Maxim Integrated DS28E15P+ Secure Authenticator

The Maxim Integrated DS28E15P+ is a highly secure, single-chip authenticator that provides a robust defense against unauthorized usage and piracy. This compact, SHA-256-based secure authenticator incorporates Maxim's patented ChipDNA™ technology, ensuring an unprecedented level of protection for your products.

Featuring a 512-bit user-programmable EEPROM, the DS28E15P+ allows for secure storage of application data, which can be dynamically managed through the device's 1-Wire® interface. This interface facilitates simple and low-cost connectivity, requiring only a single contact for communication and power, making it an ideal solution for accessories and peripheral identity verification.

The DS28E15P+ offers a highly effective solution for safeguarding supply chains and ensuring product authenticity. It is particularly useful in applications such as medical devices, consumer electronics, and industrial equipment, where protection against counterfeiting and unauthorized usage is critical.

Key features of the DS28E15P+ include:

• Advanced ChipDNA™ anti-tampering technology
• Secure SHA-256 hashing algorithm
• 512-bit user-programmable and lockable EEPROM
• Unique, factory-programmed 64-bit registration number
• 1-Wire interface for minimalistic communication and power requirements
• Highly resistant to environmental hazards, with an operating temperature range of -40°C to +85°C
• Compact 6-pin TSOC package for space-sensitive applications

With its robust security features and easy integration, the DS28E15P+ ensures that only genuine products and accessories provide the intended user experience and performance. By authenticating peripheral devices, it prevents the use of counterfeit components that could potentially harm your brand's reputation and customer trust.

Whether you're looking to protect your intellectual property or ensure the integrity of your products, the Maxim Integrated DS28E15P+ secure authenticator is an indispensable tool in your security arsenal.