Systemverilog and UVM exercises inspired by ziglings
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Updated
Aug 23, 2026 - SystemVerilog
Systemverilog and UVM exercises inspired by ziglings
RV32I RISC-V core written in SystemVerilog, with an emphasis on coverage-driven verification using constrained-random stimulus, SVA assertions, and functional coverage
A structured collection of SystemVerilog constraint randomization problems and solutions. Organized by difficulty levels theoretical easy medium and hard coding to support progressive learning. Designed for mastering constraint techniques building reusable SV UVM examples and preparing for Design Verification interviews.
A 4-bit Gray code counter designed in Digital and implemented in SystemVerilog with testbench verification.
End-to-end UART TX/RX verification using SystemVerilog OOP, constrained-random stimulus, functional coverage, SVA assertions, mailboxes, monitors, drivers, and self-checking scoreboards.
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