SALTO AM668W62IMB38 XS4 Original Bluetooth Low Energy MIFARE DESFire Reader

Deliver reliable, modern access control with the SALTO AM668W62IMB38 XS4 Original Bluetooth Low Energy MIFARE DESFire Reader. Designed for facilities that demand secure, streamlined entry, this SALTO Systems reader combines BLE connectivity with MIFARE DESFire compatibility to accept both mobile credentials and traditional key fobs. The AM668W62IMB38 model integrates seamlessly with XS4 installations, accelerating deployment and reducing administration overhead.

Because it supports Bluetooth Low Energy and DESFire technology, the reader enables encrypted interactions and robust anti-cloning protections—improving physical security while supporting IT-friendly monitoring and auditing. Installers and security managers benefit from simplified wiring and quick commissioning, and building operators gain flexible credentialing options for tenants, staff, and contractors. Ideal for corporate offices, healthcare, education, and multi-tenant buildings, the unit helps unify access, surveillance, and reporting under your existing SALTO access control platform.

Upgrade your access control strategy with a reader built for modern security needs—contact us to specify the AM668W62IMB38 for your next project or request a demo to see how it fits into your monitoring and access workflows.

• Streamline secure access: supports Bluetooth Low Energy and MIFARE DESFire credentials to simplify badge and mobile access across sites
• Fast integration: XS4 original reader (AM668W62IMB38) plugs into SALTO access control platforms to reduce installation and provisioning time
• Improve security posture: strong encryption and secure communications protect against cloning and unauthorized entry for better physical security and monitoring
• Flexible credential options: accept traditional key fobs and mobile credentials to support mixed-technology deployments and phased upgrades
• Durable, commercial-grade design: built for high-traffic environments—minimizes maintenance and supports long-term surveillance and operational continuity