As cars have evolved into rolling computing platforms, vehicle safety now extends well beyond the traditional seat belt.

Increasing reliance on digital electronics and software in new vehicles requires a new generation of reliable memory that ...

Addressing the needs of functional safety is essential for success in the automotive industry, however it presents challenges to even the most experienced of semiconductor vendors. What’s functional ...

An electronic design that can be used in multiple ASICs/SoCs is a potential “IP” in the semiconductor industry. The premise of semiconductor IP market is simple – IP vendor focuses on designing, ...

Microchip is aiming at automotive and industrial control applications with human interaction, with a series of MCUs that combine functional safety and a touch controller – branding them AVR ‘DA’.

Enabling Functional Safety with ASICs Designed for ISO 26262 Through this partnership, SEALSQ’s post-quantum secure technology will be integrated into IC’ALPS’ automotive ASIC designs ...

And the automotive sector has proactively adopted voluntary safety standards. Since its introduction in 2012, the ISO 26262 functional safety standard has been widely implemented by OEMs and ...

VeriSilicon has unveiled the industry-leading automotive-grade intelligent driving SoC design platform. Takeaway Points VeriSilicon unveils cutting-edge SoC platform. The platform provides robust ...

IC’ALPS brings to the partnership its expertise in power management integrated circuits and adherence to automotive safety standards, including IATF16949 and ISO 26262 for functional safety.

TESSY, the C/C++ unit and integration test tool certified for functional safety from Razorcat, now integrates the ABIX HiperSIM simulator for the reliable and fast verification of automotive embedded ...

Enabling Functional Safety with ASICs Designed for ISO 26262 Through this partnership, SEALSQ’s post-quantum secure technology will be integrated into IC’ALPS’ automotive ASIC designs, providing ...