Security IP Cores for TSMC

Security IP cores provide essential hardware-based protection for modern SoC and ASIC designs, ensuring data confidentiality, system integrity, and secure device operation.

These IP cores implement critical security functions such as encryption, authentication, secure boot, key management, and true random number generation.

This catalog allows you to explore and compare security IP cores from leading vendors based on security features, performance, certification support, and process node compatibility.

Whether you are designing IoT devices, automotive systems, mobile platforms, or data center infrastructure, you can identify the right security IP to protect your system.

 
All Security offers for TSMC
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Compare 2 Security IP Cores for TSMC from 2 vendors

What are security IP cores?

Security IP cores are reusable hardware blocks that provide protection mechanisms in SoCs and ASICs. They secure data, communications, and system operations against threats such as unauthorized access, tampering, and cyberattacks.

Hardware-based security is essential because it offers stronger protection than software-only approaches, forming the foundation of trusted systems.

Main types of security IP

Root of Trust IP

Root of Trust IP establishes a secure foundation for system operation, enabling features such as secure boot, device authentication, and firmware verification.

Cryptographic IP

Cryptographic IP implements algorithms such as AES, RSA, ECC, and hashing functions to ensure data confidentiality and integrity.

Random Number Generator (RNG) IP

RNG IP provides high-quality random numbers used for cryptographic operations, including true random number generators (TRNG) and deterministic generators (DRBG).

Secure element and HSM IP

Secure element and Hardware Security Module (HSM) IP provide isolated environments for secure key storage and cryptographic processing.

Authentication and anti-tamper IP

These IP cores protect against physical and logical attacks, enabling secure device identity and system integrity.

Key features of security IP cores

  • Strong encryption and authentication
  • Secure key storage and management
  • Protection against physical and cyber attacks
  • Compliance with industry standards (FIPS, Common Criteria)
  • Integration with system security architecture

How to choose security IP

Selecting the right security IP depends on your application and threat model:

  • Required security features (encryption, secure boot, RNG, etc.)
  • Certification and compliance requirements
  • Performance and latency
  • Power and area constraints
  • Integration with system architecture

Applications of security IP cores

  • IoT and connected devices
  • Automotive systems (secure ECUs, ADAS)
  • Mobile and consumer electronics
  • Industrial systems
  • Data centers and cloud infrastructure

Compare security IP cores from leading vendors

This catalog provides access to a wide range of security IP cores from leading semiconductor IP providers.

Use filters to compare solutions based on security capabilities, performance, certification support, and integration requirements.

Frequently asked questions about security IP cores

What is a security IP core?

A security IP core is a hardware block that provides protection features such as encryption, authentication, and secure boot in SoCs and ASICs.

Why is hardware security important?

Hardware security provides stronger protection than software-only solutions, helping prevent attacks and ensuring system integrity.

What types of security IP exist?

Security IP includes Root of Trust, cryptographic IP, random number generators, secure elements, and HSM IP.

Where are security IP cores used?

They are used in IoT devices, automotive systems, mobile platforms, industrial applications, and data center infrastructure.

How do I choose a security IP core?

You should consider required features, certifications, performance, power constraints, and integration complexity.

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