Latest News
The latest electronics news, featuring updates and announcements from leading companies in the electronic components industry. Stay informed on product releases, industry trends, and market insights.
Renesas Pushes MCU Performance to 1GHz with New RA8P1 Devices
Renesas RA8P1 microcontroller delivers 1GHz performance, embedded MRAM and AI acceleration for high-efficiency edge AI systems.
Read MoreChina Team Develops 6000 Transistor Chip with 2D Transistors
Chinese researchers at Fudan University have unveiled RV32-WUJI, the most advanced 2D-material-based microprocessor to date, constructed from molybdenum disulfide (MoS₂) and just three atoms thick. Packing 5,931 transistors into a functional 32-bit RISC-V CPU, the chip demonstrates that 2D semiconductors can be used in practical logic circuits—despite current limitations in scale and performance. Leveraging machine learning to optimize the fabrication process, the team achieved a 99.7% yield, pointing to potential future applications in ultra-efficient edge computing and IoT devices. While still in its early stages, this breakthrough could mark the beginning of a new era in energy-efficient, atomically thin microcontrollers.
Read MoreChina Develops 2D Transistors For Faster Future
China has unveiled a breakthrough in transistor technology with the development of a state-of-the-art 2D transistor that could revolutionize processor speeds and energy efficiency. Led by Professor Hailin Peng at Peking University, researchers have created a Gate-All-Around Field-Effect Transistor (GAAFET) using bismuth oxyselene, a silicon-free material that enhances electron mobility and reduces power consumption. This innovation promises a 40% increase in processing speeds while using 10% less power. However, as transistors approach atomic-scale sizes, engineers must overcome challenges such as quantum effects, noise interference, and increased failure rates in highly dense chip designs.
Read MoreScientists Build Memory Chip Capable of Operating At Lava Temperatures
Recently, researchers demonstrated a new memory technology using graphene to create circuits capable of surviving +700°C. What challenges do electronics face in high-temperature environments, what did the researchers develop, and could this be the key to future electronics?
Read MoreInfineon TLVR Power Module Pushes Current Density Past 2 A/mm²
Infineon’s TDM24745T quad-phase TLVR power module delivers over 2 A/mm² current density and up to 320 A peak current for AI accelerators, GPUs, and dense server power architectures where transient response and board space are under pressure.
Read MoreYAGEO Targets WBG EMI Filters With R41D V234 Capacitors
YAGEO’s R41D V234 Series brings high dV/dt and increased ripple current capability to Y2/X1 film capacitors for SiC and GaN power systems, helping shrink EMI filters in automotive and industrial power conversion designs.
Read MoreEPC GaN Inverter Board Targets Faster BLDC Prototyping
EPC’s EPC91121 gives engineers a compact three-phase GaN inverter platform for 24 V-class BLDC development, combining 50 ARMS output, integrated sensing, controller support, and switching up to 150 kHz.
Read MoreYAGEO Film Capacitors Target EMI Stress in WBG Power
YAGEO’s R41D V234 Series is a family of Y2/X1 metallized polypropylene film capacitors for EMI suppression in SiC and GaN power systems, offering 300 VAC rating, 1200 VDC recommendation, high dV/dt capability, and increased ripple current handling.
Read MoreToshiba Photorelays Push Switching Reliability to 135°C
Toshiba introduces compact S-VSON4T photorelays rated for 135°C operation with integrated input resistors, designed for automated test equipment, probe cards, and burn-in systems.
Read MoreSTMicroelectronics Scales Silicon Photonics for AI Interconnects
STMicroelectronics moves its PIC100 silicon photonics platform into high-volume 300 mm production for 800G and 1.6T optical interconnects supporting AI data center infrastructure.
Read More