![]() ![]() ![]() The ARC AXS102 Software Development Platform includes the AXC002 CPU Card that supports the new ARC HS34 and HS36 processors in an FPGA implementation, ideal for the development of SoCs for high-performance embedded applications. For example, the ARC 770D processor can run up to 800 MHz. The AXS101 Software Development Platform incorporates the AXC001 CPU Card that supports the ARC 625D, 770D, EM4, EM6 and AS221BD processors in an ASIC implementation, delivering at-speed operation. The ARC Software Development Platforms include CPU daughter cards that enable real-time software development, validation, code porting, software debugging and analysis on real hardware. "Synopsys' ARC Software Development Platform offers a pre-validated, integrated solution that allows software engineers to start developing software much faster and earlier in the design cycle, helping to achieve aggressive time-to- market schedules, while reducing the overall development effort." "Software development is often the most critical and resource-intensive portion of the overall SoC development process," said Clint Cole, CEO of Digilent, Inc. Additionally, the built-in HapsTrak® connector on the ARC Software Development Platforms allows designers to quickly implement SoC prototypes using Synopsys' industry-leading HAPS® FPGA-based prototyping solution. The ARC Software Development Platforms' wide range of peripheral I/Os, including licensable DesignWare Interface IP such as USB, Ethernet, UART, GPIO, SPI, I 2C and Secure Digital (SD), allow designers to use the same hardware and drivers in the final SoC implementation, reducing development effort. The ARC AXS101 and AXS102 Software Development Platforms are complete and ready-to-use hardware and software platforms that include ARC processors, peripherals, pre-built Linux and MQX operating systems, device drivers, and application examples, enabling designers to start software development prior to SoC availability. today announced the new DesignWare® ARC® Software Development Platforms to accelerate software development and debug of ARC processor-based system-on-chip (SoC) designs. ![]()
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January 2023
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