SiGPT FPGA Coming Soon · Founding Cohort — $1,000 credits reserved for first 10 orgs Apply now →
Holographic FPGA chip
AI-Native FPGA Engineering Platform · v0.9 preview

From Spec to
FPGA Bitstreams.

// Describe It. Build It. Validate It.

AI-native platform for FPGA and ASIC engineering. Compose production-ready designs from a curated library of hardware-proven FPGA IPs — synthesized, placed, routed, and timing-closed by AI.

50+ FPGA-proven IP $1000 Founding grant
Built for every major FPGA toolchain
AMD Vivado
Intel Quartus Prime
Lattice Radiant
Microchip Libero
Why It Matters

Engineering at
silicon fidelity.

SiGPT composes from a curated catalog of hardware-proven FPGA IPs — not experimental primitives or generative guesses. Every block enters your design with a real hardware track record.

50+
FPGA-proven IP blocks
100%
Hardware-proven
0
Untested primitives
FPGA die macro with copper traces
Live · xs_ip_catalog · v3.2.1

FPGA-Proven Heritage

Every block has been validated on real FPGA hardware — no untested primitives, no experimental blocks.

Hardware-Aware AI

Models trained on RTL, timing reports, and constraint files — not chat transcripts or web scrapes.

Composable by Design

Assemble systems from validated blocks. Skip the licensing negotiations and integration overhead.

Traceable Output

Every line of generated RTL maps back to a block, a version, and a build — reviewable end-to-end.

Data flow pipeline
The Engineering Pipeline

Eight stages. One command.

From natural-language spec to a hardware-ready bitstream — every stage is instrumented, observable, and reversible.

Live build pipeline · sigpt_engine · demo-tenant-01
STAGE 01
Spec Ingestion
Complete
STAGE 02
AI Architect
Complete
STAGE 03
IP Composition
Complete
STAGE 04
RTL Assembly
Running
STAGE 05
Synthesis
Queued
STAGE 06
Place & Route
Queued
STAGE 07
Timing Closure
Queued
STAGE 08
Bitstream Gen
Queued
Interactive Preview

Describe your design.
We handle the rest.

A live simulated build. Configure your spec, choose a target device, hit run — watch the engineering pipeline execute end-to-end.

spec.sigpt
build.log
demo-tenant-01 · Vivado 2024.1
Design Specification
Vendor
Optimization Goal
Target Device
build_output.log Idle
// Awaiting build. Configure your spec on the left and press Run Build.
Deliverables ✓ Build succeeded
◈design.bit12.4 MB
◈timing_report.txt248 KB
◈utilization.csv14 KB
◈documentation.pdf1.2 MB
🔒rtl_source.zip Unlock after validation
FPGA silicon die
Hardware-Proven

Every block.
Vetted before it ships.

Every IP in the SiGPT catalog is validated on FPGA hardware, documented for reuse, and licensed for composition. When SiGPT composes a design, you inherit that engineering heritage — instantly.

Why SiGPT

Engineering has evolved.
FPGA workflows should too.

The traditional FPGA flow is a maze of manual integration, licensing negotiations, and multi-tool orchestration. SiGPT replaces friction with engineering-grade automation.

Traditional Workflow
  • ✕Manual IP selection & licensing
  • ✕RTL integration by hand
  • ✕Constraint management overhead
  • ✕Multiple tool invocations
  • ✕Long iteration cycles
  • ✕Purchase IP upfront
  • ✕High initial commitment
SiGPT Workflow
  • ✓Natural-language specification
  • ✓AI-assisted architecture
  • ✓Silicon-proven IP composition
  • ✓Automated implementation flow
  • ✓Hardware-ready bitstream
  • ✓Validate before unlocking RTL
  • ✓Lower upfront cost
Four Pillars

Engineering knowledge.
Not just AI.

01

AI-Assisted Architecture

Transform engineering specifications into structured FPGA architectures. Trained on hardware-design patterns — not chat transcripts.

02

Hardware-Proven IP Library

Compose systems using validated FPGA IPs from a curated catalog — every block validated on real hardware.

03

Automated RTL Composition

Reduce repetitive integration while preserving engineering flexibility. Every generated line is traceable, reviewable, modifiable.

04

FPGA Flow Automation

Automate synthesis, implementation, timing analysis, and bitstream generation across Vivado, Quartus, Radiant, and Libero.

The IP Library

A curated library of
hardware-proven FPGA IPs.

Every block in the SiGPT catalog has been validated on FPGA hardware — spanning interconnect, memory, networking, security, DSP, and more. The library grows continuously.

50+
IP blocks
12
Categories
4
Vendor toolchains
100%
FPGA-validated
FPGA board glowing
Hardware-Ready Delivery

Bitstream with a
single prompt.

Deploy directly to reference boards from AMD, Intel, Lattice, and Microchip. Or bring your own custom hardware — SiGPT emits vendor-native artifacts that drop straight into your engineering workflow.

The SiGPT Model

Prototype First.
Own RTL Later.

Validate your implementation on real hardware before investing in RTL ownership. Unlock the complete RTL project only when your prototype proves successful — no upfront licensing gamble, no wasted engineering commit.

rtl_source.zip

Locked · Awaiting prototype validation

↓

Deploy to FPGA hardware

Bitstream validation on target device

↓
✓ PROTOTYPE VALIDATED

RTL source unlocked — engineering ownership transferred

Cinematic FPGA hardware
Hardware-Verified

Bitfile-first.
Simulation-second.

