Build RTL Designs and Verify Chips with AI

Chipix is an AI-native platform that allows engineers to design RTL circuits using natural language prompts and verify chip functionality using advanced AI models trained on billions of hardware simulations.

Demo
AI Workspace
Prompt Definition
>

Generated RTL (Verilog)
Live Analysis
Timing Warning
Stage 2 setup time near critical path limit.
Logic Verified
No overflow detection faults found. Formal proved.
Simulation Idle
Network: Idle
Untitled-Auto.v
Generate a 16-bit sum accumulator
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module accumulator (
input clk,
input reset,
input [7:0] din,
output reg [15:0] sum
);
always @(posedge clk or posedge reset) begin
if (reset)
sum <= 16'b0;
else
sum <= sum + din;
end
endmodule
BIJECTIVE MAPPING VERIFIED

Trusted by teams building next-generation silicon

IntelAMDNVIDIAQualcommTSMCSamsungSynopsysCadence
Feature 1

Design RTL Circuits Using Prompts

Describe your hardware in natural language and let AI generate synthesizable RTL instantly.

Chipix is an AI-native platform. Simply type what you want to build and let the intelligent AI assistant generate the complete RTL architecture automatically.

  • Prompt-based RTL generation
  • Natural language hardware design
  • Instant synthesizable Verilog output
  • Conversational design workflow
AI Workspace
Prompt Definition
>

Generated RTL (Verilog)
Live Analysis
Timing Warning
Stage 2 setup time near critical path limit.
Logic Verified
No overflow detection faults found. Formal proved.
Simulation Idle
Network: Idle
Feature 2

Verify Chips Using AI

Automatically detect design errors instantly.

Chipix uses advanced machine learning models trained on billions of RTL designs to detect bugs, timing violations, and logic failures. View live waveform analyses matching hardware stimulus behavior.

  • AI-based verification vectors
  • Instant bug detection
  • Live Waveform generation
core_alu.v
AI Guard
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always @(posedge clk) begin
if (valid_in) begin
result_out <= (mul_a * mul_b) + add_c;
// Pipeline inserted by AI
inter_reg <= mul_a * mul_b;
result_out <= inter_reg + add_c;
end
end
Critical Timing Path
Combinational multiplier directly drives adder. This creates a slack violation of -1.2ns at 500MHz.
AI Fix Available
Feature 3

Works Autonomously with AI Agents

Let AI run simulations and test designs automatically.

Chipix agents can execute verification flows, run massive parallelized simulations, and generate terminal reports without requiring manual CLI interactions.

  • Automated simulation pipelines
  • Parallel continuous testing
  • Smart debugging logs
Agent Orchestrator
Cluster Active
Verify the latest RTL synthesis on accumulator.v
Initializing multi-agent verification cluster. Spinning up parallel sub-agents for simulation, timing, and structural checks...

SimAgent-Alpha

Generating directed test benches...

GraphAgent-Beta

Analyzing topology and structural paths...

Verification Complete
Feature 4

Seamless Code Automation

Connect logic natively mapping to physical structures.

Code and the contextual hardware model maintain bi-directional symmetry. Update your prompts and instantly observe optimal, synthesizeable structural Verilog generation.

  • Synthesizeable structural HDL
  • Zero-latency transpilation
  • Conversational prompt editing
Untitled-Auto.v
Generate a 16-bit sum accumulator
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module accumulator (
input clk,
input reset,
input [7:0] din,
output reg [15:0] sum
);
always @(posedge clk or posedge reset) begin
if (reset)
sum <= 16'b0;
else
sum <= sum + din;
end
endmodule
BIJECTIVE MAPPING VERIFIED

Trusted by Industry Leaders

"Chipix reduced our verification time by 60 percent using prompt-driven RTL generation and AI-powered validation. Absolute game-changer for AI pipelines."

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Rahul Mehta

Senior Hardware Engineer

"The prompt-based design engine is incredibly powerful. It catches issues we used to miss. Bi-directional transpilation is magical."

A

Ananya Rao

Verification Lead

"Chipix makes RTL design faster and more intuitive than traditional tools. We're cutting our time-to-market in half."

V

Vikram Patel

FPGA Engineer

Built for Hardware Teams

Whether you are an established industry giant or a fast-moving AI silicon startup, Chipix accelerates your velocity.

Semiconductor Companies

Design and verify complex chips faster.

Startups

Accelerate product development with AI automation.

Universities

Teach digital design using visual tools.

Research Labs

Run large-scale simulations efficiently.

From Design to Verification in Minutes

01

Write Prompt

Describe the hardware you want to build.

02

Generate RTL

AI creates synthesizable Verilog automatically.

03

Run Verification

AI analyzes timing, logic, and behavior.

04

View Results

Get simulation reports and waveform outputs.

Ready to Build

Describe Your Hardware. Let AI Build It.

Join thousands of next-generation hardware engineers using Chipix to design and verify pipelines efficiently.

Get Started for Free