Our Capabilities

Technology

Deep EDA expertise, rigorous methodology, and state-of-the-art tools — the technical foundation for your most demanding silicon projects.

Design Flow

Our end-to-end chip design methodology is built on industry-standard EDA tools and proven best practices, adapted for your project requirements.

Front-End

Specification & Architecture Review
RTL Coding (VHDL/Verilog/SystemVerilog)
Clock Domain Crossing (CDC) Analysis
Gate-Level Simulation (GLS)
Logic Synthesis & STA

Verification

UVM Testbench Development
Constrained Random + Directed Tests
Formal Property Verification
Code / Functional Coverage Closure
FPGA Prototyping & Emulation

Back-End

Floorplanning & Partitioning
Placement & Routing
CTS & Power Grid Analysis
DRC / LVS Sign-off
GDS-II Tapeout

EDA Tools & PDKs

We maintain active licenses and deep expertise across all major EDA platforms and PDK ecosystems.

Synopsys

Design Compiler / DC Ultra
IC Compiler II
PrimeTime / StarRC
VCS / Verdi
JasperGold

Cadence

Genus / Innovus
Tempus / Quantus
Xcelium / Incisive
Conformal / JasperGold

Siemens EDA

Calibre (DRC/LVS)
Questa / ModelSim
Catapult HLS

Xilinx / AMD

Vivado / Vitis
Versal AI Edge toolchain

Power Optimization

Power efficiency is a first-class design constraint. We apply proven low-power techniques across the entire design stack.

Multi-Voltage Design

Multiple voltage domains with level shifters and isolation cells

Clock Gating

Integrated and architecturally-driven clock gating for leakage reduction

Power Gating

Fine-grain power domains with retention and restoration sequences

Dynamic Voltage Scaling

DVFS-aware design with on-chip voltage regulators

UPF / CPF Methodology

Intent-driven power specification for consistent implementation

Power Analysis

RTL & gate-level power estimation with VCD/SAIF activity

Security IP

Hardware security is non-negotiable in modern silicon. We provide security IP and security-aware design services.

Hardware Root of Trust (HRoT) subsystems

True Random Number Generators (TRNG)

AES / SHA / RSA / ECC cryptographic accelerators

Secure boot & firmware authentication

Anti-tamper and side-channel countermeasures

Memory encryption engines

Secure key storage & OTP management

PUF (Physically Unclonable Function) cores

Ready to Build Your Next Chip?

Let's Turn Your Vision
Into Silicon

Whether you're designing your first ASIC or scaling an existing architecture, our team is ready to deliver silicon you can bet your product on.