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FPGA Verification for the OR1200 Subsystem in AVS-SoC

机译:AVS-SoC中的OR1200子系统FPGA验证

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This paper adopts a completely open-source OR1200 to development the CPU subsystem in AVS-SoC video decoder. Through the reasonable optimization and configuration for the core and its peripherals, it greatly enhanced the AVS chip's reusability and integration level. At first, the author successfully completed the simulation in RTL-level. And then for the OR1200 can be better used in AVS video decoder chip, designers set up a verification platform for OR1200 subsystem on FPGA board. The author elaborated on the process of software design and hardware transplant from ASIC to FPGA, and then verified and optimized the performance for this CPU subsystem. Setting up AVS decoding system on FPGA, the project can software/hardware co-verify the video decoder, which will greatly accelerate the SoC chip's development. Through the verification on FPGA board, testing for OR1200-based system has achieved the desired results.
机译:本文采用全开源OR1200,在AVS-SoC视频解码器中开发CPU子系统。通过合理的优化和配置核心及其外围设备,它大大提高了AVS芯片的可重用性和集成级别。起初,作者在RTL级别成功完成了模拟。然后,对于OR1200可以更好地用于AVS视频解码器芯片,设计人员在FPGA板上为OR1200子系统设置了验证平台。作者阐述了从ASIC到FPGA的软件设计和硬件移植过程,然后验证并优化了此CPU子系统的性能。在FPGA上设置AVS解码系统,该项目可以软件/硬件共同验证视频解码器,这将大大加速SOC芯片的开发。通过对FPGA板的验证,基于1200个系统的测试已经实现了所需的结果。

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