HID CP1000D iCLASS SE Desktop USB Encoder Hardware, for Programming Contactless Card Credentials with H10301, standard keys and default credits

Streamline secure credential issuance with the HID Global CP1000D desktop USB encoder — a compact ID card encoder designed to simplify programming of contactless iCLASS SE credentials. As an HID Global product, the CP1000D delivers dependable card encoding using H10301 standard keys and supports fast, repeatable credential provisioning for access control, physical security and surveillance deployments. Its plug-and-play USB connection and compact footprint make it simple for IT administrators and security integrators to deploy at workstations, security desks or facility offices.

Designed for efficiency, the CP1000D minimizes setup time and encoding errors while ensuring compatibility with HID iCLASS SE cards and existing HID key management. The encoder’s model CP1000D construction supports high-volume programming workflows and consistent credential formatting—helping organizations reduce administrative overhead and improve overall monitoring and access management. Backed by HID Global reliability, this desktop encoder is an ideal tool for system integrators, corporate security teams, educational campuses and healthcare facilities. Add the CP1000D to your credential issuance process today to accelerate secure card provisioning and tighten access control — contact sales or order now to integrate it into your security system.

• Streamlines on-site issuance of contactless credentials to reduce wait times and improve operational efficiency
• Desktop USB encoder compatible with HID iCLASS SE cards and H10301 standard keys for seamless integration into existing access control workflows
• Compact, user-friendly design minimizes desk space and simplifies deployment for IT and security teams
• Fast, reliable programming reduces errors and supports consistent credential management for physical security and monitoring systems
• Ideal for security, surveillance and access control environments where secure, repeatable card encoding is required