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1)Architected the class based verification environment in UVM. 2)Defined Verification Plan. l 66% 3)Verified the RTL module with UVM Test Bench with different test scenarios like single READ,WRITE &Burst READ,WRITE with different burst lengths. 4)Generated functional and code coverage fo
Sapphire SoC: RV32I RISC-V core optimized for FPGAs, featuring UVM verification, AXI4-Lite bus, FreeRTOS support, and Shakti-inspired design. Open-source under MIT license for embedded/IoT applications.
Starting the "100 Days of RTL Challenge" has been an exciting adventure. Each day, I'm diving into Verilog-based RTL design, exploring the world of digital circuits. From understanding basic gates to tackling complex sequential circuits, these 100 days are helping me become a proficient RTL designer.