Scalable Wireless SoCs for Smart Door Locks, Secure Access & Intelligent Entry Systems

Designed for next-generation smart door systems, intelligent access control, and connected building solutions, advanced wireless SoCs deliver secure, low-power, and highly reliable connectivity for modern residential, commercial, hospitality, and enterprise deployments. Supporting Bluetooth® LE, Wi-Fi, Matter over Thread, Zigbee®, RFID, NFC, biometric authentication, cloud connectivity, and mobile credentials, the platform enables seamless integration across today's connected access ecosystems.

Optimized for battery-powered and always-connected devices, the architecture combines ultra-low power operation with high-performance wireless communication, enabling responsive access control, extended battery life, secure remote management, and real-time monitoring. Flexible processing capability and rich peripheral interfaces simplify the integration of electronic locks, fingerprint sensors, NFC readers, cameras, touch interfaces, and access peripherals within a unified hardware platform.

Whether deployed in homes, apartments, offices, hotels, campuses, or industrial facilities, the platform supports secure authentication, wireless commissioning, remote diagnostics, cloud-based access management, and reliable over-the-air firmware updates throughout the product lifecycle.

Technical Approach

The platform integrates a high-performance MCU with a flexible multi-protocol wireless architecture supporting Bluetooth® LE 5.4/6.0, Matter over Thread, Zigbee®, proprietary 2.4 GHz communication, and companion Wi-Fi connectivity for cloud-enabled access control systems. This enables a scalable hardware platform supporting both local and remote authentication across diverse smart building ecosystems.

Ultra-low power architecture with fast wake-up enables instant door response while maximizing battery life. Optimized RF performance ensures reliable wireless connectivity for smartphones, gateways, and edge devices operating in challenging indoor environments.

An integrated hardware security architecture featuring Secure Boot, AES encryption, TRNG, secure key storage, device authentication, and authenticated OTA firmware updates safeguards digital credentials, user identities, and system integrity against unauthorized access.

Rich peripheral interfaces including GPIO, UART, SPI, I²C, PWM, ADC, USB, capacitive touch, and camera interfaces support seamless integration with fingerprint sensors, RFID/NFC readers, facial recognition modules, electronic lock mechanisms, touch displays, occupancy sensors, and access control peripherals.