JP-ZI16-90 REV2.0 Dual-Lens 2MP MIPI Wide Dynamic Range Camera Module

Product Specification

Dual-Lens 2MP MIPI Interface WDR Camera Module JP-ZI16-90 REV2.0

Product Overview

     The Dual-Lens 2MP MIPI Interface WDR Camera Module JP-ZI16-90 REV2.0 is a high-performance dual-sensor imaging solution featuring 1/2.9" CMOS sensors for both RGB and IR channels, each delivering 1920 × 1080 resolution at 30fps. Engineered with high-quality glass + plastic (1G+3P) lenses and M12*0.5 mounts with dedicated 650nm (RGB) and 850nm narrow-band (IR) filters, this module delivers exceptional image quality across both visible and infrared spectrums. With 105dB wide dynamic range on the RGB channel, ultra-low power consumption (140mW RGB + 100mW IR), and a wide 92° diagonal field of view, the JP-ZI16-90 REV2.0 is the ideal solution for facial recognition terminals, biometric access control systems, and intelligent surveillance applications requiring high-quality dual-channel imaging with MIPI interface integration.

Key Advantages

• Low Power Consumption: RGB channel consumes just 140mW ±5% and IR channel 100mW ±5% at 30fps — among the most power-efficient dual-sensor modules available, ideal for battery-powered and heat-sensitive devices.

• 105dB Wide Dynamic Range: RGB sensor delivers 105dB WDR for clear imaging in high-contrast scenes — from bright backlight to dim interiors.

• Dual-Channel 1080P @ 30fps: Both RGB and IR sensors support 1920 × 1080 resolution at full 30fps — delivering smooth, high-quality video for real-time recognition and monitoring applications.

• High-Quality 1G+3P Lens Assembly: Precision glass + plastic lens construction with TV distortion <1% and CRA <12.6° — delivering sharp, low-distortion images across both visible and infrared spectrums.

• Dedicated Optical Filtering: RGB channel with 650nm IR-cut filter and IR channel with 850nm narrow-band filter — ensuring optimal spectral response for each sensor's intended application.

• Ultra-Low Light Sensitivity: Both sensors achieve ≤0.15Lux @ F2.0 — capturing usable images in very low-light conditions without IR illumination.

• MIPI Interface: Standard 40-pin 0.5mm connector provides high-speed data transmission directly to application processors — ideal for embedded systems and SoC integration.

Why Choose This Module?

• Exceptional Power Efficiency for Embedded Systems: At just 140mW for RGB and 100mW for IR channels, the JP-ZI16-90 REV2.0 consumes a fraction of the power of typical dual-sensor modules (often 300mW+ per channel). This ultra-low power design is critical for battery-powered devices, heat-sensitive enclosures, and applications where power budgets are tightly constrained — enabling longer battery life and smaller power supplies.

• Superior Optical Performance with 1G+3P Lenses: The glass + plastic lens assembly delivers TV distortion below 1% and CRA under 12.6°, ensuring sharp, geometrically accurate images with minimal optical aberration. This precision is essential for facial recognition applications where minute image distortions can impact matching accuracy.

• Balanced Dual-Channel Performance: Both RGB and IR sensors deliver identical resolution (1920×1080), frame rate (30fps), field of view (H:84°/V:54°/D:92°), aperture (F2.5), and focal length (3.1mm). This symmetry ensures consistent image quality across both channels — simplifying image processing and improving recognition reliability.

• Industry-Standard MIPI Interface for SoC Integration: The 40-pin 0.5mm MIPI connector enables direct connection to application processors without USB host controllers — reducing BOM cost and simplifying embedded system design. This is the interface of choice for facial recognition terminals, smart locks, and integrated camera systems.

• Optimized for Biometric Recognition Applications: The combination of low-light sensitivity (0.15Lux), WDR (105dB), dual-channel 30fps capture, and precision optics makes the JP-ZI16-90 REV2.0 ideally suited for facial recognition and biometric authentication — delivering reliable performance across diverse lighting conditions, from dim interiors to bright outdoor entryways.