Accelane
AI-Native ASIC Design Platform: RTL to GDSII at GPU Speed
Proprietary AI-orchestrated EDA platform with GPU-accelerated synthesis, place & route, static timing analysis, and automated DRC/LVS self-healing. 7–10× faster than conventional CPU-based flows.
From RTL to tapeout, at GPU speed.
See how Accelane brings synthesis, place and route, timing analysis, and verification together in one intelligent design workflow.
Accelane benchmark replay · compare only under matched design, PDK, constraints, and sign-off settings.
What this could mean for commercial flows
The nearly 10× Accelane result is our reference point. Commercial flows already use mature multicore optimization, so the expected end-to-end uplift is more measured.
Accelane vs. OpenLane
End-to-end runtime reduction
Benchmark result for the Accelane implementation on a matched OpenLane flow.
Cadence Genus + Innovus
Potential end-to-end runtime reduction
Estimate for GPU-accelerated optimization stages alongside an already highly parallel commercial baseline.
Synopsys DC + ICC2 / Fusion
Potential end-to-end runtime reduction
Estimate for GPU-accelerated synthesis and implementation workloads; sign-off and flow configuration remain material.
Important: Genus/Innovus and Synopsys ranges are engineering projections, not published or validated benchmarks. Actual acceleration depends on design size, node, PDK, constraints, thread count, hardware, enabled engines, and QoR/sign-off criteria. We validate commercial-toolchain results with matched RTL, PDK, constraints, and acceptance thresholds.
From five months of closure loops to two
GPU-accelerated exploration shortens the feedback loop between design verification, physical design, and ECO implementation—so teams can evaluate more viable options before committing.
Validated at TSMC 28 nm
The flow is validated on TSMC 28 nm and shows close directional correlation with 7 nm results for architectural and implementation trade-off analysis.
Use the 28 nm-validated flow to screen PPA alternatives, rank ECO directions, and converge on the highest-value candidates before final-node sign-off.
7 nm correlation supports early design-space exploration; final implementation and sign-off remain node-, PDK-, and foundry-flow-specific.
7–10× Faster EDA
GPU-accelerated synthesis, PNR, STA, and DRC deliver dramatic speedups across the full design flow — enabling rapid iteration and faster time-to-market.
Massive Parallelism
Thousands of GPU cores process millions of gates, routing segments, and timing paths simultaneously — breaking through traditional CPU-based EDA bottlenecks.
AI-Driven Self-Healing
LLM-orchestrated DRC/LVS violation detection and auto-correction. Patent-pending technology that closes sign-off without manual iteration.
Accelane Platform Capabilities
Synthesis
- GPU-accelerated logic synthesis
- AI-driven technology mapping
- Area and timing co-optimization
- Multi-corner synthesis across PVT
Place & Route (PNR)
- GPU-accelerated placement algorithms
- Global and detailed routing engines
- Congestion-aware routing
- Timing-driven placement and routing
Static Timing Analysis (STA)
- GPU-accelerated timing path analysis
- Setup and hold time verification
- Multi-corner, multi-mode analysis
- Clock domain crossing verification
DRC/LVS Auto-Healing
- GPU-accelerated DRC verification
- AI-driven violation auto-correction
- Spacing and width rule enforcement
- Manufacturing rule compliance
Accelane Architecture
AI Orchestration Layer
Accelane is built on a proprietary LLM orchestration layer that drives the full tapeout pipeline — from specification to GDSII — with GPU-parallelized engines for synthesis, PNR, STA, and DRC running beneath it.
Synthesis Acceleration
GPU-accelerated logic synthesis and technology mapping processes millions of gates in parallel for faster netlist generation.
PNR Acceleration
Parallel placement and routing algorithms leverage GPU cores to explore design spaces faster, reducing PNR runtime from hours to minutes.
STA & DRC Acceleration
GPU-parallel timing path analysis and design rule checking enable rapid verification of large designs with millions of gates and automatic fix generation.
Key Use Cases
Digital ASIC Design
Accelerate complete digital ASIC design flows from RTL to GDSII, reducing design cycles from days to hours with Accelane.
- • Multi-million gate designs
- • RTL-to-GDSII flow
- • Standard cell-based designs
Rapid Iteration
Iterate on design changes with GPU-accelerated synthesis and PNR, enabling faster design exploration and optimization cycles.
- • Quick design space exploration
- • Faster synthesis iterations
- • Rapid PNR optimization
Design Verification
Accelerate timing closure and physical verification with GPU-accelerated STA and DRC, enabling faster sign-off and tape-out cycles.
- • Fast timing closure
- • Rapid DRC verification
- • Multi-corner analysis
End-to-End Design Flow
Accelane provides a unified design environment from RTL specification through tapeout, with AI orchestration coordinating synthesis, PNR, STA, and physical verification in a single coherent workflow.
Front-End Flow
- • RTL elaboration and linting
- • AI-driven logic synthesis
- • Standard cell library mapping
- • Multi-PDK compatibility
Back-End Flow
- • GPU-accelerated placement & routing
- • Timing-driven optimization
- • Automated DRC/LVS self-healing
- • GDSII stream-out
Ready to Accelerate Your Design Flow?
Experience Accelane. Proprietary AI-native synthesis, PNR, STA, and DRC — reducing design cycles from days to hours.