HID 3150PGGNVN iClass Prox Programmed Credential
When you're deploying or maintaining legacy Prox systems but need a migration path to more secure credential technology, pre-programmed iClass cards deliver both backward compatibility and future-proofing. The HID 3150PGGNVN arrives programmed and ready to provision, eliminating on-site encoding time and reducing deployment overhead on multi-technology access control installations.
Key Features
- iClass contactless smart card technology with 13.56 MHz read frequency for faster throughput and extended read range
- Integrated Prox compatibility allows single credential to work across mixed reader environments during migrations
- Pre-programmed format reduces provisioning time and eliminates encoding errors in the field
- Durable PVC construction with graphics-quality surface suitable for direct-to-card printing
- Standard CR80 credit card form factor (3.375" x 2.125") fits all standard badge holders and lanyards
- Secure mutual authentication between card and reader prevents credential cloning and replay attacks
This dual-technology credential solves a common integration challenge: maintaining access for existing Prox infrastructure while rolling out iClass readers on new installations or high-security zones. Rather than managing two separate credential populations or forcing a costly forklift upgrade, the 3150PGGNVN lets you operate both technologies from a single card. The pre-programmed format is particularly valuable for large deployments where consistency matters—cards arrive ready to assign to cardholders without requiring encoding hardware at the staging location.
The iClass portion uses secure sector architecture and mutual authentication protocols that exceed basic Prox security capabilities, making these credentials appropriate for enterprise environments with compliance requirements. The standard form factor ensures compatibility with existing photo ID workflows, direct-to-card printers, and badge accessories. For integrators managing phased migrations or operating mixed-generation systems, this credential type reduces complexity while maintaining security posture across the transition period.
