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ALP Chip Design Studio ​

ASIC/FPGA design from RTL to tape-out with synthesis, place & route, timing closure, and formal verification.

Pricing ​

PlanPriceIncludes
Pro$499 / moRTL design, synthesis, P&R, timing
EnterpriseCustomFormal verification, tape-out, vendor EDA sync

Feature Deep-Dive ​

RTL Design ​

Write SystemVerilog or VHDL inside .alp @task blocks. ALP provides syntax highlighting, linting, and auto-completion via the VS Code extension.

Synthesis ​

Run Yosys or Cadence Genus synthesis as ALP tasks. Reports are parsed and stored in the timeline. Area, timing, and power estimates are surfaced in the dashboard.

Place & Route ​

Execute OpenROAD or Innovus P&R flows. ALP monitors DRC violations and can iterate placement automatically to meet timing constraints.

Timing Analysis ​

Static timing analysis (STA) with PrimeTime or OpenSTA. Setup, hold, and pulse-width violations are mapped back to RTL source lines.

FPGA Flow ​

Support for Xilinx Vivado and nextpnr. Bitstream generation and hardware-in-the-loop testing are orchestrated as ALP tasks.

Formal Verification ​

Property checking and equivalence verification. ALP generates cover properties from @contract interface specifications and reports counterexamples.

Use Cases ​

  • ASIC teams automating RTL-to-GDSII flows with ALP orchestration.
  • FPGA teams iterating on firmware with fast P&R and hardware validation.
  • EDA teams integrating proprietary tools into a unified ALP pipeline.

Integration ​

Creates @task for RTL blocks, @workflow for synthesis→P&R→STA pipeline, @policy for DRC rules, and @contract for interface compliance.

Quickstart ​

  1. Install the EDA plugin: npm install -g @alp/chip-design-studio@80.0.0
  2. Initialize a chip project: alp init chip-project --template asic
  3. Write RTL: @task rtl(module: alu, inputs: [a, b, op], outputs: [result])
  4. Run synthesis: alp run --workflow synthesize
  5. Generate timing report: alp analytics timing --stage sta