Automotive OEMs Focus On SDVs, Zonal Architectures
Cheap imports are ratcheting up pressure on traditional carmakers, but changes are more difficult than anticipated.
AI Drives IC Design Shifts At The Edge
Rollout of artificial intelligence has created a whole new set of challenges, along with a dizzying array of innovative options and tradeoffs.
Batteries Look Beyond Lithium
New chemistries can power everything from mobile devices to grid storage.
LLMs Show Promise In Secure IC Design
Large language models can identify and plug vulnerabilities, but they also may open new attack vectors.
Security Concerns Weigh Down Open-Source EDA
Issues vary by application and how and where it's used, but many tools already contain some open-source code.
Challenges In Reducing Wireless Latency
New protocols and technology will spur a whole new wave of chips, but those designs will be significantly more complicated.
Managing Legacy In Automotive
As vehicle technology evolves, carmakers must decide which technologies move forward and what gets left behind.
Devising Security Solutions For Hardware Threats
Keeping up with attackers is proving to be a major challenge with no easy answers; trained security experts are few and far between.
Balancing Programmability And Performance In Cars
Customization and adaptability are essential for software-defined vehicles, but there's a price to pay for that flexibility.
Photonics Could Reduce The Cost Of Lidar
Known as the workhorse technology for long-haul communications, photonics now plays a very different kind of role.
More Top Stories »
Devising Security Solutions For Hardware Threats
Keeping up with attackers is proving to be a major challenge with no easy answers; trained security experts are few and far between.
Hardware Security Set To Grow Quickly
As vulnerabilities become more widespread and better known, industry standards will have to keep up.
Defining Chip Threat Models To Identify Security Risks
Not every device has the same requirements, and even the best security needs to adapt.
Moving Software-Defined Vehicles Forward
Automotive OEMs must undergo a change of mindset and a willingness to embrace open standards for SDVs to become a reality.
Big Shift: Creating Automotive SW Without HW
Agile development may be the best approach for designing new vehicles, but it requires a complete mindset shift for carmakers, particularly with mi...
More Roundtables »
Why Connectivity Is Changing Microcontrollers
The age of simple MCUs has given way to much more complex low-cost devices.
Toward Software-Defined Vehicles
Changes in software can be instantaneous, but the underlying platform needs to be robust, secure, and safe.
MCU Changes At The Edge
Microcontrollers become key platform for machine learning.
Adapting To Evolving IC Requirements
Right-sizing chiplets and other components based on real workloads.
Sensor Fusion Challenges In Automotive
Why a single, centralized architecture is so critical for sensors.
More Multimedia »
See All Posts in IoT and Security »
See All Posts in IoT, Security & Automotive »
See All Posts in Test, Measurement & Analytics »
See All Posts in Manufacturing, Packaging & Materials »
