HID 2420PMGGMNN HID Composite iCLASS 2K/2 MIFARE 1K Prog iCLASS Non-prog MIFARE F-gloss B-gloss
When your access control deployment requires both iCLASS and MIFARE credential support on a single card, HID's composite credential technology delivers interoperability without forcing users to carry multiple cards. The 2420PMGGMNN combines a programmable iCLASS 2K/2 chip with a non-programmable MIFARE 1K chip in a dual-frequency card with glossy finish on both sides, enabling migration scenarios or multi-tenant environments where legacy MIFARE readers coexist with newer iCLASS infrastructure.
Key Features
- Dual-frequency composite card combines iCLASS SE and MIFARE Classic technology in a single credential
- iCLASS 2K/2 chip is programmable for custom access control applications and secure data storage
- MIFARE 1K chip ships non-programmed for compatibility with existing legacy MIFARE reader installations
- Glossy finish on both front and back provides professional appearance suitable for photo ID badging
- Standard CR80 credit card dimensions ensure compatibility with existing badge holders and lanyards
- 13.56 MHz operation on both chip technologies allows reading at typical HF proximity distances
- Composite construction bonds multiple layers for durability in daily wear environments
This credential addresses the challenge of transitioning from MIFARE-based systems to iCLASS while maintaining operational continuity. The programmable iCLASS chip allows integrators to implement secure authentication protocols and leverage HID's Secure Identity Object (SIO) data model, while the non-programmed MIFARE chip provides backward compatibility with existing 13.56 MHz readers that haven't been upgraded. The dual-technology approach eliminates the need to reissue credentials during phased migration projects or in facilities where different access zones use different reader technologies.
The glossy finish on both sides makes this card suitable for direct-to-card printing of photo IDs, logos, and cardholder information using standard PVC card printers. Organizations requiring both physical access control and visual identification can issue a single badge that serves both functions. The composite construction method used in HID's dual-technology cards ensures the card maintains structural integrity and read reliability even with daily use, reducing replacement costs over the credential lifecycle.
