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first_img The first batch of RTX Spark models from ASUS and MSI has been fully booked

The RTX Spark series PCs developed by NVIDIA in collaboration with MediaTek are expected to launch this fall. Microsoft and more game developers have recently announced updates and support for this platform. The first batch of orders from ASUS and MSI has been fully booked, and they are actively seeking more allocations from NVIDIA. ASUS co-CEO Hu Shubin pointed out that channel customer bookings have exceeded expectations, with the initial supply completely reserved, and they are actively placing additional supply orders with NVIDIA, holding a highly optimistic outlook for next year's sales. MSI's product manager Peng Renfang revealed that customers from mainland China, Taiwan, and the United States are actively placing orders, with the first batch of laptops equipped with the high-end N1X chip nearly sold out, and they are actively following up with NVIDIA for more orders.The RTX Spark super chip is built using TSMC's 3-nanometer process, featuring NVIDIA's Blackwell RTX GPU connected to a 20-core Grace CPU, utilizing a Windows on Arm architecture. NVIDIA CEO Jensen Huang noted that RTX Spark brings together CUDA, RTX, and AI platforms into a single super chip, allowing ground agents, front-end models, creative workflows, and RTX games to run on laptops, "This is the new PC, personal AI computer." The processors are divided into the high-end N1x and the mainstream N1, with the actual selling price of PCs equipped with N1x yet to be announced, but the market generally believes it will start from 110,000 yuan. The first wave of partner brands includes ASUS, MSI, Dell, HP, Lenovo, Microsoft, Acer, and Gigabyte will also follow suit. NVIDIA recently announced at Gamescom 2026 in Germany that multiple game developers are bringing various games to join the RTX Spark lineup.

Gate's Japanese stock trading officially launched, covering approximately 300 stocks listed on the Tokyo Stock Exchange in the first batch

Gate announces the official launch of its Japanese stock trading service, initially covering about 300 stocks listed on the Tokyo Stock Exchange (TSE), including popular targets such as Toyota Motor, Sony Group, SoftBank Group, Mitsubishi UFJ Financial Group, Nintendo, and Tokyo Electron. Users do not need to open a separate traditional Japanese brokerage account or exchange for yen; they can directly participate in Japanese stock trading on the Gate platform using USDT. Currently, Japanese stock trading has been launched on the Gate Web platform, with the App version set to go live soon.In terms of trading functionality, Japanese stocks share the same stock account and related trading capabilities with Gate's US, Hong Kong, and South Korean stocks, supporting features such as market viewing, buying, selling, position management, and transaction record inquiries. Japanese stocks support trading during Japanese time from 09:00 to 11:30 and 12:30 to 15:25, corresponding to UTC+8 time from 08:00 to 10:30 and 11:30 to 14:25.The launch of Japanese stocks further enriches Gate's global multi-asset trading scenario. Currently, the platform supports over 10,000 US stocks and ETFs, more than 1,500 Hong Kong stocks, over 1,000 South Korean stocks, and about 300 Japanese stocks, providing a total of over 12,800 stock and ETF trading options. In the future, Gate will continue to expand into global core markets and quality assets, promoting the integration of traditional finance and digital assets, and providing users with a more diverse one-stop asset allocation choice.

hot_img SK Hynix will begin mass production of LPDDR6 in the second half of the year, with the first batch supplied to Xiaomi's flagship phones

SK Hynix announced that it will officially begin mass production of 16Gb LPDDR6 low-power mobile DRAM in the second half of this year, with the first products set to be featured in Xiaomi's next-generation flagship smartphone. The product was developed in March and utilizes 10nm class sixth-generation (1c) technology, offering improvements in data processing speed and energy efficiency compared to the previous generation. SK Hynix has been supplying LPDDR products to Xiaomi since 2013, maintaining a long-term partnership.LPDDR is primarily used in mobile devices such as smartphones and tablets, combining low power consumption with high performance. Recently, driven by demand from AI servers, LPDDR prices have continued to rise, with contract prices increasing steadily, leading to a 64.5% quarter-over-quarter growth in global mobile DRAM revenue in the first quarter. SK Hynix and Samsung Electronics are ahead of Micron in preparing for the mass production of LPDDR6. Additionally, the mass production of LPDDR6 is expected to accelerate competition in the SO-CAMM (low-power memory module) market, which is seen as a complementary solution for AI server CPUs. NVIDIA CEO Jensen Huang visited the SK Hynix booth at the Taipei International Computer Show in June, leaving a message of "LOVE SOCAMM" for the 192GB SO-CAMM.

hot_img Domestic immersion DUV lithography machines have started small batch production, with plans to deliver about 5 units this year

According to a report by The Information citing informed sources, a Shanghai state-owned company whose name has not been disclosed has begun producing domestically-made immersion DUV lithography machines, planning to manufacture about 5 units this year and increase to about 20 units by 2027. The first batch of equipment will be delivered to major foundries such as SMIC, Hua Hong Semiconductor, and ChangXin Technology, but the equipment still needs to undergo verification for accuracy, stability, and production line compatibility, a process that may take several months or even longer.Currently, most components of the equipment come from domestic sources, but some key parts still rely on Japan, and the performance and manufacturing quality lag behind ASML. In comparison, ASML is set to deliver about 131 immersion DUV lithography machines as early as 2025. Although domestic equipment has made the leap from prototype testing to small-scale production, there is still a significant gap before it can replace ASML on a large scale. Previously, Reuters reported that the U.S. is considering tightening restrictions on the export of lithography equipment to China and on maintenance services in China, and the delivery of domestic equipment coincides with this backdrop.
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