HID 2103PGGSN iClass 32K (16K/2 + 16K/1) Composite Programmed Credential
Managing multi-application access across enterprise environments requires credentials that can handle diverse security zones without forcing users to carry multiple cards. The HID 2103PGGSN delivers a dual-application iClass credential with 32K total memory, pre-programmed and ready to deploy in systems where physical access control and secondary applications—time and attendance, cashless vending, print release, or PC logon—must coexist on a single credential form factor.
Key Features
- 32K total memory architecture split across two application areas: 16K/2 + 16K/1 configuration
- iClass 13.56 MHz contactless smart card technology with mutual authentication
- Composite construction combining PVC and polyester for enhanced durability in high-wear environments
- Factory-programmed credentials ready for encoding with site-specific data
- Standard CR80 credit card form factor compatible with existing card printer workflows
- Supports HID's secure identity object (SIO) data model for segmented application zones
- Read range up to 4 inches depending on reader configuration
- Compatible with iClass SE platform when used with SIO-enabled readers
The composite construction addresses a common pain point in environments where credentials see heavy daily use—badge slots, lanyards, repeated proximity presentations. Standard PVC-only cards flex and crack under this stress; the composite build extends service life in manufacturing facilities, healthcare campuses, and educational institutions where replacement cycles directly impact operating costs.
The dual-application memory layout allows integrators to isolate physical access credentials in one secure segment while dedicating the second segment to less-sensitive applications. This segmentation means a compromised vending system doesn't expose door access credentials, and logical access applications can be updated without touching the physical access control system. Pre-programming eliminates on-site initialization steps, reducing deployment time in large credential rollouts where thousands of cards must be encoded and issued under tight schedules.
Deploy these credentials in iClass reader infrastructures where future-proofing requires support for multiple applications on a single card body. The 32K memory capacity and composite durability make this credential suitable for complex enterprise environments demanding both flexibility and longevity from their credentialing platform.
