SILICON VALLEY, Calif. & ARLINGTON, Va.–(BUSINESS WIRE)–Ashling and CAES introduced at the moment that Ashling’s RiscFree Toolchain will present software program improvement assist for CAES’ NOEL-V fault tolerant RISC-V based mostly processors.
NOEL-V is a synthesizable VHDL processor mannequin based mostly on the open RISC-V structure focusing on mission crucial electronics for aerospace and protection industries. Seven completely different configurations at the moment are out there, starting from a tiny 32-bit model to a 64-bit excessive efficiency model. NOEL-V enhances the LEON line of processors and is appropriate for fault and radiation-tolerant FPGAs and ASIC designs for house and satellite tv for pc purposes.
“We’re excited to accomplice with Ashling and have their RiscFree toolchain assist our NOEL-V processors. CAES’ clients will profit from our increasing improvement instruments ecosystem as it is going to assist expedite time to market,” mentioned Mike Elias, Senior Vice President and Common Supervisor Area Division, CAES.
RiscFree is Ashling’s Built-in Growth Atmosphere (IDE) together with a Compiler and Debugger and supplies software program improvement and debug assist for NOEL-V. Since its introduction, Ashling’s RiscFree toolchain has been steadily constructing market share inside the embedded instruments market and is especially sturdy within the RISC-V market the place its ease-of-use, broad performance, plug-in structure and upcoming Actual-time Hint assist have made it the go-to alternative for 32-bit and 64-bit RISC core software program improvement for the aerospace and protection industries.
“We’re happy to announce our assist for CAES’ just lately introduced NOEL-V processor and that our RiscFree is now a part of CAES’ eco-system of improvement and debug. We consider RiscFree assist will supply the geospatial business a number one Toolchain which can assist in dashing up the deployment of any NOEL-V processor powered options.” mentioned Hugh O’Keeffe, CEO of Ashling.
Ashling RiscFree toolchain assist for CAES’ NOEL-V processor consists of:
- Undertaking Supervisor and Construct Supervisor together with Make and CMake assist
- Supply-code Creation and Navigation assist
- GCC toolchain totally built-in into the RiscFree IDE with assist for newlib run-time library
- Run-time Debug
- Debugger Register View assist for Peripheral and CSR Registers
- RTOS Debugger FreeRTOS Activity and Queue Views
- Customized instruction assist together with additions to the usual RISC-V ISA
- Actual-time Hint (coming quickly)
“The collaboration between Ashling and CAES on RISC-V is an instance of progress made inside the RISC-V neighborhood to assist world adoption and proliferation of RISC-V.” mentioned Calista Redmond, CEO, RISC-V Worldwide. “Collectively, the ecosystem is rising by way of IP and Toolchain suppliers working carefully collectively.”
For extra data on Ashling’s RiscFree see: https://www.ashling.com/ashling-riscv/ and for particulars on CAES’ NOEL-V see https://www.caes.com/gaisler
About Ashling
Ashling have been a number one supplier of Embedded Growth Instruments & Providers since 1982 with design centres in Limerick Eire and Kochi India and gross sales and assist places of work in Europe, Asia Pacific, the Center East and America. Go to www.ashling.com for extra particulars.
About CAES
CAES is a pioneer of superior electronics for essentially the most technologically difficult navy and aerospace trusted techniques. As the biggest supplier of mixed-signal and radiation-hardened expertise to the US aerospace and protection business, CAES delivers high-reliability RF, microwave and millimeter wave, microelectronic and digital options that allow our clients to make sure a safer, safer planet. On land, at sea, within the air, in house and in our on-line world, CAES’ in depth electronics and enhanced manufacturing capabilities are on the forefront of mission-critical navy and aerospace innovation. www.caes.com
About RISC-V
The RISC-V open structure ISA is underneath the governance of the RISC-V Worldwide. Go to https://riscv.org for extra particulars.
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