PQCInside: Accélérateurs NTT Haut Débit, Moteurs Keccak et Cœurs IP Durcis sur Silicium

PQCInside octroie des licences de cœurs IP RTL éprouvés sur silicium et protégés contre les canaux auxiliaires, des générateurs de macrocellules et des suites de vérification pour TSMC, GlobalFoundries et Intel, permettant d'intégrer la cryptographie post-quantique dans les ASIC.

PQCInside Semiconductor IP Delivery & Verification Architecture

Synthesizable SystemVerilog RTL, automated DPA-hardened cell placer, and UVM verification suite

Central System: PQC Silicon IP Macro - FIPS 203/204 Hardened Core

Cryptographic Nodes

  • Synthesizable RTL Core
  • Foundry Macrocell Generator
  • Side-Channel Synthesis Plugin
  • UVM Verification Testbench
  • NIST CAVP Vector Suite

Architectural Layers & Protocols

  • Semiconductor RTL Source Plane (Fully Synthesizable SystemVerilog (IEEE 1800)): Providing parameterizable core architectures configurable for area, throughput, or ultra-low power.
  • Foundry Hardened Macrocells (GDSII Layouts for TSMC 16nm/7nm/5nm/3nm Nodes): Delivering silicon-verified physical layouts with pre-routed power grids and balanced differential clock trees.
  • Automated Side-Channel Shielding (Silicon Cell Placement Decorrelation Engine): Automating cell-level interleaving and dummy fill insertion to eliminate electromagnetic radiation peaks.
  • Turnkey Certification Collateral (Comprehensive UVM Testbenches & CAVP Vectors): Providing complete verification collateral and module security policies for rapid FIPS 140-3 certification.

Key Metrics: Silicon-Proven (Foundry Validation Status) | 3nm to 28nm (Supported Process Nodes) | 100% UVM (Functional Code Coverage) | Turnkey (CMVP Documentation Package)

Cœurs IP silicium post-quantique, synthétiseurs RTL automatisés résistants aux canaux auxiliaires et macrocellules ASIC durcies

Authoritative technical engineering reference for post-quantum silicon ip cores, automated side-channel resistant rtl synthesizers & asic hardened macrocells in NIST FIPS 203/204/205 standards, lattice-based cryptography, side-channel attack mitigation, and quantum-resilient infrastructure.

Core Engineering Areas

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