Precision Engineering: From Architecture to GDSII
Advanced ASIC implementation, FPGA acceleration, and next-gen RISC-V innovation.
Digital Logic & FPGA Acceleration
Speed, flexibility, and zero-defect execution.
We push silicon to its limit. Whether deploying AI on the edge or migrating to mass production,
our digital team delivers power-aware, verified logic.
FPGA AI Engines
Run CNNs and deep learning inference directly on FPGA fabric for ultra-low latency.
Seamless Migration
Convert proven FPGA netlists into cost-effective ASICs without redesign risks.
Zero-Bug Verification
We use commercial-grade UVM testbenches and formal verification to ensure your silicon works the first time.
Physical Design (Netlist-to-GDSII)
The final mile to first-pass success.
Our backend team masters the trade-off between Power, Performance, and Area (PPA). We handle
the physics so you can focus on the architecture.
Hierarchical P&R
Optimized flow for large, multi-million gate SoCs.
Complex Clocking
Skew-balanced CTS for high-frequency domains.
Rigorous Sign-Off
Multi-corner timing analysis (MMMC), IR drop prevention, and full DRC/LVS closure.
Connectivity & Automotive
Robust interfaces for a high-speed world.
We build the nervous systems of modern electronics, specializing in the rigorous demands of the
automotive and data center sectors.
Automotive Grade
100/1000BASE-T1 PHYs and TSN Switches designed for the harsh reality of zonal vehicle architectures.
High-Speed SerDes
Signal integrity guaranteed for 56G SerDes, PCIe Gen 5, and DDR5 interfaces.
Pre-Silicon Confidence
Comprehensive IBIS-AMI simulations to ensure eye-diagram openness before you commit to tape-out.
The OG Differentiator: Next-Gen RISC-V
Most firms just "use" RISC-V. We customize it.
Unlock performance that off-the-shelf cores can't touch. We tailor the open architecture to your
specific workload.
Custom ISA Design
Heavy encryption? Specialized math? We build custom instructions to execute tasks in 1 cycle instead of 50, delivering up to 50x performance boosts.
AI Without the NPU
We implement RISC-V Vector Extensions (RVV) to handle parallel AI workloads directly on the main processor.
De-Risked Open Source
We take free cores (like CV32 or Ibex) and harden them with commercial-grade verification, delivering a "Golden Core" that is safe for mass production.
Built-in Security:
From Physical Memory Protection (PMP) to isolated "Security Islands," we build Root-of-Trust directly into the silicon.
