HID iCLASS 205x iCLASS Key II (HID-205X)

HID iCLASS 205x iCLASS Key II

The iCLASS Key II provides the power and convenience of iCLASS 13.56 MHz contactless smart card technology in a durable, moulded plastic keychain in harsh environments. This smart credential can be placed on a key fob or lanyard for access control applications that do not require Photo ID.

iCLASS smart card technology is specifically designed to make access control more powerful, more versatile and more secure compared to legacy 125 kHz frequency technologies. iCLASS 13.56 MHz contactless read/write smart card technology provides versatile interoperability in applications such as access control, network login security, cashless vending, time and attendance, event management and biometric identification.

iCLASS smart card technology provides mutual authentication between smart card and reader, encrypted data transfer and utilises 64-bit diversified keys for contactless smart card read/write. However, these techniques alone are no longer sufficient to protect card data from modern hacking techniques.

Key Features of 205x iCLASS Key II Contactless Smart Key:

• The power of iCLASS powerful access control in a handy, pocket-sized key fob.
• iCLASS 13.56 MHz read/write contactless smart key technology provides high-speed, reliable communications and powerful access control.
• Any available HID format can be factory or field programmed into the HID access control application area.
• Available in 2k bit (256 Bytes), 16k bit (2k Bytes) or 32k bit (4k Bytes) configurations.
• It provides versatile interoperability in applications such as access control, network login, cashless vending and many other areas.

All 16k bit (2K Bytes) and 32k bit (4K Bytes) iCLASS credentials have the following characteristics:

• Sufficient read/write memory to store multiple biometric templates.
• 16k is available in two or sixteen application area configurations.
• 32k is available with 16k memory configured in 2 or 16 application areas, plus 16k additional user-configurable memory space.