HID MIFARE Classic 1435 13.56 MHz Adhesive Tag

Upgrade for magstripe and barium ferrite cards

Key Features:

Security — HID MIFARE Classic technology provides mutual authentication, data encryption and unique 32-bit serial number
Proven, Reliable Technology — Offers extremely consistent read range. Use is unaffected by body shielding or variable environmental conditions, even when close to keys and coins
Fast Processing and Data Communication — Transaction times are less than 100 milliseconds for a typical secure ticketing transaction
Cost Effective — The benefits of contactless smart cards without the cost of rebadging
Convenient — Easy attachment to ID card or other non-metallic device
Quality — Tag is protected with a lifetime warranty
Multiple Memory Types — Available in HID MIFARE Classic 1K and 4K

The HID MIFARE® Classic 1435 13.56 MHz Adhesive Tag is a compact, adhesive, coin-shaped tag intended to enhance current plastic ID badges, key fobs, or mobile devices into high-frequency, secure contactless smart cards. This tag facilitates a cost-efficient transition to MIFARE Classic technology for purposes such as access control, cashless vending, and secure identification, all without the need for rebadging.

Key Features and Specifications:

Technology: Uses MIFARE Classic 1K technology (13.56 MHz frequency), providing read/write capability and secure data storage.
Form Factor: Small, circular, adhesive-backed tag (approx. 3.26 cm diameter) designed to be attached to non-metallic devices like phones or existing badges.
Security: Features mutual authentication, data encryption, and a unique 32-bit or 56-bit serial number.
Performance: Fast transaction times (under 100 milliseconds).
Compatibility: It is an ideal for upgrading from older HID Prox, magstripe, or barium ferrite technologies.
Durability: Also made from durable PVC, typically with a lifetime warranty from HID Global.

These tags are widely used for security, corporate, campus, and public transportation applications, allowing for multiple applications to be stored on a single credential.