to a high-altitude waypoint called Dark Sky Station, after which a much larger orbital airship would use electric engines to gradually build up to orbital velocity, a process expected to take several days rather than minutes.
Read More: DeepSeek Turns to Huawei Chips as Nvidia Loses China Ground
The group does have a track record worth noting. Back in October 2011, its Tandem airship, built from two balloons joined by a 30-foot carbon-fiber truss, climbed to 95,085 feet above Nevada’s Black Rock Desert, setting an altitude record for that class of vehicle at the time. Powell has said that earlier project cost around $30,000 and took five years to complete, reflecting the organization’s shoestring, grassroots approach. The team has also run roughly 200 smaller research flights carrying student payloads through its long-running PongSat program.
What hasn’t happened yet is any public confirmation that the larger orbital-class airships central to the whole concept have actually been built or tested, and no flight date or technical specifications for Hazel have been announced. For now, the images stand as a conceptual preview rather than proof that this unusual path to space is any closer to reality.
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]]>Artikel DeepSeek Turns to Huawei Chips as Nvidia Loses China Ground pertama kali tampil pada todayinasian.com.
]]>The chips in question are Huawei’s next-generation Ascend 950DT processors, which DeepSeek reportedly plans to use primarily for running AI models rather than training them. The facility is being developed at roughly a 1-gigawatt scale, although the 160,000 accelerators would represent only part of its planned computing capacity. Bloomberg-based reporting also indicates that DeepSeek continues to rely on Nvidia hardware for the more demanding training workloads.
The scale of the order is striking. Wccftech estimates that 160,000 Ascend 950DT chips could be worth around $2.56 billion based on a reported price of approximately 111,000 yuan, or $16,000, per chip. Nvidia’s H20, meanwhile, has reportedly been priced between $15,000 and $25,000. The decision therefore appears to involve more than simply choosing the cheaper processor.
Read More: Yangwang U7 Survives 30,000km Extreme Battery Test
Huawei’s 950DT is built around the company’s DaVinci architecture and reportedly features 144GB of high-bandwidth memory, 4TB/s of memory bandwidth and a 2TB/s chip-to-chip interconnect. Huawei says its larger Atlas 950 SuperPoD can connect up to 8,192 Ascend 950DT processors, illustrating the scale of infrastructure the company is targeting.
The development also echoes comments from DeepSeek CEO Liang Wenfeng earlier this year. He argued that Huawei’s systems could perform the same tasks as Nvidia’s GB300 in terms of latency, although he acknowledged that four Huawei GPUs were needed to match one Nvidia GPU and that Huawei remained roughly two years behind.
For Nvidia, the problem is not simply performance. US export restrictions have limited which advanced processors can reach China, while Beijing has increasingly encouraged domestic alternatives. DeepSeek’s reported decision gives Huawei another major opportunity to improve its ecosystem, production scale and software compatibility.
That is why Wccftech’s report describes China as potentially becoming a “lost cause” for Nvidia. The phrase is an assessment rather than an official Nvidia position, but the direction of China’s AI hardware market is becoming increasingly difficult for the American chipmaker to ignore.
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]]>Artikel Yangwang U7 Survives 30,000km Extreme Battery Test pertama kali tampil pada todayinasian.com.
]]>The test took place in Nanning, southern China, where temperatures exceeded 36°C and humidity reached as high as 80 percent. Throughout the run, the U7 maintained a cruising speed of 240 km/h, while its air conditioning remained set at 24°C. The vehicle completed the 30,000 km journey in 8 days, 19 hours, and 58 minutes, according to BYD.
What makes the result particularly interesting is the condition of the battery afterward. Despite covering 30,000 km and undergoing more than 350 flash-charging sessions, the battery reportedly retained 98.7 percent of its original capacity. That represents a measured reduction of only 1.3 percent, giving BYD a striking figure to highlight as it promotes the durability of Blade Battery 2.0.
Read More: Huawei Mate XT 2 Pre-Orders Reveal 2TB Storage Options
Yangwang General Manager Hu Xiaoqing also emphasized that the test vehicle was not a specially prepared prototype. It was reportedly a standard production U7 randomly selected from a retail showroom. Hu said, “Yangwang welcomes verification and testing from all independent institutions and individuals,” signaling the company’s willingness to have the results examined beyond its own testing program.
The single endurance run was only part of the broader validation effort. Yangwang said it had deployed 758 U7 test vehicles before the model reached the market, collectively accumulating more than 10.49 million kilometers of testing. The updated U7 also offers battery options of 135.5 kWh and 150 kWh, with the larger pack providing a claimed CLTC range of up to 1,006 km.
