Learn BLUESPEC-SYSTEMVERILOG with Real Code Examples

BSV compiler converts rules and modules to RTL (SystemVerilog)

Rule scheduler manages concurrent actions and atomicity

Modules encapsulate registers, memories, and combinational logic

Parameterized interfaces enable modular hardware composition

Synthesized RTL can be targeted to FPGA or ASIC flows

BSV compiler converts high-level modules and rules to RTL

Rule scheduler manages concurrent execution

Modules encapsulate hardware state and behavior

Interfaces define communication between modules

Synthesized RTL is targetable to FPGA or ASIC

Rule-based modular design

Parameterized reusable components

Event-driven hardware behavior

Hierarchical module composition

Formal verification integration

FPGA-based signal processing pipeline

SoC components integration

Hardware accelerator for AI/ML workloads

Memory controller and bus systems

Modular digital system for research prototypes

Rule-based concurrency for hardware correctness

Modular and parameterized hardware components

Strong type system to prevent errors

Automatic scheduling of hardware actions

Integration with simulation and formal verification tools

Break large systems into smaller modules

Use parameterization for reuse

Leverage hierarchical module composition

Simulate individual modules before integration

Optimize rule granularity for FPGA/ASIC resources

Adapt SystemVerilog designs to BSV modules

Refactor combinational logic into rules

Use parameterized modules for reusable hardware

Test simulation output against known RTL

Update synthesis scripts for FPGA/ASIC targets