JP-RE058 Monocular Face Recognition 2MP Wide Dynamic Range Camera Module

Product Overview

The JP-RE058 Monocular Face Recognition 2MP Wide Dynamic Range Camera Module is a high-quality 1080P HD imaging solution engineered for next-generation products requiring low power consumption and low noise operation. Featuring a 1/2.7-inch CMOS sensor with 1920 × 1080 resolution and 3.0μm × 3.0μm pixel size, this module delivers superior image quality with 85dB wide dynamic range for clear imaging in challenging lighting conditions. The F2.2 aperture ensures excellent low-light performance, while USB 2.0 connectivity with UVC compliance enables plug-and-play integration with Windows and Android systems. With an ultra-compact 38mm × 38mm × 9.2mm form factor, extremely low power consumption of just 110mA at 1080P/30fps, and a wide -10°C to 65°C operating temperature range, the JP-RE058 is the ideal choice for embedded face recognition terminals, access control systems, and space-constrained imaging applications.

Key Advantages

• Ultra-Low Power Consumption: Operating at just 110mA ±5mA at 1080P/30fps and 30mA ±5mA in standby — among the most power-efficient 1080P WDR modules available, ideal for battery-powered and heat-sensitive devices.

• Ultra-Compact Design: Measures just 38mm × 38mm × 9.2mm with ±0.3mm tolerance — one of the smallest 1080P WDR modules on the market, fitting easily into the tightest enclosures and embedded designs.

• 85dB Wide Dynamic Range: Delivers clear images in high-contrast scenes — from bright backlight to dim interiors — ensuring usable footage in challenging lighting conditions.

• Superior Low-Light Performance: F2.2 aperture captures significantly more light than standard F2.4 or F2.5 lenses — delivering clear images in dimly lit environments where other cameras fail.

• High Frame Rate at 1080P: Supports 1080P video at full 30fps — smooth, fluid video for real-time face recognition and monitoring applications.

• UVC Plug-and-Play Compliance: Driver-free connectivity with Windows and Android via USB 2.0 — no complex integration, faster time-to-market.

• Wide Operating Temperature Range: -10°C to 65°C operation — reliable performance in outdoor and industrial environments where consumer-grade cameras fail.

Why Choose This Module?

• Power Efficiency That Extends Battery Life: Drawing just 110mA during operation and 30mA in standby, this module consumes a fraction of the power of standard camera modules (typically 150-200mA). For battery-powered devices such as portable face recognition terminals, video doorbells, and mobile inspection tools, this translates to significantly longer runtime and smaller battery requirements.

• Ultra-Compact for Space-Constrained Designs: At just 9.2mm thick (including lens and PCB), the JP-RE058 fits into product designs where standard camera modules simply won't go — ultra-slim monitors, compact kiosks, doorbell cameras, and miniaturized embedded systems. This small footprint enables product designs that were previously impossible with larger camera modules.

• The Low-Light Advantage of F2.2 Aperture: While most modules use F2.4 or F2.5 lenses, the JP-RE058's F2.2 aperture captures over 40% more light — delivering usable images in conditions where other cameras produce noisy, dark footage. For face recognition at dusk, in dimly lit entryways, or in shaded outdoor locations, this is the difference between reliable recognition and repeated failures.

• Reliable Imaging Across Temperature Extremes: Standard camera modules typically operate at 0°C to 50°C, limiting deployment in outdoor or unheated environments. The JP-RE058 operates from -10°C to 65°C — enabling reliable performance in cold outdoor entryways, direct sunlight exposure, and industrial settings where temperature is not controlled.

• Optimized for Integrated Face Recognition: The combination of 1080P at 30fps, 85dB WDR, F2.2 aperture, and low power consumption makes the JP-RE058 specifically suited for face recognition terminals. It delivers the resolution, frame rate, and lighting adaptability required for accurate facial capture while maintaining the power and thermal characteristics needed for embedded, always-on deployments.