Microchip’s new digital signal controllers integrate high-resolution control, high-speed analog, and post-quantum cryptography.
Microchip’s new digital signal controllers integrate high-resolution control, high-speed analog, and post-quantum cryptography.
A prototype converter achieves 96.2% peak efficiency, stepping 48 V down to 4.8 V, delivering four times the output…
A prototype converter achieves 96.2% peak efficiency, stepping 48 V down to 4.8 V, delivering four times the output current of previous piezoelectric designs.
The company’s latest silicon, silicon carbide, and gallium nitride solutions offer a complete power conversion chain…
The company’s latest silicon, silicon carbide, and gallium nitride solutions offer a complete power conversion chain from the grid to the processor for AI data centers.
Geared for quantum systems, Indie engineered the narrow-linewidth laser engineered for ytterbium atom cooling, which…
Geared for quantum systems, Indie engineered the narrow-linewidth laser engineered for ytterbium atom cooling, which eliminates the need for external optical stacks.
Learn how The Netherlands is leveraging billion-euro investments and European partnerships to scale integrated photonics…
Learn how The Netherlands is leveraging billion-euro investments and European partnerships to scale integrated photonics from research into a world-leading, industrially mature production ecosystem.
GaN-based power delivery board targets 96.5% efficiency and 2,100 W/in3 for NVIDIA's next-generation 800 VDC data center…
GaN-based power delivery board targets 96.5% efficiency and 2,100 W/in3 for NVIDIA's next-generation 800 VDC data center architecture.
In a landmark moment in its 35-year history, Arm has debuted its own silicon product, the AGI CPU, built on the Arm…
In a landmark moment in its 35-year history, Arm has debuted its own silicon product, the AGI CPU, built on the Arm Neoverse platform.
Researchers push the boundaries of photonic devices, opening new frontiers in AR, structural monitoring, and quantum applications.
Researchers push the boundaries of photonic devices, opening new frontiers in AR, structural monitoring, and quantum applications.
In this exclusive interview, the Seattle startup says its software-ML-hardware co-design—announced today—converts…
In this exclusive interview, the Seattle startup says its software-ML-hardware co-design—announced today—converts off-the-shelf FPGA servers into high-efficiency AI inference engines.
The company devised the new Maia 200 inference accelerator to improve cost and performance for AI inference processing in…
The company devised the new Maia 200 inference accelerator to improve cost and performance for AI inference processing in Azure Cloud Services.
The research program aims to improve heat-prediction accuracy at the nanoscale while reducing simulation time for…
The research program aims to improve heat-prediction accuracy at the nanoscale while reducing simulation time for advanced semiconductor design.
Gen5 QLC client SSDs, enterprise LPDDR5X with RAIDDR ECC, and HBM4-era AI memory concepts anchor a week of announcements.
Gen5 QLC client SSDs, enterprise LPDDR5X with RAIDDR ECC, and HBM4-era AI memory concepts anchor a week of announcements.
Look out, flash! With a resounding vote of confidence from Texas Instruments and Onsemi, ReRAM may be here to stay.
Look out, flash! With a resounding vote of confidence from Texas Instruments and Onsemi, ReRAM may be here to stay.
The industry's biggest chipmakers came to CES with processors that will shape the future of AI PCs, data center…
The industry's biggest chipmakers came to CES with processors that will shape the future of AI PCs, data center computing, and embedded AI.
Recent updates show where RISC-V is heading, from compact ESP32 devices to one of the biggest names in mainstream computing.
Recent updates show where RISC-V is heading, from compact ESP32 devices to one of the biggest names in mainstream computing.
Do you remember when supercomputers were described by their processing power? That was so 2024. Today, we talk about the…
Do you remember when supercomputers were described by their processing power? That was so 2024. Today, we talk about the power for processing. Goodbye terraops, hello terrawatt-hours!
New Graviton5-based EC2 M9g instances push performance, core density, and security design to the next level.
New Graviton5-based EC2 M9g instances push performance, core density, and security design to the next level.
Recent advances in photonic platforms, memory architectures, and optical switching demonstrate an evolving space for…
Recent advances in photonic platforms, memory architectures, and optical switching demonstrate an evolving space for optical computing.
The company optimized the device's dual-voltage design for high-speed, low-power 1.2 V SoC applications.
The company optimized the device's dual-voltage design for high-speed, low-power 1.2 V SoC applications.
Azure Cobalt 200 aims to deliver a 50% performance gain over its predecessor for real-world cloud workloads.
Azure Cobalt 200 aims to deliver a 50% performance gain over its predecessor for real-world cloud workloads.
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