Sub-micron node expertise.
We execute complex physical layouts and RTL verification down to 3nm, ensuring signal integrity across high-speed mixed-signal interfaces.
Lithography down to 3nm.
Our engineering teams deliver physical design and static timing analysis for Digital architectures, maximizing gate density while managing strict thermal and leakage constraints.
Foundry-aligned EDA environments.
We integrate directly with major global foundries using industry-standard verification pipelines to ensure zero-defect GDSII tape-outs.
RTL to GDSII
Timing Analysis
DRC & LVS Check
Logical synthesis, power optimization, and gate-level netlist generation tailored for target foundry design rules to ensure uncompromised physical translation.
Static timing analysis, multi-corner extraction, and signal integrity verification to prevent post-fabrication failures across all operating conditions.
Rigorous design rule checking and layout-versus-schematic verification across deep sub-micron nodes to guarantee physical verification alignment.
Pre-verified hardware blocks.
Hardware Security
High-Speed Interfaces
Cryptographic accelerators, true random number generators, and secure boot blocks protecting hardware against sophisticated side-channel attacks.
Silicon-proven IP blocks for PCIe Gen 5, Ethernet, and low-latency memory controllers, optimized for advanced FinFET nodes to accelerate your system-on-chip integration.
Mixed-Signal Blocks
High-precision ADCs, DACs, and phase-locked loops engineered for robust RF front-end performance and mixed-signal precision.