ArchGen / Product systems

Physical design,
re-architected.

From stacked-silicon algorithms to autonomous engineering agents, ArchGen builds the systems that move chips from intent to verified geometry.

  1. 01 3D EDA algorithms Stacked-tier physical design
  2. 02 Newton PD Agent Diagnose → fix → verify
  3. 03 Placement IP Challenge-winning macro placement

3D EDA algorithms

Paid pilot

Two tiers.
One physical system.

Algorithms for 3D placement, routing, and physical validation across stacked tiers—built for the era beyond planar scaling.

Pilot partner
GlobalFoundries
Physical tiers
2
Footprint
≈ ½
Why 3D

As Moore's Law slows, stacking tiers puts more compute into less footprint.

Research preview—not a silicon or signoff claim.

BlackParrot front-end Combined candidate
Combined BlackParrot front-end placement before tier legalization
Top tier Actual legalized top-tier placement
Bottom tier Actual legalized bottom-tier placement

Newton PD Agent

Deploying

A co-engineer
inside the loop.

Newton reads physical-design evidence, decides what to change, runs the tools, and verifies the result.

Agent loop
Diagnose → Fix → Verify
Demonstrated subset
DRC repair
Newton PD Agent / product video See it work

Placement IP

Challenge winner

Placement that
earns its silicon.

Core IP for legal, lower-cost macro placement across large benchmark suites.

Valid designs
17 / 17
Overlaps
0
Verified rank
#1 · 0.9507
View the Partcl / HRT challenge

$20K first-place prize—and a wave of new customer calls.

IBM01 / Newton 2D Actual placement run
IBM01 macros and standard cells moving through the Newton placement run

Build with ArchGen

Put a self-learning system inside your physical-design flow.