Still, the 98.7-percent figure should be viewed as a result from this specific manufacturer-run test rather than proof of identical battery degradation in everyday driving. Even so, subjecting a production EV to extreme heat, sustained high-speed operation and hundreds of rapid charges creates a remarkably intense stress test for its battery technology.
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]]>Artikel Huawei Mate XT 2 Pre-Orders Reveal 2TB Storage Options pertama kali tampil pada todayinasian.com.
]]>The pre-order listings reveal four configurations. Buyers will be able to choose between a 16GB RAM model with 512GB of storage, a 16GB+1TB version, and another 16GB+1TB variant featuring a privacy display. At the top of the range sits a 16GB+2TB model, which combines the privacy display with a bundled stylus. The first three configurations will reportedly be available in Obsidian Black, White and Purple, while the highest-capacity version will be exclusive to Purple.
Huawei has not yet announced official pricing, but expectations are already pointing toward another expensive flagship. The original Mate XT entered the market as a luxury device, and its successor appears set to continue that positioning with unusually generous memory and storage specifications.
Read More: Arm AGI CPU Targets Intel Xeon and AMD EPYC With 136 Cores
The Mate XT 2 also introduces a redesigned folding mechanism called the “Wing Fold” architecture. Unlike the original model’s Z-shaped structure, the new design allows its secondary panels to fold inward and protect the flexible main display when closed. Huawei has also added a dedicated external screen, allowing users to manage calls, messages, payments and other everyday tasks without unfolding the larger display.
According to Gizmochina, the company has focused heavily on symmetry and weight balance, while reducing the unfolded thickness to just 3.5mm at its thinnest point. The hinge and display structure have also reportedly been reinforced to improve durability.
Other expected features include a pill-shaped front camera cutout, possible 3D facial recognition, heart-rate monitoring and HarmonyOS 7, which is expected to introduce improved multitasking and split-screen tools for the large tri-fold display. The processor remains unconfirmed, although reports suggest Huawei could use either the Kirin 9030S or a new Kirin 9050-series chip.
Huawei is scheduled to officially unveil the Mate XT 2 on Sept. 7 in China. With 2TB of storage packed into a device that unfolds into a tablet-sized screen, the company is clearly betting that the future of smartphones may need more than just another rectangle.
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]]>Artikel Arm AGI CPU Targets Intel Xeon and AMD EPYC With 136 Cores pertama kali tampil pada todayinasian.com.
]]>For more than three decades, Arm has primarily supplied CPU architectures that companies such as Qualcomm and MediaTek turn into their own chips. The AGI CPU changes that business model by giving Arm a finished processor aimed at generative AI and agentic AI infrastructure. The shift also reflects a change in how data centers handle AI workloads. GPUs remain crucial for intensive model computation, but CPUs are increasingly responsible for the surrounding tasks, including database access, API calls, orchestration and business applications.
The AGI CPU is manufactured by TSMC using a 3nm process and can feature as many as 136 Neoverse V3 cores running at up to 3.7GHz. Arm is using a chiplet-based approach to build the processor, allowing multiple computing components to work together rather than relying on one enormous piece of silicon. At Hot Chips 2026, further technical details showed that the AGI design uses two chiplets, with each chiplet containing 70 CPU cores connected through Arm’s CMN fabric.
Read More: Intel Xeon Diamond Rapids Packs 256 Cores and 1.28GB of Cache
The scale becomes even more interesting at the rack level. A server configuration can reportedly accommodate as many as 64 AGI CPUs, creating a huge pool of Arm-based processing power for cloud and AI workloads. Jagat Review says Arm claims the platform can achieve up to twice the efficiency of comparable x86 systems, although real-world performance will depend heavily on software, workload and system configuration.
Meta is reportedly the first customer and co-developer of the processor, while OpenAI, Cloudflare and AWS have also shown interest. The AGI CPU is not intended to operate in isolation, either; it can work alongside accelerators and platforms from companies including NVIDIA, Intel and AMD.
Arm has already outlined plans for future generations of the platform, suggesting this is more than a one-off experiment. With AI infrastructure becoming increasingly heterogeneous, Arm’s decision to build complete server silicon could give data-center operators another route beyond the traditional x86 model. The server CPU battlefield just gained a rather formidable new contestant.
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]]>Artikel Intel Xeon Diamond Rapids Packs 256 Cores and 1.28GB of Cache pertama kali tampil pada todayinasian.com.
]]>The details emerged following Intel’s presentation at Hot Chips 2026, where the company provided a deeper look at the architecture behind its upcoming Xeon 7 platform. Rather than simply increasing the size of a single processor die, Intel is embracing a highly modular design that combines multiple compute tiles with base tiles using advanced packaging technology.