Every IP block in the SiGPT catalog has been proven on FPGA hardware, and what you build in SiGPT inherits that provenance directly.

How It Works

Five stages.
Zero manual glue.

01

Describe

Write your design intent in plain engineering English.

02

Architect

SiGPT proposes an FPGA architecture & IP topology.

03

Compose

Partner IP is stitched into a top-level RTL project.

04

Build

Synthesize, place, route, and close timing automatically.

05

Validate

Deploy the bitstream, then unlock RTL ownership.

Transparent Engineering Credits

1 Credit = US$1.
No subscriptions. Pay only for builds.

Credits are consumed only when an implementation workflow is executed. Founding Cohort applications are open to the first 10 approved organizations.

Standard Early Access
$100 promotional credits

Full platform access for teams evaluating SiGPT FPGA in production workloads.

  • ✓Full platform access & IP library
  • ✓Vivado / Quartus / Radiant / Libero support
  • ✓Prototype-first RTL unlock model
  • ✓Community & documentation support
  • ✓NDA-protected private workspaces
Founding Cohort · 10 seats
Founding Cohort
$1,000 promotional credits

For the first 10 approved organizations. Priority engineering access & direct roadmap influence.

  • ✓Everything in Standard Early Access
  • ✓Priority engineering support (24h SLA)
  • ✓Direct roadmap influence & feature previews
  • ✓Dedicated IP integration specialist
  • ✓Locked-in Founding pricing at GA
Product Roadmap

A five-phase journey.
From FPGA bitstreams to full-stack silicon.

Phase 01
SiGPT FPGA
Coming Soon
Spec → production-ready FPGA bitstreams. Full FPGA toolchain automation.
Phase 02
SiGPT Architect
Roadmap
System requirements → complete FPGA / SoC architectures with tradeoff analysis.
Phase 03
SiGPT RTL
Roadmap
Generate configurable, parameterized RTL from reusable IP & templates.
Phase 04
SiGPT TB
Roadmap
Reusable UVM verification environments with automated assertions & coverage.
Phase 05
SiGPT ASIC
Roadmap
Extend validated FPGA designs toward tape-out-ready ASIC implementation.
Frequently Asked

Engineering questions,
engineered answers.

On-premise and dedicated-VPC deployment is currently under roadmap evaluation. Enterprise pilots are supported today within isolated cloud workspaces — dedicated compute, custom retention policies, and BYO-KMS encryption.

Yes — enterprise customers can bring their own proprietary IP into their private SiGPT workspace. Secure IP ingestion is NDA-enforced with per-tenant cryptographic isolation, versioned catalogs, and full audit trails.

Bitstreams are yours to deploy on hardware you own or license. RTL source ownership unlocks separately under a distinct commercial agreement — the core of our Prototype-First / Own-RTL-Later model.

Yes. Organization workspaces support role-based access (Admin · Engineering Lead · Engineer · Reviewer · Viewer). Every build, IP selection, and RTL unlock is logged in an immutable engineering ledger.

A centralized organization wallet holds all credits. Team-level allocation, per-project budgets, and hard-cap alerts arrive in enterprise workspaces next quarter.

Early Access customers receive new capabilities as they ship — SiGPT Architect, RTL, TB, and ASIC modules will roll out to your workspace at no additional platform fee. Credit consumption may vary by capability.

Engineer datacenter cinematic
Early Access · Founding Cohort

Build the next generation
of hardware. Faster.

Apply for Early Access — $1,000 promotional credits reserved for the first 10 approved organizations.

⌘K
⚡ 1,000 credits
photon-networks
MR

Welcome back, Maya.

// photon-networks · Founding Cohort · Q3 sprint · 3 active builds

Active Projects
7
↗ +2 this week
Builds This Month
142
↗ +38% vs last month
Credits Remaining
1,000
Founding Cohort grant
Avg. Build Time
18m 42s
↘ -12% (target: 15m)
Active Builds
Build ID
Project
Device
Status
Progress
WNS
b-84e2f1
pcie-gen4-endpoint
Versal VCK190
● Running
—
b-84e2e9
ddr4-quad-mem-ctrl
Kintex UltraScale+
● Running
+0.084 ns
b-84e2c7
eth-100g-mac
Agilex 7 F-Series
✓ Passed
+0.213 ns
b-84e2a1
nvme-storage-accel
Versal VCK190
Queued
—
b-84e28e
secure-boot-aes
PolarFire SoC
✕ Failed
-0.041 ns
Build Orchestrator · pcie-gen4-endpoint
Elapsed 06m 21s · ETA 12m
✓
Synthesis
●
Placement
3
Routing
4
Timing
5
Bitstream
Announcements
Release
Vivado 2024.2 support is live

All AMD/Xilinx builds now default to Vivado 2024.2. Existing projects auto-migrate on next build.

Roadmap
SiGPT Architect · private preview

Founding Cohort members get preview access to the Architect module. Reserve your slot.

IP Library
+ 4 new IP blocks added

Ethernet TSN AVB, PCIe Gen5 x16 EP, DDR5-6400 controller, and MIPI CSI-2 D-PHY.

Security
SOC 2 Type II — in progress

External audit underway. Report available to enterprise customers Q4.