DS28C36BQ+U

Specialized ICs Analog Devices, Inc. DS28C36BQ+U Overview

Specialized ICs Analog Devices, Inc. DS28C36BQ+U is a robust cryptographic authentication device designed by Analog Devices, Inc. It combines advanced security measures to protect data integrity and authenticate peripherals. This integrated circuit leverages high-security cryptographic algorithms, including ECC-based secure authentications and full SHA-256 hash functions. The device is engineered to ensure secure boot and secure data exchange processes in a digital environment, which makes it a critical component in developing modern electronic systems that require high security and reliability.

Key Features

This device boasts a range of features that enhance its security and utility in complex electronic environments. Key features include:
- **ECC P256 cryptographic engine** for high-security applications.
- **Secure storage** for up to three 256-bit keys with optional access control.
- **In-built SHA-256 hashing** for data integrity checks and secure challenge-response operations.
- **One-Time Programmable (OTP) memory** for secure key storage that is immune to intrusion and tampering.
- **I2C interface** that facilitates easy integration with existing microcontroller-based systems.
- **Low-power consumption** making it ideal for portable and battery-operated devices.

Applications

The Specialized ICs Analog Devices, Inc. DS28C36BQ+U is versatile in its applications across various industries. Potential applications include:

• Microcontroller peripheral security
• Industrial monitoring instruments
• PC-based analytical instruments
• Portable diagnostic equipment
• Security for medical sensors and diagnostic tools
• Authentication for disposable healthcare devices
• IoT device security and node authentication
• Secure communications in peripheral devices
• License management for software and digital products

This wide range of applications demonstrates the IC’s flexibility and the critical role it plays in enhancing the security and integrity of digital systems.