HID 2100PGGAN Composite iClass 2K/2 Programmable Credential
When you're deploying access control in environments where durability matters but PVC longevity isn't required, composite credentials deliver the mechanical strength needed for high-traffic facilities without the premium cost of pure PVC construction. The HID 2100PGGAN provides programmable 13.56 MHz iClass technology in a composite card format, letting you issue credentials that balance physical resilience with read range performance across standard proximity readers.
Key Features
- 13.56 MHz iClass contactless smart card technology for secure, encrypted credential transactions
- 2K bit (256 byte) memory with 2 application areas for multi-technology deployments
- Programmable configuration allows site-specific encoding and customization during provisioning
- Composite construction provides enhanced rigidity and break resistance compared to standard PVC
- Standard CR80 credit card dimensions (3.375" x 2.125") for compatibility with existing badge holders and lanyards
- Compatible with HID iClass readers and multi-technology platforms supporting 13.56 MHz protocols
- Suitable for applications requiring moderate outdoor exposure or rough handling environments
Composite credentials make sense when you're issuing cards for manufacturing facilities, distribution centers, or campus environments where physical stress from handling, pocket carry, or lanyard wear is a concern. The material composition handles flexing and impact better than PVC alternatives while maintaining consistent read performance across the iClass frequency range. The programmable architecture supports multi-application scenarios—access control on one application area, cashless vending or time-and-attendance on another—giving you deployment flexibility without managing multiple credential types.
Integration with existing HID ecosystems is straightforward through standard iClass encoding procedures. The 2K memory capacity accommodates typical access control data structures while leaving headroom for future application expansion. For integrators managing credential lifecycles across facilities with demanding physical environments, composite construction extends usable card life without requiring the premium investment of polyester or polycarbonate alternatives. This credential fits installations where read range and data security requirements align with iClass specifications, but where physical durability drives material selection beyond basic PVC options.
