Synergy Quantum delivers sovereign post-quantum cryptography IP cores for ASIC and FPGA designs. Hardware-accelerated protection against tomorrow's quantum threats — available today.
A complete suite of quantum-safe silicon IP — from cryptographic accelerators to fully integrated SoC platforms.
Hardware-accelerated lattice-based key encapsulation. NIST FIPS 203 compliant with Category 3 security for quantum-safe key exchange.
Learn more → PQCPost-quantum digital signatures built on the NIST FIPS 204 standard. Hardware-accelerated signing and verification with side-channel protection.
Learn more → PQCStateless hash-based digital signatures per NIST FIPS 205. Conservative security assumptions ideal for long-lifecycle critical infrastructure.
Learn more → PQCCode-based key encapsulation providing algorithmic diversity beyond lattice schemes. Selected by NIST in 2025 for standardization.
Learn more → SecurityHardware security module targeting FIPS 140-3 Level 3. Multi-algorithm crypto engine with secure key vault and tamper detection.
Learn more → SecurityHigh-throughput network encryption with hybrid classical + post-quantum key exchange. Supports 64K concurrent sessions.
Learn more → SecurityHardware-anchored trust foundation with PQC-verified secure boot, immutable device identity, and active tamper protection.
Learn more → SecurityVehicle-to-everything PQC security supporting IEEE 1609, secure boot, CAN-FD encryption, and Ethernet MACsec.
Learn more → QuantumQuantum random number generator with true quantum entropy source. Certified-ready for NIST SP 800-90B and AIS-31 compliance.
Learn more → QuantumReconfigurable cryptographic accelerator with runtime algorithm switching. Future-proof your silicon against evolving standards.
Learn more → QuantumFully Homomorphic Encryption hardware engine enabling computation on encrypted data for privacy-preserving cloud and AI workloads.
Learn more → SystemSecure RISC-V processor with custom PQC instruction extensions, hardware debug, and dual AXI master interfaces for SoC integration.
Learn more →Choose the integration level that fits your design flow and time-to-market requirements.
Fully synthesizable source code with verification environments, synthesis scripts, and FPGA reference implementations. Maximum portability across process nodes.
Process-optimized gate-level designs with timing models, physical constraints, and characterization data. Faster integration with predictable performance.
Fully verified physical layouts with signoff-quality timing, power models, and complete manufacturing documentation. Drop-in ready for tapeout.
Our IP portfolio targets production-proven process nodes with a fully transparent design flow. Every core is designed for the highest assurance environments.
| Parameter | Specification |
|---|---|
| Target Process | 180nm (production-proven) |
| Operating Frequency | 80 MHz |
| Supply Voltage | 1.8V core / 3.3V I/O |
| Die Size | 3.5 × 3.5 mm |
| Power (Active) | ~15 mW |
| Power (Standby) | ~2 mW |
| Integration | 12 IP cores in single SoC |
Designed from the ground up for compliance with current and upcoming post-quantum cryptographic mandates.
Contact us for evaluation licenses, integration support, or to discuss your next secure silicon design.