Post-Quantum IP Cores

Post-Quantum Cryptography IP cores implement hardware-based cryptographic functions for trusted SoC and ASIC architectures in modern SoC and ASIC designs.

These IP cores support next-generation algorithms designed to resist quantum-era attacks on classical public-key systems, helping designers improve security throughput, reduce CPU overhead, and strengthen system trust anchors

This catalog allows you to compare Post-Quantum Cryptography IP cores from leading vendors based on security level, throughput, power efficiency, and process node compatibility.

Whether you are designing future-proof security platforms, long-life infrastructure, high-value embedded security, or trust architectures, you can find the right Post-Quantum Cryptography IP for your application.

 
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Compare 37 Post-Quantum IP Cores from 14 vendors

What is Post-Quantum Cryptography IP?

Post-Quantum Cryptography IP is a hardware security block used in SoCs and ASICs to implement next-generation algorithms designed to resist quantum-era attacks on classical public-key systems.

It is used to add proven cryptographic capability to embedded, automotive, infrastructure, and high-assurance platforms.

Main functions of Post-Quantum Cryptography IP

Protection capability

Post-Quantum Cryptography IP provides dedicated hardware support for security-critical operations and policy enforcement.

System-level integration

It is typically deployed alongside Root of Trust, key-management, cryptographic, or interface-security architectures.

Performance and assurance

Dedicated Post-Quantum Cryptography IP helps improve throughput, reduce software overhead, and strengthen security assurance.

Lifecycle relevance

It supports secure manufacturing, deployment, runtime protection, or long-term trust management depending on the use case.

Key features of Post-Quantum Cryptography IP cores

  • Hardware-based security enforcement
  • Lower software overhead
  • Useful in trusted architectures
  • Better integration of security functions
  • Reusable across secure SoC programs

How to choose Post-Quantum Cryptography IP

Selecting the right Post-Quantum Cryptography IP depends on your application and integration requirements:

  • target threat model
  • certification or compliance needs
  • performance and latency requirements
  • integration with the security architecture
  • power and area budget

Applications of Post-Quantum Cryptography IP cores

  • future-proof security platforms
  • long-life infrastructure
  • high-value embedded security
  • trust architectures

Compare Post-Quantum Cryptography IP cores from leading vendors

This catalog provides access to a wide range of Post-Quantum Cryptography IP cores from leading semiconductor IP providers.

Use filters to compare solutions based on hardware-based security enforcement, lower software overhead, useful in trusted architectures, and integration requirements.

Frequently asked questions about Post-Quantum Cryptography IP cores

What is Post-Quantum Cryptography IP?

Post-Quantum Cryptography IP is a reusable hardware block used in SoCs and ASICs to implement this function with production-ready integration, verification support, and platform reuse.

What capabilities does Post-Quantum Cryptography IP typically provide?

Typical capabilities include performance-optimized implementation, integration with the surrounding subsystem, configurable feature support, and reuse across multiple SoC or ASIC programs.

Where is Post-Quantum Cryptography IP used?

Post-Quantum Cryptography IP is commonly used in future-proof security platforms, long-life infrastructure, high-value embedded security, and trust architectures depending on the target product and architecture.

How do I choose Post-Quantum Cryptography IP?

You should consider supported features, performance targets, power consumption, verification maturity, system integration requirements, and process node compatibility.

Why use dedicated Post-Quantum Cryptography IP instead of building it from scratch?

Using proven Post-Quantum Cryptography IP reduces design risk, shortens development time, and helps teams reach production faster with better interoperability and validation coverage.

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