HID 2050PNNBN iClass Keyfob 2K/2 Programmable

When you're deploying access control systems that require both physical security and credential flexibility, the HID iClass keyfob delivers contactless 13.56 MHz technology in a form factor users actually carry. This programmable credential supports HID's iClass platform, giving you the encoding flexibility to manage multi-tenant facilities, phased rollouts, or systems requiring segregated access zones without maintaining separate credential stocks.

Key Features

13.56 MHz contactless smart card technology for reliable read range and performance

2K bit memory configuration with dual application support

Programmable credential structure allows site-specific encoding and segmentation

iClass platform compatibility integrates with existing HID infrastructure

Durable keyfob form factor designed for daily key ring use

Supports mutual authentication between card and reader for enhanced security

Resistant to environmental exposure from normal carrying conditions

The programmable nature of this credential means you can encode building access, parking gates, and elevator control onto a single keyfob, then selectively enable or disable applications as tenant requirements change. The 2K memory with dual application areas gives you the headroom to implement time-based access rules or integrate with third-party systems like print management or cashless vending without replacing credentials during system expansion.

The keyfob format addresses the practical reality that many users prefer carrying credentials on their existing key rings rather than wearing badges. This is particularly valuable for facilities where visible badges create security concerns, or in manufacturing and warehouse environments where lanyards present safety hazards. The iClass technology provides the read range and speed users expect from contactless credentials while maintaining the encryption and authentication features required for secure facilities. Compatible with HID iClass readers across wall-mount, mullion, and long-range configurations.