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Malaysia Looks Towards Self-Made 3nm Chips

As Malaysia looks towards creating its own 3nm chips, the future of semiconductors in the country looks positive. But while its collaboration with ARM is certainly interesting, it’s also unusual for its choice of ARM over RISC-V. What challenges do countries like Malaysia face, what exactly is it doing with ARM, and why could RISC-V have been a better choice?

malaysia, semiconductors, 3nm chips, ARM, RISC-V, chip design, IC design, semiconductor industry, advanced manufacturing, chip fabrication, National Semiconductor Strategy, NIMP, 13th Malaysia Plan, MOSTI, GreatAsic Technology, SkyeChip, Oppstar Technology

Cadence and NVIDIA Boost Power Analysis for Billion-Gate AI Designs

Cadence and NVIDIA’s new Palladium Dynamic Power Analysis App delivers billion-gate AI power analysis in hours with 97% accuracy.

cadence, nvidia, dynamic power analysis, palladium z3, ai chip design, machine learning hardware, gpu acceleration, pre-silicon verification, power optimisation, semiconductor tools, chip design, hardware acceleration, energy efficiency

China To Introduce RISC-V Adoption Guidelines

As China continues to push its adoption of RISC-V, many wonder what this will mean for the famous processor architecture, and whether this decision could ripple through into Western markets. Why has RISC-V been so beneficial for China, what exactly has been said, and how could this decision change the processor landscape?

risc-v, china, open-source hardware, semiconductor policy, chip design, processor architecture, arm alternative, intel alternative, linux adoption, open computing, chinese technology strategy, ai chips, microcontrollers, global semiconductor market, open-source movement

Rapidus Prototyping 2nm GAA Transistors

Are 2nm GAA transistors the final form of silicon innovation, or just the beginning? Explore how cutting-edge breakthroughs like 3D chip stacking, vertical transistor structures, and exotic 2D materials could reshape the future of computing far beyond what GAA alone can deliver.

GAA, 2nm, transistors, semiconductor, chip design, 3D stacking, vertical transistors, nanosheet, nanowire, EUV lithography, monolayer materials, molybdenum disulfide, 2D materials, Rapidus, future computing, Moore's Law, advanced packaging, silicon scaling, next gen chips, foundry technology

New Microchip dsPIC33A Chips Boost PWM and ADC Precision

Microchip expands its dsPIC33A portfolio with two new DSC families offering ultra-fast ADCs, high-resolution PWM, and robust security features. Designed for motor control, AI server power supplies, and energy systems, these controllers support SiC and GaN applications with 40 Msps ADCs and up to 78 ps PWM resolution. Ideal for safety-critical systems, they include ISO 26262 support and advanced machine learning integration.

embedded systems, microcontrollers, industrial electronics, power management, automation, digital design, electronics engineering, chip design, product development, semiconductor industry

Malaysia Looks Towards Self-Made 3nm Chips

Cadence and NVIDIA Boost Power Analysis for Billion-Gate AI Designs

China To Introduce RISC-V Adoption Guidelines

Rapidus Prototyping 2nm GAA Transistors

New Microchip dsPIC33A Chips Boost PWM and ADC Precision

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