HID 801FVGGNN Mifare Desfire EV3

DESFire EV3 is the latest addition to the MIFARE® DESFire® family of smart card chipsets from NXP. This latest evolution introduces the option of even more features for implementation, and HID® has taken full advantage.

HID DESFire EV3 cards leverage security features including AES128 encryption, secure channel-based file transfer and proximity checks to protect card data from attack. Furthermore, unlike many other DESFire solutions available on the market, Random UID has also been introduced to our High Security Profile to ensure the card will never openly share any information that could be associated with the user.

DESFire EV3 credentials from HID also offer layered security with the addition of a Secure Identity Object™ (SIO®) data model for added key diversification, authentication signatures and encryption.

Secure credentials are a critical component of a modern physical access control program. Not only do new credential technologies, including DESFire EV3, offer a higher level of protection against threats like spoofing and hacking, they also deliver support for a range of applications beyond physical access control.

Features

• Feature-rich security – Secure card data with the best implementation of the DESFire EV3 toolbox including AES128 encryption, secure channel-based file transfer and proximity check to protect against man-in-the-middle attacks
• Added assurance – Available with the portable Secure Identity Object™ (SIO®) data model for added key diversification, authentication signatures and encryption
• Ensure user privacy – By implementing a random UID, the card will never openly share any information that could be associated with the user
• Fully backwards compatible – Ensure your investment in legacy DESFire credentials and readers is protected; DESFire EV3 credentials offer full backwards compatibility with EV1 and EV2 based solutions
• Flexible – Available in three profiles to ensure the best fit for your access control system, high security, compatibility and custom

Downloads

DESFire EV3 is the latest addition to the MIFARE® DESFire® family of smart card chipsets from NXP. This latest evolution introduces the option of even more features for implementation, and HID® has taken full advantage.

HID DESFire EV3 cards leverage security features including AES128 encryption, secure channel-based file transfer and proximity checks to protect card data from attack. Furthermore, unlike many other DESFire solutions available on the market, Random UID has also been introduced to our High Security Profile to ensure the card will never openly share any information that could be associated with the user.

DESFire EV3 credentials from HID also offer layered security with the addition of a Secure Identity Object™ (SIO®) data model for added key diversification, authentication signatures and encryption.

Secure credentials are a critical component of a modern physical access control program. Not only do new credential technologies, including DESFire EV3, offer a higher level of protection against threats like spoofing and hacking, they also deliver support for a range of applications beyond physical access control.

Features

• Feature-rich security – Secure card data with the best implementation of the DESFire EV3 toolbox including AES128 encryption, secure channel-based file transfer and proximity check to protect against man-in-the-middle attacks
• Added assurance – Available with the portable Secure Identity Object™ (SIO®) data model for added key diversification, authentication signatures and encryption
• Ensure user privacy – By implementing a random UID, the card will never openly share any information that could be associated with the user
• Fully backwards compatible – Ensure your investment in legacy DESFire credentials and readers is protected; DESFire EV3 credentials offer full backwards compatibility with EV1 and EV2 based solutions
• Flexible – Available in three profiles to ensure the best fit for your access control system, high security, compatibility and custom

Downloads