IC Type: MIFARE® Classic (1 kbytes data memory) and Q5 configured in RF/64 ASK Manchester (224 bits user data memory)
Both sides are fully printable with offset, thermo-transfe,r and dye sublimation printing
One position for the slot is available as an option
Operating frequency: 125 kHz and 13.56 MHz
According to ISO 7816
The card is designed to resist common stress known from access control and time&attendance systems
Mifare Combo proximity cards (or access cards) are hybrid technology. They incorporate a simple electric circuit (proximity tag and coil) embedded in a plastic card. In addition, it requires no battery, and the circuit cannot be removed without destroying it and the card. When you correctly position the card with respect to a reader a high-speed RF signal passes between the card and reader and unique data is transferred. This ISO standard proximity card is 1.8mm thick and can have printed material attached to the front. It is supplied with a pre-assigned unique code and the cards are 125khz.
The card has the function of both an RFID card and a magnetic stripe card, and higher security. Widely used in bank cards, access control, ticketing, Hotel key card, National ID, and many more applications
The HID MIFARE combo card mixes smart card and proximity technology making them ideal for companies who currently use HID proximity technology for access control and want to add MIFARE smart card applications. Hence. they used for a broad range of applications such as event ticketing, customer loyalty, access control, and more.
These cards have security in mind and can use different keys to protect read/write operations and enable key hierarchies. The data on the HID MIFARE Prox combo cards – protected with encryption keys used in the mutual authentication process. This means that no data sharing between the card and the reader. Encrypted until the passwords and authentication have been verified. For additional security on the HID MIFARE Prox cards, specifically visual security, anti-counterfeiting features such as ultra-violet fluorescent inks, holograms, and other methods are available to produce unique cards.
