OnLogic's Hunter Golden reveals how enterprises can deploy effective AI at the edge with right-sized hardware, lower costs, and even better performance than cloud alternatives.
Robert Bielby assesses his 2025 predictions for the automotive industry and examines Intel’s exit, China’s BYD beating Tesla, German market woes, and 8K display adoption.
By blending rugged design with Solidigm’s high-density SSDs, Antillion is redefining what’s possible in disconnected, real-time environments.
Multi-modal generative AI is transforming ADAS with compute-heavy LLMs, driving demand for HBM and memory safety to enable smarter, more human-like, and safer automotive navigation.
Part 1 of a series: Once tech followers, vehicles now lead the charge in advanced memory and storage, reshaping semiconductors with demands for speed, security, and software-defined performance.
Financial incentives and future legislation are pushing EV adoption, but advanced power electronics and battery technologies are crucial to addressing range anxiety and driving broader acceptance.
Dryad Networks pairs its IoT sensor mesh with autonomous Silvaguard drones to confirm wildfires faster and give responders real-time eyes on the ground — before the smoke even rises.
In this blog, Robert Bielby explains how engineers leverage redundancy, decomposition, and fault detection to certify standard components for advanced safety compliance at the system level.
MIPS’ recently announced Atlas portfolio integrates sensing, decision-making, and real-time control systems. These compute subsystems enable intelligent, autonomous machines across edge applications.
Dryad Networks is scaling its solar-powered gas sensors to detect wildfires early—most recently deploying 50,000+ sensors in Thailand’s forests to enhance fire prevention and environmental protection.
At Mobile World Congress 2025, Allyson Klein and Arm CMO Ami Badani discuss how power-efficient compute is fueling the next wave of AI innovation, enabling new use cases across industries.
Ensuring vehicle safety requires rigorous design, but failures still happen. This blog dives into FuSa random fault coverage, breaking down ASIL metrics, failure rates, and how safety mechanisms work.
Allyson steps into the arena with British physicist Jess Wade to discuss her advocacy for under-represented STEM recognition through Wikipedia biography publication.
Allyson steps into the arena with British physicist Jess Wade to discuss her advocacy for under-represented STEM recognition through Wikipedia biography publication.