Welcome to our community of innovators, sharing perspectives on what comes next.
Robert Bielby discusses the impact of Level 3 ADAS on automotive chip technology, highlighting the need for new system-level architectures and advanced SoCs to handle diverse workloads. He explores the adoption of chiplet technology, which offers efficiency and cost benefits over traditional monolithic solutions.
Discover how Advanced Driver Assistance Systems (ADAS) are transforming the automotive industry. From Level 0 to Level 5, learn about the different ADAS levels and their impact on driving safety. See why ADAS features are becoming a top priority for car buyers and how they're making our roads safer and driving smarter.
Allyson Klein’s insights from the Data Insights series interview with Solidigm and Cheetah RAID.
TechArena innovation blogger Robert Bielby kicks off his content series on how the automotive sector is being disrupted by technology.
TechArena’s take on Cellnex’s 5GMed trial, why the EU is involved in testing x-border 5G connectivity, and how this influences things like autonomous transport in Europe.
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.
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.