CDVI ISODT25 Mifare DESFire EV2 4K Printable Card, 25-Pack, (Replaces ISO25DT)

Built for secure, scalable access control deployments, the CDVI ISODT25 printable smart cards deliver reliable credentials for security, surveillance and monitoring applications. This 25-pack of CDVI smart cards uses Mifare DESFire EV2 4K technology to provide robust encryption and multi-application memory, while the 125 kHz proximity layer and Wiegand-compatible encoding simplify integration with legacy and modern readers. Each ISO CR80 card (85 x 54 x 0.8 mm) is manufactured from durable PVC and ships with sequential decimal numbering for quick enrollment, asset tracking, and visitor management.

The printable white surface lets integrators and facility managers add logos, employee details or barcodes in-house, reducing lead times and customization costs. With 4K DESFire security and a 25-card pack size, the ISODT25 is ideal for corporate offices, multi-site facilities, gated communities, parking systems and surveillance control rooms that demand consistent credential performance. Upgrade your credentialing workflow with CDVI’s ISODT25 printable smart cards — order now to streamline access provisioning and strengthen your overall security posture.

• Enterprise-grade security with Mifare DESFire EV2 4K: strong encryption and multi-application support to protect access control and monitoring systems
• Ready-to-print white PVC surface: customize badges and ID cards on-site for branding, visitor management, or surveillance credentials
• Simplified deployment with a 25-pack and sequential decimal IDs: faster enrollment, inventory tracking, and fewer procurement cycles
• Hybrid compatibility (125 kHz proximity + Wiegand encoding): integrates easily with existing CDVI systems and common access control hardware
• ISO CR80 size (85 x 54 x 0.8 mm) and durable PVC construction: fits standard readers and withstands daily use in high-traffic environments
• Cost-effective solution for access control, parking, and security monitoring programs requiring reliable, scalable credentialing