New Qualcomm-based modular architecture offers pin-to-pin upgradability and a decade of lifecycle support for AI-driven defense and industrial applications.
The new Helium family leverages silicon photonics to provide high-resolution depth and velocity sensing in an ultra-compact, software-defined package for autonomous systems.
IAR and SiFive deepen their collaboration to provide certified development tools for the latest 32-bit and 64-bit automotive-grade RISC-V processor cores.
Successful testing enables the use of cost-effective, high-bandwidth HYPERRAM with the AMD MicroBlaze V processor for embedded AI and I/O expansion applications.
The update introduces solutions for real-time human fall detection, energy-efficient object recognition, and automated land-cover change analysis across diverse embedded platforms.
EMASS's ECS-DoT AI chips integrate with Semtech's LoRa transceivers to provide long-range, battery-efficient intelligence for IoT systems requiring on-device data processing.
Joint research demonstrates a path toward high-performance, cost-effective, and fully integrated radio frequency and optical front-end modules using layered silicon technologies.
Siemens and nVent collaborate on a Tier III-capable reference architecture that combines industrial electrical systems with advanced liquid cooling to accelerate AI infrastructure deployment and efficiency.
A new partnership brings KontronOS to congatec’s aReady.COM portfolio, offering developers a hardened, Linux-based foundation for cyber-resilient embedded systems.
New X4-Class device delivers 480 A capability in a compact SMPD-X package to streamline thermal design and reduce component count in industrial and energy applications.
A new strategic collaboration focuses on co-designing high-performance data center hardware and domestic manufacturing to secure the American AI supply chain.
As one of the first Canadian firms to reach this milestone, WOLF aligns with rigorous U.S. Department of Defense standards for protecting sensitive mission data.
New 280 MHz microcontrollers combine advanced security, flexible memory allocation, and industrial-grade reliability for demanding automation and robotics applications.