HID 3150RGGMNM iCLASS Prox Programmable Credential

When you're managing a mixed credential environment with both legacy 125 kHz prox and newer 13.56 MHz iCLASS readers, maintaining separate card stocks becomes a logistics headache. This HID programmable credential combines both technologies in a single form factor, letting you provision access across heterogeneous systems without doubling your credential inventory or forcing premature reader replacements across an entire facility.

Key Features

Dual-technology credential supporting both iCLASS 13.56 MHz and 125 kHz proximity formats

Field-programmable architecture allows credential customization to match existing access control formats

Standard credit card dimensions (CR80) for compatibility with existing badge holders and lanyards

HID iCLASS encryption and mutual authentication on the smart card side

Backward compatibility with legacy HID Prox installations

Durable composite construction suitable for corporate and education environments

Supports multiple application areas within single credential for segmented access rights

This dual-technology approach is particularly valuable during phased migrations. You can deploy new iCLASS readers in high-security zones while maintaining prox readers at secondary access points, using the same credential throughout. The programmable format means you're not locked into a single facility code structure—critical when integrating acquisitions, managing multi-tenant properties, or standardizing across distributed locations with different legacy systems.

The credential's iCLASS component provides the secure read/write capability needed for advanced applications like cashless vending or time-and-attendance integration, while the embedded prox chip handles basic door access on older infrastructure. For integrators managing long-term system transitions, this eliminates the interim period where users carry multiple cards or where you're forced to run parallel provisioning workflows. Program once, deploy everywhere in your mixed environment.