Flagship Product

spv_sim

High-speed, full-featured mixed-signal simulator with complete UVM support for large-scale digital and analog circuit designs

spv_sim - Simulation Console module tb_cpu; reg clk, rst_n; reg [7:0] data_in; wire [7:0] data_out; initial begin clk = 0; forever #5 clk = ~clk; end // UVM test sequence task run_test(); data_in = 8'hA5; #100 data_in = 8'h3C; endtask $ ./spv_sim tb_cpu --uvm Loading design... Compiling: tb_cpu.sv Compile: OK (0.42s) Elaborating UVM testbench... Elaborate: OK (0.18s) Running simulation... [0042%] t=420ns Events: 12,847 [0087%] t=870ns Events: 28,391 [0100%] t=1000ns Events: 34,208 Simulation complete: PASS Assertions: 1,247 passed, 0 failed Coverage: 97.3% (Stmt + Branch + Toggle)

High-Speed Simulation

High-performance simulation with optimized engines that deliver approximately 10x faster results versus competing flows on selected designs.*

Full UVM Support

Complete implementation of Universal Verification Methodology with advanced constraint solving and coverage collection.

Mixed-Signal Analysis

Seamless integration of analog and digital domains with advanced solver technology for accurate mixed-signal simulation.

Advanced Debug

Powerful waveform viewer and debug tools with real-time signal tracing and automated error identification.

Multi-Language Support

Native support for SystemVerilog, Verilog, VHDL, and mixed-language designs with full semantic consistency.

Cloud Ready

Scalable architecture supporting distributed simulation across multiple servers for maximum throughput.

Experience spv_sim Today

Request a personalized demo and see how spv_sim can transform your verification flow.

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* Performance figures are approximate averages from internal benchmarks on selected designs. Results vary.