HUSKYLENS 2 Adjustable Focus and Night Vision Camera Modules

Introduction

DFRobot’s HUSKYLENS 2 Adjustable Focus and Night Vision Camera Modules are optical module options for the HUSKYLENS 2 AI Vision Sensor. They expand the sensor’s imaging flexibility with two distinct approaches: a manually adjustable-focus module for adapting recognition distance, and an infrared module for imaging where visible light is unavailable.

Both options use a 2MP image sensor and an M12 lens mount, providing a common camera-module basis while addressing different vision-system requirements.

What it does

The adjustable-focus module is intended for applications that need to work across close-up and longer-range recognition tasks. Its lens can be manually adjusted to tune focus for the target distance.

The infrared night-vision module produces monochrome images in complete darkness when used with an 850nm infrared fill light. This makes it an option for HUSKYLENS 2 installations where conventional visible-light imaging is impractical or unavailable.

Applications

• Vision projects that need to inspect or recognize targets at manually selected close and longer distances
• HUSKYLENS 2 systems operating in dark environments with an 850nm infrared fill light
• Machine-vision prototypes requiring either visible-light focus adjustment or monochrome infrared imaging
• Embedded AI vision installations using an M12-mounted camera module

Design considerations

The two modules are suited to different optical conditions. The adjustable-focus version requires manual lens adjustment when changing the desired recognition distance. The infrared version depends on an 850nm infrared fill light for monochrome imaging in complete darkness.

Both modules use a 2MP image sensor and an M12 lens mount. System designers should account for the appropriate lens configuration and, for night-vision use, integration of the required infrared illumination.

Availability and further information

The source/distributor link on this page provides further product information. Refer to the available datasheet links on the page for additional technical details and integration guidance.