LDRA joins Microchip’s Mi-V ecosystem

The collaboration between LDRA and Microchip expands functional safety and security support for Microchip’s RISC-V architecture with important new tools and capabilities that simplify and speed the development, verification and certification of applications using the PolarFire SoC FPGAs and PIC64 MPUs, both of which include multiple RISC-V processor cores.

As the RISC-V architecture continues to gain momentum across a wide range of markets, including automotive and IoT, Microchip has taken a leadership role in driving RISC-V-based hardware and software development support. Microchip's Mi-V ecosystem is a suite of tools and design resources co-developed with industry leaders to accelerate an organization's time to market for RISC-V designs. By joining Microchip’s Mi-V ecosystem, LDRA makes the extensive capabilities of its LDRA tool suite available for myriad RISC-V-based applications.

“RISC-V developers leveraging the strength and support of Microchip can now use LDRA’s development tools to focus on implementing functional safety and security in a wide range of embedded applications,” said Ian Hennell, Operations Director, LDRA. “Not only does this create safer and more reliable systems, but it enables developers to perform on-target testing and automate many stages of standards verification and meeting functional safety and security standards compliance.”  

Full LDRA tool suite capabilities now available for RISC-V architecture

The LDRA tool suite has been integrated with Microchip’s SoftConsole IDE for C/C++ development of bare metal and RTOS-based applications targeting PolarFire SoC FPGAs. The LDRA tool suite has also been integrated with Microchip’s MPLAB X IDE extensions and the MPLAB Extensions for Microsoft Visual Studio Code (VS Code) for the development of bare metal and RTOS-based applications targeting PIC64 MPUs.  

PolarFire SoC FPGA and PIC64 MPU developers can now take advantage of the full LDRA tool suite, including:

• Static analysis with code review (including coding standard violation reporting) and quality review (clarity, maintainability, testability)
• Dynamic analysis measuring structural code coverage
• Unit and integration testing, including timing tests like Worst Case Execution Time (WCET)
• Requirements traceability
• LDRAvault for a comprehensive team and data-centric approach to manage and track certification progress
• Functional safety and security standards compliance reporting