CDVI IEVO-MB50K ievo 2-Reader Control Board

Secure high-traffic entrances and sensitive areas with enterprise-grade biometric authentication. The CDVI IEVO-MB50K control board is a fingerprint reader board designed for demanding access control applications, delivering fast, reliable identification and reducing reliance on cards or PINs. With capacity for up to 50,000 fingerprint templates and support for two fingerprint reader units, the IEVO-MB50K scales to large offices, data centers, and multi-tenant buildings while minimizing false accepts and tailgating risks.

Installation is streamlined: choose PoE+ or AC/DC power and connect via the dual-channel Wiegand outputs to integrate seamlessly with existing access control panels and security management systems. LED indicators provide instant operational feedback for installers and security operators, simplifying deployment and monitoring. Built by CDVI for commercial security and surveillance environments, this reader control board helps you enforce strong, auditable access policies with minimal operational overhead.

Specify the IEVO-MB50K for biometric access control projects that demand capacity, flexibility, and dependable performance—ideal for corporate, healthcare, education, and critical infrastructure sites. Contact your CDVI supplier to integrate the IEVO-MB50K into your next access control upgrade.

• Scalable biometric capacity — stores up to 50,000 fingerprint templates to support large facilities and future growth.
• Dual-reader configuration — connects two fingerprint readers for multi-door control or redundant verification to reduce traffic and enhance security.
• Flexible power and integration — PoE+ or AC/DC options plus dual-channel Wiegand output for simple integration with existing access control systems.
• Clear operational feedback — onboard LED indicators speed installation, troubleshooting, and ongoing monitoring for security teams.
• Commercial-grade reliability — UK-engineered board built for high-availability security, surveillance, and monitoring environments.