Schlage® (Allegion™) 13.56MHz Single Frequency MIFARE DESFire EV1 Smart Technology 8640

1. Discontinued
2. Replaced by 8643T

Available form factors include clamshell style, ISO style cards, keyfobs, and PVC patches.

MIFARE DESFire™ EV1

MIFARE DESFire™ EV1 is the highest level of smart credential technology available from Ingersoll Rand Security Technologies. This credential technology utilizes extra layers of security protection – mutual authentication, AES 128-bit diversified key encryption, and message authentication coding (MAC), giving the highest security in the industry to each transaction between the contactless smart credential and reader.

Schlage® (Allegion™) smart cards using MIFARE DESFire™ EV1 operate on a 13.56 MHz frequency and feature the most rapid data transfer (up to 848 kbps baud rate) in the industry – up to 32 times faster than the most common competing credential system. The open architecture design of these smart cards is built to ISO 14443 standards allowing a wide range of card applications such as biometrics, transit, and point of sale applications such as cashless vending and cafeteria services.

MIFARE DESFire™ EV1 utilizes superior data storage – 2K, 4K, and 8K bytes (16k, 32k, and 64k bits) of memory, providing up to four times the storage of other leading competitor technologies.

MIFARE®

MIFARE® is a secure and cost effective smart credential technology option available from Ingersoll Rand Security Technologies. aptiQ™ smart cards using MIFARE® technology provide the choice of 2.5k bits, 1K byte (8k bits), or 4K bytes (32k bits) of storage to meet the most demanding data storage requirements. This enhanced data storage allows for a wide range of card applications such as transit, cafeteria services, equipment check-out, and more. The open architecture design of MIFARE® technology is built to ISO 14443 standards providing for a faster data transfer speed.

Schlage® (Allegion™) smart cards using MIFARE® operate on a 13.56 MHz frequency, utilize high security encrypted data which is mutually authenticated in communication between the card and reader, and utilize diversified keys.