IEEE Makes Strides to Improve Online Safety for Kids
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Commodore is reintroducing the C64C Ultimate Edition computers, featuring the sleeker 1986-1994 design, available for pre-order starting at $299. The new C64C models will be made using original injection molds and tooling from the 1980s. These machines will offer the same high-performance recreation of the original Commodore 64 using FPGA technology. Additionally, different editions like BASIC Beige, Starlight, and Founder's Edition will be available for pre-order, with shipping expected to begin in late 2026. Commodore hints at more retro tech initiatives to come in 2026.
China's National Supercomputing Center in Shenzhen unveiled the Lingshen supercomputer project, aiming for over 2 ExaFLOPS performance using 47,000 homemade processors without GPUs or foreign components. The system, designed to surpass the current fastest supercomputer, El Capitan, would utilize Huawei Kunpeng servers and Arm-based Taishan cores. The project includes a pilot phase with 100 servers and a full production system with 1,580 blade servers. While China's claims of achieving 2+ ExaFLOPS are ambitious, questions remain about the feasibility of surpassing existing supercomputing benchmarks without GPUs or foreign-made CPUs.
The legendary ZSNES Nintendo emulator has been completely rewritten with GPU acceleration, resulting in the new Super ZSNES. This reboot, created by zsKnight and Demo, offers more accurate CPU and audio cores than the original version. The emulator now utilizes a GPU-powered PPU core and features a Super Enhancement Engine for improved performance. Despite being in its early stages with bugs to be fixed, Super ZSNES is available for Windows, Mac, Linux, and Android, with an iOS release on the way.
Scientists at KAUST have developed electronic devices made of gallium oxide that can function reliably in extreme temperatures from near absolute zero to 500°C. These devices have potential applications in space tech and quantum computing due to their ability to withstand extreme temperature swings. By using ultrawide-bandgap semiconductor beta-gallium oxide and heavily doping it with silicon atoms, the researchers created devices that can maintain electrical conduction even in cryogenic conditions. The team built transistors and logic inverters that operated reliably at temperatures as low as 2K, paving the way for the development of temperature-resistant devices for various technological applications.
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