HID 2050PNNNN iCLASS Key II 205x 2K/2 Contactless Smart Key Fob, Programmed, No Numbers, Black with Blue Insert

Deliver fast, secure access control across enterprise facilities with the HID Global iCLASS Key II 2050 contactless key fob. Designed for security-conscious organizations, this programmed, no-number key fob uses 13.56 MHz iCLASS technology to provide encrypted mutual authentication and reliable, high-speed reads that reduce door delays and simplify monitoring. With 2K (256-byte) read/write memory, the fob supports multiple access applications or storage of biometric templates—ideal for multi-site deployments or integrating with surveillance and security management platforms.

Supplied in a pack of 100 and finished in black with a blue insert, the compact HID iCLASS Key II is built to withstand daily wear while keeping credential replacement and lifecycle costs low. Its factory-programmed capability lets you quickly map existing HID formats into the secure application area, accelerating rollouts and reducing on-site setup time. Backed by a lifetime limited warranty, this key fob is a reliable choice for corporate, education, healthcare, and government access control systems. Order HID iCLASS Key II fobs to streamline credential issuance and strengthen your physical security posture—add them to your access control or surveillance deployment today.

• Provides secure, contactless access credentials that reduce tailgating and speed user entry with reliable 13.56 MHz reads
• Pre-programmed, blank-number fobs simplify deployment and streamline credential management for large facilities (pack of 100)
• 2K (256 byte) read/write memory supports multi-application use and can store biometric templates for advanced identity solutions
• Durable molded plastic housing and compact size for everyday carry in harsh environments, minimizing replacement and maintenance costs
• Industry-grade encryption and mutual authentication from HID Global protect access control, surveillance integration, and monitoring systems against cloning and unauthorized reads