Hid Global Corporation 2100PGGAH Iclass Smart Card 2K Programmable

Product Description

The HID GLOBAL CORPORATION 2100PGGAH is a composite iClass smart card designed for access control and identity management applications. This card uses iClass 2K/2 technology, providing 2 kilobits of memory across 2 application areas. It ships in a programmable configuration with a front gloss finish and is intended for use by security integrators, facility managers, and credentialing professionals. The composite construction combines layers for durability in demanding daily use environments. This card arrives ready for programming to site-specific access control parameters.

The 2100PGGAH is suited for commercial and institutional access control deployments where iClass-compatible readers are already installed. Typical applications include employee badge programs, visitor credentialing, and multi-application identity systems. The programmable format allows issuers to configure the card to their specific facility codes and access levels during the credentialing process. It is appropriate for both new installations and replacement credential programs within existing iClass infrastructure.

Key Features

• iClass 2K/2 memory configuration: 2 kilobits of storage across 2 application areas
• Programmable format supports site-specific facility code and access level configuration
• Front gloss finish for clean, professional appearance suitable for photo ID printing
• Composite card construction for everyday carry durability
• Sold individually (each) for flexible order quantities

Compatibility

Designed as an OEM-style credential for use with iClass-compatible access control readers and card management systems in commercial and institutional environments.

Installation Notes

Programming and issuance of smart cards should be performed by a qualified security integrator or credentialing technician using compatible card encoder hardware and access control software. Follow the access control system manufacturer guidelines for facility code assignment and memory sector configuration before issuing cards to end users. Handle cards carefully during encoding to avoid damage to the embedded antenna or chip.