HID 3960RMPGGNNMM 396 iCLASS-SE Combo Cards, 2K Bits (256 Bytes) with 2 Application Areas

For customers looking to support multiple technologies with a single card or migrate from existing card technology to a more secure solution, dual high-frequency Genuine HID™ card products deliver an ideal solution and migration path. These affordable and durable card products enable more flexibility than ever before through the mutual use of 13.56 MHz read/write iCLASS®/iCLASS SE®, MIFARE® Classic, or MIFARE® DESFire® EV1 contactless smart card technologies for credential-based applications.

In addition to the two high-frequency technology options, all cards are available with HID Prox® or magnetic stripe technology to provide the widest range of backward compatibility with existing systems. HID Global can also embed a wide range of commercially available contact chips, or customers can select HID’s off-the-shelf Crescendo® multi-technology smart card, providing strong authentication options with logical access systems. As with all Genuine HID® card products, dual high-frequency cards are part of the broadest product line of trusted, fully interoperable secure identity solutions in the market and come with guaranteed compatibility with HID Global reader lines.

HID 3960RMPGGNNMM iCLASS-SE Combo Card Features

• Ideal Migration Solution: Mutual use of 13.56 MHz read/write iCLASS®/iCLASS SE®, MIFARE® Classic and MIFARE® DESFire® EV1 contactless smart card technologies enhances flexibility for various applications.
• Wide Variety of Applications: Supports physical access control, biometrics, secure computer/network authentication, time and attendance, vending and more, making it versatile for different needs.
• ISO Standard Thickness: Compatible with all direct imaging and thermal transfer printers, ensuring ease of use and integration with existing systems.
• Security: Upgradable to next generation iCLASS SE platform, SIO Enabled for MIFARE Classic and MIFARE DESFire EV1, providing enhanced security options.

HID 3960RMPGGNNMM Detailed Specifications