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Cree LED OptiLamp Pixels Bring Integrated Control To Modern Displays

Cree LED’s OptiLamp devices integrate driver and control logic inside each pixel, enabling smoother visuals, lower power use, true 1 to 1 scan behavior and simpler display architectures for large and small format systems.

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Microchip Power Module Lifts AI Server Density With Vertical Architecture

Microchip’s MCPF1525 power module provides 25A per device, stackable to 200A, with PMBus control, low noise performance and a vertical package that improves board density for AI, HPC and PCIe based compute systems.

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RECOM High-Density DIN Rail Supply Widens Power Margin in Compact Panels

RECOM’s RACPRO1-S240 DIN rail supply provides 240W continuous output, a 150 percent peak power window, wide input flexibility and up to 95 percent efficiency to support industrial, automation and infrastructure systems where cabinet space and thermal margin are limited.

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Toshiba Sine-Wave Controllers Sharpen Bldc Efficiency In Compact Drives

Toshiba’s TC78B043FNG and TC78B043FTG sine wave controllers enable quieter, higher efficiency three phase BLDC motor operation with precise lead angle tuning, integrated protection, and compact packaging for consumer and industrial designs.

Toshiba, TC78B043FNG, TC78B043FTG, BLDC motor control, sine wave drive, motor controllers, IPM motors, SPM motors, lead angle control, embedded motor systems, PWM control, home appliances, industrial equipment, WQFN20, HTSSOP28, motor tuning, non volatile memory, Hall sensor drive, low noise motor control

Samtec’s 0.80 mm Edge-Card Sockets Target High-Speed Modular Designs

Samtec’s HSEC8 0.80 mm edge-card sockets use machined contacts to support high-speed, high-cycle modular systems.

Samtec, HSEC8, Generate series, edge card socket, 0.80 mm pitch, Edge Rate contact, high speed connector, signal integrity, modular systems, right angle connector, vertical connector, edge mount, power signal combo, PCB connector, datacom, telecom equipment, instrumentation, industrial electronics

EPC’s First Gen 7 eGaN FET Pushes Power Density in 40 V Designs

EPC’s new 40 V Gen 7 eGaN transistor offers low RDS(on) and reduced switching loss for compact, high efficiency power stages.

EPC, Efficient Power Conversion, EPC2366, GaN FET, eGaN transistor, Gen 7 GaN, 40 V FET, low RDSon, QG, synchronous rectification, DC DC conversion, AI servers, motor drives, power electronics, high density power, PQFN package

YAGEO’s Multi-Band GNSS Timing Antenna Targets Outdoor Synchronization Systems

YAGEO’s tri-band GNSS timing antenna supports L1, L2, and L5 operation for outdoor synchronization systems.

YAGEO Group, GNSSL125DM26NM, GNSS antenna, L1 L2 L5 GNSS, timing antenna, synchronization systems, RF design, outdoor enclosure, N-type connector, ceramic patch antenna, low noise amplifier, GNSS timing, network clocks, GNSSDO, base stations, small cell, smart grid, infrastructure timing, RF interference filtering

Researchers Create Analog Chip To Reduce AI Computing Energy by 5000x

As AI workloads drive computing energy consumption to record levels, researchers demonstrate analogue in-memory computing that slashes power use by orders of magnitude, pointing toward a more sustainable future for high-performance computing.

AI energy consumption, in-memory computing, analogue computing, semiconductor research, energy efficient computing, data centers, AI hardware, memory architecture, CMOS technology, future computing

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

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

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