Wirral, United Kingdom. LDRA announced that its LDRA tool suite now supports enhanced analysis of timing coupling interference on multi-core architectures. Building on previous data coupling and control coupling tools, the new abilities present designers further insight into multi-core performance while allowing them to mitigate timing issues.

Whether they are caused by accident or a mistake, bugs are a critical part of developing software for embedded systems. And when those systems must be safe, secure, and reliable – think applications like aerospace, automotive, defense, energy, industrial, and medical – developers need tools to help them assure they’ve covered all the bases before software is deployed.

Wirral, United Kingdom. LDRA publicized it joined both the Renesas Ready Partner Network and the R-Car Consortium. The relationship extends LDRA's support to seamlessly incorporate system development tools utilizing Renesas R-Car system on a chip (SoCs), microprocessors (MPUs), and microcontrollers (MCUs) that are required to be in full compliance with industry-wide functional safety and cybersecurity standards.

Hard real-time applications, including automotive, avionics, industrial, and military systems, demand deterministic execution times for mission-critical tasks. To increase performance, many of these applications utilize multicore processors to split complex software code across many cores to reduce overall processing execution time.

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Hello Embedded Engineers, Developers and Makers! Welcome to In Case You Missed it: Embedded Insights, the weekly news show all about Embedded technologies and solutions from Embedded Computing Design.

In this episode of Embedded Insiders, Winston Leung, Senior Product Marketing Manager at QNX, and Jay Thomas, Director of Field Development at LDRA join the podcast to discuss the fusion of robotics and automation in modern manufacturing, and how functional safety is shaping this transformative shift.