The P5CC072ETS/TOPE825 is a cutting-edge secure element from NXP Semiconductors designed to offer advanced security and performance for a variety of applications. This product is part of NXP's SmartMX2 family, which is renowned for its robust security features and is widely used in secure transactions, identity verification, and IoT security.

Key Features

• Advanced Security: The P5CC072ETS/TOPE825 incorporates state-of-the-art security technologies to protect against advanced forms of attack. With its Common Criteria EAL6+ certification, it meets the stringent requirements for high-security applications.
• Flexibility: This secure element is designed to support multiple applications and interfaces, making it a versatile choice for system integrators and designers.
• High Performance: Equipped with a powerful processor, the P5CC072ETS/TOPE825 delivers fast transaction times and efficient data processing, ensuring smooth and reliable operation.
• Integration: The product's small form factor and compatibility with various standards make it easy to integrate into existing and new systems.

Applications

The P5CC072ETS/TOPE825 is ideal for a wide range of applications that require secure authentication and data integrity. These include:

• Banking and Payment Cards
• e-Government Documents like e-Passports and ID Cards
• Secure Access Control
• Mobile Transactions
• Public Transport Ticketing

Technical Specifications

The secure element boasts a wealth of technical features that ensure its reliability and effectiveness in secure applications:

• Integrated Secure Cryptographic Engine
• Dual Interface: ISO/IEC 7816 Contact and ISO/IEC 14443 Contactless
• Non-volatile Memory: EEPROM
• Operating Temperature Range: -25°C to +85°C
• Compliant with GlobalPlatform Card Specifications

In conclusion, the P5CC072ETS/TOPE825 from NXP is a sophisticated and secure solution for applications demanding the highest levels of protection and performance. Its comprehensive feature set and adherence to industry standards make it a top choice for secure element integration.