PQCInside: Acceleratori NTT ad Alto Throughput, Motori Keccak e Core IP Induriti

PQCInside concede in licenza core IP RTL comprovati su silicio e protetti da canali laterali, generatori automatizzati di macrocelle e suite di verifica per i nodi di fonderia TSMC, GlobalFoundries e Intel, consentendo l'integrazione della crittografia post-quantistica direttamente negli ASIC di produzione.

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)

Core IP silicio post-quantistico, sintetizzatori RTL automatizzati resistenti ai canali laterali e macrocelle ASIC irrobustite

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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