JP-FM888 Dual-Lens Camera Module with Algorithm

Product Overview

     The JP-FM888 Dual-Lens Camera Module with Algorithm is a high-performance facial recognition solution featuring a dual-camera 3D liveness detection engine and a deep learning-based dynamic visible-light recognition algorithm trained on large-scale datasets. Equipped with high-resolution cameras, the module delivers enhanced environmental adaptability, superior anti-spoofing capabilities, and expanded recognition angles that accommodate users of varying heights for a significantly improved user experience. With rapid boot and low-power automatic face detection, the JP-FM888 supports 24/7 continuous operation — automatically waking and initiating recognition as users approach. The module combines infrared and visible-light cameras to handle face registration, 1:1 and 1:N matching, and communication via UART/USB, while also supporting video and audio transmission. This enables seamless integration of facial recognition and video intercom functionality into third-party products.

Key Advantages

• 500-User Capacity: Supports up to 500 faces — five times the capacity of standard smart lock modules, making it suitable for office buildings, co-working spaces, and enterprise access control applications.

• Dual 3D Liveness Detection + Visible Light Recognition: Combines dual-camera 3D liveness detection with deep learning-based visible-light recognition — delivering robust spoofing protection against photos, videos, and 3D masks while maintaining high recognition accuracy across varying lighting conditions.

• Automatic Wake with Low-Power Detection: Low-power automatic face detection continuously monitors for approaching users, instantly waking the module and initiating recognition — enabling 24/7 operation while minimizing power consumption.

• Extended Recognition Distance: Supports recognition distances from 30cm to 120cm — providing greater flexibility and user convenience compared to standard 30–110cm modules.

• Built-in Audio Support: Integrated microphone and speaker support enable full video intercom functionality — not just recognition, but also two-way audio communication for remote verification and visitor interaction.

• Dual Communication Interfaces: UART for control commands and USB for high-quality color video and audio transmission — enabling simultaneous facial recognition and real-time video intercom.

• Expanded Recognition Angles: Supports ±20° horizontal and vertical angles with multi-angle enrollment — accommodating users of different heights and positions without requiring precise alignment.

Why Choose This Module?

• From Smart Locks to Enterprise Access: With 500-user capacity, the JP-FM888 scales beyond residential smart locks to office buildings, co-working spaces, and enterprise access control — where managing 100 users isn't enough, but installing a full surveillance system is overkill. This is the module for the middle ground, where capacity and cost meet perfectly.

• Zero-Power Standby When Truly Idle: The 0µA shutdown current ensures no battery drain when the module is completely off — essential for battery-powered devices that may sit unused for extended periods. When active, low-power detection mode consumes only 120-130mA, enabling always-on readiness without sacrificing battery life.

• Full Video Intercom on a Single Module: While most recognition modules handle only identification, the JP-FM888 integrates built-in speaker and microphone support with USB audio/video transmission (UVC/UAC). One module delivers both biometric security and real-time visitor communication — eliminating the need for separate intercom hardware.

• Dynamic Visible Light Recognition — Built for Real-World Conditions: The deep learning-based visible-light algorithm adapts to varying lighting conditions, delivering consistent performance from bright daylight to dim interiors — environments where static IR systems often fail to capture usable images.

• Auto-Wake Means Instant Response: The module doesn't wait for a button press or host command — it continuously monitors for faces in low-power mode and initiates recognition the moment someone approaches. For high-traffic entry points, this means zero user hesitation and faster throughput.