New SmartMotion IMUs offload computational tasks from the central processor to the sensor, enabling high-fidelity spatial audio and AR overlays with ultra-low power consumption.
New 5 nm super-integration processors enable OEMs to consolidate propulsion, safety, and body domains into a single hub, reducing architecture complexity and costs.
Axiomtek introduces a medical-grade computing system featuring 13th Gen Intel Core processing and dedicated GPU expansion for real-time imaging and surgical monitoring.
New R-Car X5H silicon samples and a production-grade development platform aim to unify ADAS, infotainment, and gateway functions on a single 3nm automotive compute engine.
Total contract ceiling increases to $88 million as QuickLogic achieves key milestone with test chip tape-out for mission-critical defense and space systems.
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.