Nanocore converts power-hungry CMOS execution units into ultra-dense R-PTL topologies. We deliver mathematically proven silicon area reduction for the world's most advanced fabless semiconductor companies.
Our proprietary Python-based synthesis engine executes massive multi-core parallel processing to restructure standard RTL into highly efficient Resilient Pass-Transistor Logic (R-PTL) networks, overcoming historic limitations through rigorous structural design rules like automated Common Subexpression Elimination (CSE).
The engine tracks cascaded logic depth, automatically injecting high-drive dual-inverter CMOS buffers to restore degraded signals to full VDD/GND rails, guaranteeing signal integrity at high frequencies.
Through strict structural gating during Shannon expansion, our algorithm drives complementary PMOS and NMOS networks with isolated select pins, physically preventing bidirectional charge sharing and rogue sneak-paths.
Off-the-shelf, fully hardened GDSII layouts for ubiquitous components (e.g., ALUs, parallel CRC generators, AES cryptographic cores) utilizing our dense R-PTL topologies.
A low-friction entry engagement. Supply a scrubbed, legacy logic block. We synthesize the SPICE netlist to mathematically prove our 20-30% area reduction against your internal CAD constraints.
Direct optimization of your most power-hungry, active arithmetic units. Secure, air-gapped intake of proprietary RTL resulting in a fully verified, turnkey SPICE delivery.
For maximum IP security, we package our synthesis engine as an obfuscated, time-locked Linux executable. Your internal CAD team runs the R-PTL optimizations directly behind your firewall.
We know that your RTL is the lifeblood of your architecture. Operating under a robust European corporate framework (Dutch BV), Nanocore guarantees strict data privacy compliance, geopolitical neutrality, and a flawless chain of title.
Seamlessly integrate with your corporate procurement and legal vetting processes.
Your logic is synthesized on strictly isolated AWS parallel-compute clusters with zero external network bleed.
nanocore --status
Entity: Nanocore BV
Jurisdiction: The Netherlands
R&D Operations: Israel Tech Center
Patent Status: Pending (PCT)
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