HID 2050PNNMN iCLASS Key II 205x 2K/2 Contactless Smart Key Fob, Programmed, Matching Numbers, Black with Blue Insert

Designed for streamlined secure access, the HID Global iCLASS Key II 2050 key fob delivers dependable contactless credentialing for access control, surveillance integration, and workforce monitoring. This compact, automotive-size Key Fob uses 13.56 MHz iCLASS contactless read/write technology and includes a 2K bit (256‑byte) memory area—enough capacity for multiple credentials or biometric templates—while the molded plastic housing provides rugged durability for everyday use. Shipped programmed with matching numbers, the fob reduces setup time and simplifies asset tracking for security administrators. iCLASS mutual authentication and encrypted data transfer protect against cloning and unauthorized reads, giving facilities managers confidence in their physical security and access management strategies. Compatible with standard ISO 15693/14443B readers and existing HID formats, the 2050 Key II supports phased upgrades without replacing installed readers. Backed by a lifetime limited warranty and made in the U.S., this black key fob with a blue insert is ideal for corporate offices, gated facilities, parking access, and integrated security/surveillance systems. Add the HID iCLASS Key II to your access control plan today to accelerate deployment and strengthen perimeter and internal security.

• Fast, secure contactless access using 13.56 MHz iCLASS technology for reliable entry control and reduced tailgating risks
• Pre-programmed with matching numbers to speed deployment and simplify inventory for access control and security teams
• Compact, automotive-size Key Fob design with durable molded plastic housing—fits on key rings and survives harsh environments
• 2K bit (256‑byte) read/write memory to store credentials or biometric templates for integrated security and monitoring workflows
• Fully compatible with existing HID formats and ISO 15693/14443B readers, enabling seamless migration and system interoperability