HID 2050HNNMN iCLASS Keyfob 2K/2 SR Programmable
When you're deploying access control across multiple credential holders who need a portable, non-card form factor, the HID iCLASS keyfob delivers the same proven 13.56 MHz contactless technology in a compact, keyring-ready package. This programmable credential bridges legacy Prox installations with secure iCLASS ecosystems, allowing phased migrations without ripping out existing infrastructure.
Key Features
- Standard read (SR) range suitable for door readers and parking gate applications
- 2K bit memory with 2 application areas for multi-purpose credential use
- Programmable configuration supports custom facility codes and card formats
- 13.56 MHz contactless smart card technology with mutual authentication
- Durable ABS housing withstands daily keyring wear and environmental exposure
- Compatible with iCLASS readers across commercial, industrial, and institutional facilities
- Supports secure encoding workflows via HID programming stations
- Suitable for replacing lost or damaged cards without reprinting
The keyfob form factor solves deployment scenarios where traditional card credentials are impractical—warehouse personnel who don't carry wallets, maintenance crews working in gloves, or vehicle-based staff who prefer steering column mounting. The 2K/2 configuration provides enough memory for dual applications, letting you encode both physical access credentials and logical desktop login data on the same token. Standard read range maintains consistent performance with wall-mounted and pedestal readers while keeping costs manageable for volume deployments.
Provisioning follows standard iCLASS encoding workflows. Use HID programming hardware to write facility codes, card numbers, and application-specific data before distribution. The keyfob's sealed construction protects the embedded antenna and chip from moisture and impact—critical for users who work outdoors or in industrial environments. For integrators managing mixed Prox and iCLASS installations, these keyfobs provide continuity as you transition sites to encrypted credentials without forcing immediate hardware replacements across every reader location.
