HID 2123HBGGMNM Composite iCLASS Prox 32K (16K/2+16K/1) SR Prog. F-Gloss B-Gloss Match. iCLASS NO
When your access control deployment requires dual-technology credentials that balance physical durability with multi-application flexibility, composite construction delivers where PVC fails. This HID iCLASS card combines 13.56 MHz iCLASS contactless smart card technology with 125 kHz HID Prox for backward compatibility with legacy readers, enabling phased system migrations without wholesale hardware replacement.
Key Features
- Dual-technology platform supports both iCLASS (13.56 MHz) and HID Prox (125 kHz) in single credential
- 32K total memory configuration: 16K/2 application areas plus 16K/1 application area for segmented data storage
- Composite card construction resists warping, cracking, and delamination in high-wear environments
- Standard CR80 form factor (credit card size) fits existing badge holders and printer systems
- Short-range (SR) read distance optimizes security for controlled entry points
- Programmable memory structure allows custom application deployment across separate zones
- Glossy finish on both front and back surfaces accepts direct-to-card printing
- Sequential numbering ready for inventory tracking and cardholder management
The 32K memory layout provides architectural flexibility for facilities running multiple applications on a single card. Segment logical access, cashless vending, time and attendance, or print management into distinct 16K zones without cross-contamination. The composite substrate maintains structural integrity through repeated pocket carry, extreme temperatures, and mechanical stress that degrades standard PVC credentials within months in industrial or outdoor applications.
Deploy these cards when upgrading from Prox-only systems to iCLASS while maintaining continuity for legacy readers still in service. The dual-frequency design reads on both technologies simultaneously, allowing you to retire old readers on your timeline rather than forcing a forklift upgrade. Program cards using standard HID encoding stations with site-specific facility codes and credential ranges. The glossy surface accepts thermal transfer and dye-sublimation printing for photo ID badging without additional lamination steps.
