Convert RF Intent to Verified RTL
Describe your circuit block plainly. Skycore produces synthesizable Verilog and verifies it in parallel, reducing manual work before first silicon.
input wire rf_inp, rf_inn,
output wire rf_outp, rf_outn,
input wire [3:0] gain_ctrl
);
parameter real NF_DB = 1.2;
parameter real IIP3_DBM = 11.5;
// cascode topology, bias via gain_ctrl
endmodule
Manual RTL delays each RF tapeout
Three sources of friction extend schedules and take engineers from core design decisions.
First simulation takes weeks
Writing LNA, mixer, and PA RTL from spec sheets takes 3 to 6 weeks per block before simulation starts. That delay puts the schedule at risk.
UVM setup consumes verification time
For every new block, testbenches, scoreboards, and coverage models take time engineers could spend exploring architecture and analyzing corner cases.
Manual specs create late RTL bugs
Transcribing RF performance specs into Verilog parameters causes errors that appear after synthesis, driving costly iterations with physical design teams.
Three steps from spec to verified RTL
Plain language in, synthesizable Verilog and coverage reports out.
Describe the block plainly
Give the topology, target process node, RF specs (NF, IIP3, gain), and interface needs. No templates or forms.
Get synthesizable Verilog
Skycore returns a complete RTL module with ports, parameter bindings, and synthesis constraints aligned to your target process.
Run testbenches at once
UVM testbenches run on the generated RTL. Coverage reports and assertion results come back with the code, not days afterward.
Designed around RF workflows
Each feature targets a tapeout pain point, not a general-purpose AI feature list.
RF-Aware RTL Creation
Produces Verilog shaped by real RF constraints, including differential topologies and noise-figure parameter bindings, rather than generic digital templates.
Verilog / SystemVerilogVerification Agent
UVM testbench scaffolding, scoreboards, and coverage collection are generated automatically. Results come with the RTL, not in another verification sprint.
UVM TestbenchesMulti-Format Output
Exports synthesizable RTL, SPICE-compatible netlists, and constraint files for major EDA tool suites and PDK flows.
Verilog / SPICE / SDCWe once needed two weeks to move from block spec to a clean testbench. Using Skycore, our first LNA block simulation ran in three days. The verification agent found a bias current issue before layout.
Simple monthly pricing, no run fees
Begin solo, then switch to a team plan as the workflow grows. Solo and Team require no annual commitment.
Join early access
Skycore seeks a limited group of RF design teams. Apply to reserve a place and shape the feature roadmap.