The latest version of SEGGER's Embedded Studio for RISC-V adds support for 64-bit RISC-V cpus, including RV64I, RV64E, and RV64GC with floating point units.
It integrates the SEGGER emRun C/ C ++ runtime library with the emFloat floating point library, SEGGER Linker, and SEGGER Compiler to develop compact, efficient code. The GNU compiler and linker were merged for maximum flexibility and compatibility.
Built-in debugger native support for J-Link and a full-fledged simulator is ideal for automated testing. In conjunction with the GDB remote protocol, Embedded Studio allows the use of third-party debugging probes.
"64-bit embedded systems are becoming more popular with faster chips and larger applications," said Ivo Geilenbruegge, managing director of SEGGER. "As embedded specialists, we are at the forefront of new technologies. As a long-time member of the RISC-V Foundation, we are committed to a wide range of RISC-V support, from small 32-bit to high-end 64-bit kernels, from simple debugging to Flash programming and real-time tracing. One IDE fits all environments."
As the debug probe of choice for Embedded Studio users, J-Link supports all standard 32-bit and 64-bit RISC-V cores with non-invasive backgrounds, system bus memory access, and RTT.
Features provided internally within the solution also include direct downloading into flash via an open flash loader interface, giving the RISC-V ecosystem access to a huge catalog of company-supported flash devices and the opportunity to add flash programming for newly developed devices.