Each compute chiplet can contain up to 16 P-cores, meaning the full 16-chiplet configuration reaches 256 cores. The design uses Intel’s 18A-P manufacturing technology for the compute silicon and incorporates Foveros Direct 3D packaging to connect the different components. This approach allows Intel to build a processor that would be extremely difficult to produce as one enormous monolithic die.
Read More: MacBook Pro M6 May Arrive Soon With a Major Chip Upgrade
The huge cache allocation is arguably just as striking. Diamond Rapids can provide up to 1.28GB of shared last-level cache, equivalent to 320MB per compute base block in the largest configuration. Keeping such a large amount of frequently accessed data close to the CPU cores could help reduce the need to repeatedly access system memory, particularly in demanding data-center workloads.
Memory and connectivity have also received major upgrades. Diamond Rapids supports up to 16 memory channels, with bandwidth reaching as much as 1.6TB/s using next-generation memory technology. The platform is also expected to offer 128 lanes of high-speed I/O, alongside support for PCIe 6.0 and CXL 3.0.
Intel’s architecture is aimed heavily at modern data-center workloads, including high-performance computing, cloud services and increasingly demanding AI-related applications. With hundreds of cores working together and enormous cache capacity, the processor is designed to keep large volumes of data moving efficiently through the system.
The FPS Review notes that Diamond Rapids represents a substantial architectural shift for Intel’s Xeon family rather than a simple specification bump. The company is expected to launch the new Xeon 7 generation in 2027, putting its massive chiplet architecture on course to compete for a larger share of increasingly complex server workloads.
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]]>Artikel MacBook Pro M6 May Arrive Soon With a Major Chip Upgrade pertama kali tampil pada todayinasian.com.
]]>The biggest attraction could be the M6 chip itself. Reports suggest it may become Apple’s first processor manufactured using a 2-nanometer process, moving beyond the 3nm technology used by recent M-series chips. A smaller manufacturing process can allow more transistors to fit into the same space while potentially improving performance and power efficiency. For a laptop, that combination could mean faster workloads without demanding significantly more energy.
The M6 is also expected to receive improvements aimed at artificial intelligence and graphics. Reports indicate that Apple is working on an updated Neural Engine and a redesigned GPU, with some test configurations featuring up to 12 GPU cores compared with 10 on the M5. Memory bandwidth could also rise to around 200GB/s, up from approximately 153GB/s on the M5, potentially helping graphics-heavy applications and on-device AI tasks.
Read More: New Zinc Battery Turns ‘Troublemaker’ Protons Useful
Interestingly, the first M6 MacBook Pro may not be the dramatic redesign some Apple fans are waiting for. Current reports indicate that the entry-level 14-inch model could retain the familiar chassis and mini-LED display used by the existing generation. The more ambitious MacBook Pro redesign, including an OLED display and possible touch support, is reportedly being reserved for a later model that could arrive in late 2026 or early 2027.
Apple is also reportedly skipping M6 Pro and M6 Max chips, instead moving toward the M7 generation for higher-end machines. That would make the standard M6 something of a transitional chip rather than the beginning of a complete MacBook Pro overhaul.
GadgetDiva’s report therefore arrives at an interesting moment for Apple’s laptop strategy. The M6 MacBook Pro could focus heavily on internal improvements while leaving the exterior largely untouched, giving users faster silicon without immediately changing the familiar Pro formula. Meanwhile, the bigger visual transformation may be waiting just around the corner.
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]]>Artikel New Zinc Battery Turns ‘Troublemaker’ Protons Useful pertama kali tampil pada todayinasian.com.
]]>The breakthrough centers on a two-dimensional conductive metal-organic framework, a porous material built by linking metal components with organic molecules. Scientists modified its tiny pores with amine groups, essentially giving the material a gatekeeping mechanism that controls exactly when different ions are allowed to enter. Zinc ions move in first, arriving at higher voltages, while much smaller protons wait their turn and slip in later as the voltage drops. That sequencing is the whole trick, since it lets the electrode benefit from both charge carriers without proton reactions messing with zinc-ion storage.
Read More: Snapdragon X2 Elite Extreme Crushes Intel and AMD in Tests
Aqueous zinc-ion batteries already have real advantages over conventional designs, namely lower fire risk and lower costs, since they rely on water-based electrolytes rather than flammable ones. Their weakness has always been speed: zinc ions are relatively slow-moving, making it hard to combine strong energy storage with rapid charging. Protons move much faster but tend to leave behind byproducts that clog the electrode and hurt performance, which is exactly why they earned their troublesome reputation in the first place.
