Nvidia CEO Jensen Huang’s first South Korea visit in 15 years unveils massive AI infrastructure deals. The partnerships signal a fundamental shift from digital-only AI to physical AI applications across manufacturing and mobility.
Apple’s new M5 chip shows impressive 45% GPU performance gains over the M4, but multicore improvements are modest. The real story lies in Apple’s strategic positioning between base and Pro chips, revealing their evolving silicon roadmap.
Qualcomm’s Snapdragon X2 marks a fundamental shift in PC processor design with hybrid architecture. The 2026-bound chips promise major performance and efficiency gains that could reshape the Windows laptop landscape.
Breaking Free From Terrestrial Limits In a groundbreaking partnership that could redefine the future of computing infrastructure, NVIDIA has joined…
Next-Gen Integrated Graphics Shows Remarkable Performance Leap Intel’s upcoming Panther Lake platform is making waves in the tech community as…
PC thermal management extends far beyond just CPU and GPU temperatures, according to hardware analysts. New reports indicate that VRMs, NVMe SSDs, DDR5 RAM, and motherboard chipsets can all cause significant performance problems when overheating.
While much attention focuses on CPU and GPU temperatures, hardware analysts suggest several other critical components can cause system instability, performance degradation, and reduced lifespan when overheating. According to reports, neglecting these components’ thermal performance can lead to unexplained performance dips, data transfer slowdowns, and even hardware failure.
Biotechnology company Metagenomi has significantly cut computing costs while accelerating drug discovery using AWS’s custom AI chips, according to reports. The startup’s AI-powered search for gene-editing enzymes reportedly costs 56% less than previous Nvidia-based systems.
Gene editing startup Metagenomi has achieved substantial cost savings in its artificial intelligence operations by switching to Amazon Web Services’ custom silicon, according to company statements. Sources indicate the biotech firm reduced its AI computing expenses by 56 percent compared to previous Nvidia GPU-based systems while accelerating the discovery of potential life-saving therapies.
Compact Powerhouse: The New Standard for Mini Gaming PCs Zotac has once again pushed the boundaries of small form factor…
Meta has unveiled an open rack specification for AI infrastructure at the OCP Global Summit, with AMD’s Helios system demonstrating how it harnesses MI400 Series GPUs. The collaboration aims to provide scalable, high-performance computing solutions without proprietary lock-in, supporting trillion-parameter AI models efficiently.
At the Open Compute Project (OCP) Global Summit in San Jose, Meta introduced specifications for an open rack architecture designed to enhance artificial intelligence systems, according to reports. The Open Rack Wide (ORW) design, based on open standards, serves as the foundation for AMD’s Helios rack-scale reference system, which aims to improve scalability and efficiency in large-scale AI data centers.
Revolutionary Architecture Redefines Compute Efficiency Israeli chip startup NextSilicon is making bold claims with its Maverick-2 accelerator, positioning it as…
