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Search results for: "RS"

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PowerLattice Develops Power Delivery Chiplet That Cuts Power by 50%

PowerLattice has emerged from stealth with a new power delivery chiplet designed for AI accelerators, GPUs, and CPUs, claiming over 50% power reduction. By integrating power delivery directly into the processor package using stacked chiplet design, on-die inductors, and software control, the approach could reshape high-performance, modular semiconductor systems.

PowerLattice, power delivery IC, power delivery chiplet, chiplet architecture, AI accelerators, GPUs, CPUs, semiconductor startups, power efficiency, advanced packaging, high-performance computing, modular semiconductors

Toshiba CUZ Series Zener Diodes Target 48 V Surge Protection

Toshiba expands its CUZ Zener diode lineup with new 56 V to 75 V devices for surge and ESD protection in 48 V systems.

Toshiba, CUZ series, Zener diode, surge protection, 48V systems, data centers, industrial electronics, network equipment

Diodes AP61040 and AP61041 Buck Converters for Low-Power Portable Systems

Diodes AP61040 and AP61041 target always-powered rails in portable devices with low quiescent current and stable regulation.

Diodes Incorporated, AP61040, AP61041, synchronous buck converter, low quiescent current, portable electronics, battery-powered design, wearables

Worlds Smallest Capacitor Gets Smaller to Just 32nm

Researchers demonstrate a 32 nm vacuum-gap nanoelectromechanical capacitor, exploring how extreme miniaturization could influence future sensing, memory technologies, and nanoscale device research.

nanocapacitors, MEMS, NEMS, capacitors, nanoscale electronics, sensing technology, atomic force microscopy, DRAM scaling, semiconductor research, quantum electromechanics

RISC-V Processors Moving To a Datacenter Near You

Why RISC-V is poised to become the future of CPU design, exploring how open standards reduce barriers to entry, unify software ecosystems, and accelerate innovation across embedded systems, PCs, and data centers.

RISC-V, CPU architecture, open standards, instruction set architecture, processor design, semiconductor industry, embedded systems, data centers, computer architecture, open source hardware

Researchers Develop Underwater Marine Batteries Using Microbes

As researchers demonstrate a new power source utilizing microbes and seawater, it has many wondering how engineers will solve the future of power challenges as we introduce more sensors into our world. What challenge do ocean-born sensors introduce, what did the researchers develop, and could we turn to more biochemical methods for power generation in the future?

underwater sensors, marine batteries, microbial fuel cells, ocean monitoring, self-refueling power systems, Michigan Technological University, DARPA BLUE program, biofilm electricity generation, marine sensor power challenges, long-endurance ocean sensors

Researchers Stack Active Chip Layers To Increase Transistor Count

As researchers approach the fundamental limits of transistor design, some are now looking to go up rather than down. What challenges does chip stacking face, what have researchers recently demonstrated, and why is this the future of semiconductor technologies?

chip stacking, 3D integrated circuits, monolithic 3D integration, active semiconductor layers, transistor density, vertical chip scaling, semiconductor manufacturing, CMOS stacking, nanomembrane transfer, thermal budget limitations, junctionless transistors, device density, Moore's Law, memory density, processor core count

TSMC Warns Major Chip Companies of Capacity Issues

An in-depth look at how AI-driven demand is reshaping the semiconductor industry, prolonging chip shortages, straining memory supplies, and raising questions about whether global electronics manufacturing can ever truly stabilise.

chip shortage, semiconductor industry, AI hardware, memory shortages, DDR5, TSMC, chip manufacturing, supply chain, data centers, electronics industry

Complementary Field-Effect Transistors – Approaching the 0.2nm Realm

As researchers continue to push the limits of what semiconductor technologies can do, it is clear that the next transistor technology to dominate will be the Complementary Field-Effect Transistor (CFET). What challenges do current transistors face, what are CFETs, and how will they empower the future?

complementary field-effect transistors, CFET, transistor scaling, 0.2nm technology, semiconductor challenges, transistor density, CMOS logic, quantum tunneling, 3D chip stacking, epitaxial growth, high aspect ratio etching, monolithic integration, sequential integration, future of transistors, chip manufacturing, transistor leakage, AI hardware, NPU accelerators, thermal management in chips

AI In Embedded Systems – From Cloud to Chip

Learn why cloud-based AI struggles in embedded and edge systems, and how running AI directly on chips overcomes latency, bandwidth, power, and privacy challenges. Discover how edge AI enables real-time, deterministic, and energy-efficient intelligence while redefining the role of the cloud.

edge ai, embedded systems, cloud ai, ai accelerators, npus, real-time systems, low-power ai, on-device inference, industrial automation, iot, privacy, data sovereignty, model optimization, microcontrollers, edge computing

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