LEGIC Identsystems Universal programmable reader IC, iClass, RFID, NFC, Bluetooth, mobile credential capable custom code: LEGIC SM-6310 SM-6310

LEGIC SM-6310: Intelligent, programmable security and contactless interaction for access control via Bluetooth/NFC/RFID. With programmable application code and cryptographic keys stored in Secure Element (SE), the LEGIC SM-6310 is ideal for compact, low-power, contactless access control applications requiring secure user authentication and credential management. It supports smartcards and iOS / Android smartphone apps based on LEGIC Connect. Multi-purpose reader IC The programmable LEGIC SM-6310 supports all relevant smartcard/RFID technologies including iClass as well as Bluetooth Low Energy and NFC for mobile applications. The reader IC enables easy design of security critical applications requiring RFID or mobile credentialing and are perfect for low-power, compact applications in access control such as residential/office access control, time and attendance, hospitality, carsharing, closed-loop e-payment, and more. Product Information Secure application and cryptographic key store The tamper-proof hardware Secure Element (SE) is ideal for storing security-critical code and customer-specific application keys. For use with LEGIC Orbit, a secure transport key is pre-programmed. Encrypted end-to-end communication with customer- and application-specific management systems is supported. The 8 x 8 mm System-in-Package integrates two ARM processors, Bluetooth, NFC, passive components and SE chip. The LEGIC security platform: The 6000 series is an integral part of the LEGIC end-to-end Security Platform which includes a Trusted Service, mobile SDK, smartcard ICs, key and authorization management tools (LEGIC Orbit for mobile and LEGIC MTSC for smartcards). For mobile access control applications, the Reader ICs work seamlessly with the software service LEGIC Connect which consists of a cloud-based Trusted Service and Mobile SDK for iOS and Android. Thanks to the versatile and seamless interoperation of these components, a wide range of access control applications requiring user authentication and mobile credentialing via smartphones/tablets, smartcards and other devices can be realized quickly and easily.