The researchers compare their approach to packing a bottle with large pebbles before pouring in fine sand, letting zinc ions claim space first and protons fill in what’s left. In testing, the electrode hit a storage capacity of 368.7 mAh per gram and held up through more than 500 rapid charge-discharge cycles, retaining nearly half its capacity even when charging speed was cranked up sixteen-fold.
Professor Sarah S. Park of KAIST explained the shift in thinking behind the work: “This study demonstrates that protons, previously regarded as ‘troublemakers’ that could degrade battery performance, can instead be used to store more energy.” She added that applying the same principle to other electrode materials could pave the way for batteries that charge quickly while holding far more energy, a combination that has eluded much of the field until now. The findings were published in the journal Chem.
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]]>Artikel Snapdragon X2 Elite Extreme Crushes Intel and AMD in Tests pertama kali tampil pada todayinasian.com.
]]>Signal65 compared the Snapdragon X2 Elite Extreme with Intel’s Core Ultra X9 388H and AMD’s Ryzen AI 9 465, two processors designed for modern thin-and-light Windows laptops. In Geekbench 7, Qualcomm’s chip was up to 53% faster than Intel’s processor and as much as 83% ahead of AMD’s offering. The gap became even larger in Cinebench 2026 multi-threaded rendering, where the Snapdragon chip reportedly delivered up to 87% higher performance than both rivals.
The testing becomes more interesting when power conditions enter the picture. Signal65 evaluated the Snapdragon system using Windows’ Balanced mode while running on battery, whereas the Intel and AMD machines were plugged in and configured for Best Performance. Even under those conditions, the Snapdragon X2 Elite Extreme remained ahead across the CPU and AI benchmarks tested.
Read More: Lenovo IdeaPad Vibe Takes Aim at Apple’s MacBook Neo
AI performance was another major advantage. Qualcomm’s Hexagon NPU delivered nearly twice the performance of Intel’s system and approximately 2.4 times the performance of AMD’s chip in the Procyon AI Computer Vision benchmark. The difference is partly explained by the Snapdragon’s 80 TOPS NPU, compared with 50 TOPS units in the competing processors, although the performance gap extends beyond the raw TOPS figures.
Signal65’s findings also reinforce Qualcomm’s argument that its ARM-based laptop processors can combine high performance with power efficiency. The X2 Elite Extreme features 18 Oryon CPU cores and is designed for premium Windows laptops where sustained performance and battery life are both important.
Still, benchmark victories do not automatically translate into superiority in every real-world application. Software compatibility, graphics performance, cooling, laptop design and workloads can all influence how a processor behaves outside controlled testing.
Windows Central noted that the Signal65 study essentially validates the impressive performance Qualcomm has been promising for its latest Snapdragon platform. With the X2 Elite Extreme now showing substantial advantages against Intel and AMD in independent testing, the competition for high-end Windows laptops is becoming considerably more interesting.
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]]>Artikel Lenovo IdeaPad Vibe Takes Aim at Apple’s MacBook Neo pertama kali tampil pada todayinasian.com.
]]>According to Windows Latest, the IdeaPad Vibe is expected to arrive in seven different color options, giving buyers considerably more choice than the MacBook Neo’s four-color lineup. The leaked renders show a thin-bezel display, a dark keyboard deck, and Lenovo branding that matches the exterior finish. It is a noticeably more playful approach for a Windows laptop market that still leans heavily toward black, silver, and grey.
The hardware choices could make the Vibe even more interesting. Leaked marketing materials point to versions powered by either Qualcomm Snapdragon or AMD processors, although the exact chips have not yet been revealed. That suggests Lenovo may offer both ARM-based and traditional x86 configurations, potentially giving customers different options depending on performance, compatibility, and battery-life priorities.
Read More: BYD Ti9 Unveiled With Six Seats and 310km EV Range
Connectivity is another area where Lenovo appears to be taking a different path from Apple. The leaked images show two USB-A ports, two USB-C ports, an HDMI output, a 3.5mm headphone jack, and a microSD card slot. That is a considerably fuller selection than the MacBook Neo, which relies primarily on USB-C alongside its headphone jack.
The timing is particularly interesting. Apple’s MacBook Neo has created a new market for relatively affordable laptops with premium-looking designs, and Lenovo appears eager to capitalize on that momentum. Windows Latest notes that the PC industry is also dealing with rising memory costs and higher Windows licensing expenses, making the budget segment increasingly difficult to navigate.
Lenovo has yet to reveal pricing, processor specifications, release timing, or detailed display information for the IdeaPad Vibe. For now, the leaked images suggest that Lenovo’s strategy is not simply to copy Apple, but to offer a more colorful Windows alternative with connectivity that traditional laptop users may appreciate. If the final pricing is competitive, the Vibe could give budget-conscious buyers another reason to look beyond the MacBook logo.
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