Automotive

Have you ever wondered about the security implications of peripheral devices in modern automotive systems? This post explores the risks, the debate between hardware and software teams and proven strategies for protecting these critical components.

Countless modern systems, including automotive and audio, depend on software to manage the intricate relationship between gPTP and PLL to eliminate buffer overflow or underflow. Explore how a simple change in clock signals raises concerns — and software’s crucial role in managing system complexity.

Explore Analog Devices A2B, a two-wire serial bus technology whose appeal lies in its ability to transmit multiple synchronized, low-latency audio channels with exceptional fidelity. Our engineer discusses a recent innovative project and the latest AD2437 chip which opens up new possibilities for large-scale deployments and complex audio systems.

Discover how A2B technology is transforming the future of fault detection in automated equipment, from agriculture to health care to IIoT and beyond. Learn how this innovative solution helps organizations unlock more effective fault detection.

From conference rooms and control systems to stage band applications, this post discusses numerous potential new use cases for Analog Devices A2B technology that extends beyond use in automotive applications.

Delving into how the A2B audio bus technology works, this post highlights the technology’s advantages and its use in automotive applications.

LAFAYETTE, Colo. — Cardinal Peak, a full-service engineering firm specializing in hardware, embedded software, cloud and mobile product development, today announced the company has been named an Alliances Design Partner by Analog Devices, Inc., a leading global high-performance analog technology company.