Arducam 8 MP IMX219 Wide Angle IR Sensitive (NoIR) Camera Module for Nvidia Jetson Nano

The Arducam 8 MP IMX219 Wide Angle IR Sensitive (NoIR) Camera Module is a specialized vision sensor designed for low-light and infrared imaging applications on NVIDIA Jetson Nano edge computing platforms. This module features a Sony IMX219 CMOS sensor with removed IR filter, enabling detection of infrared wavelengths from 400nm to 1000nm for night vision and thermal analysis without visible light interference. Professional developers, roboticists, and embedded systems engineers use this camera for surveillance systems, autonomous navigation in darkness, thermal monitoring, and scientific research applications where standard visible-light cameras fail.

Product Overview

The Arducam IMX219 NoIR camera operates on the principle of capturing photons across an extended spectral range by eliminating the infrared cut filter present in standard camera modules. The Sony IMX219 sensor delivers 8 megapixels of resolution at 3280x2464 pixels with a wide 160-degree field of view, making it ideal for panoramic surveillance and environmental monitoring. The sensor employs a rolling shutter mechanism with a 1/4-inch optical format, providing excellent light sensitivity with a maximum frame rate of 30 fps at full resolution or up to 90 fps at lower resolutions. The module connects directly to the Jetson Nano's CSI-2 camera interface via a 22-pin flat flex cable, requiring minimal configuration for immediate operation with standard Linux camera drivers.

What distinguishes this NoIR variant is the deliberate removal of the infrared blocking filter, allowing wavelengths beyond 700nm to reach the sensor. This design choice enables applications requiring thermal sensitivity, nocturnal wildlife monitoring, and inspection of infrared markers invisible to human eyes. The camera module measures 25mm x 23mm x 11.5mm and weighs approximately 3 grams, making it lightweight for drone integration and robotic applications. The sensor features automatic exposure control, white balance adjustment, and supports both RAW and compressed image formats through the Jetson Nano's video processing pipeline, offering flexibility for machine learning inference tasks and real-time computer vision algorithms.

Key Specifications

Specification	Details
Product Type	CSI-2 Camera Module with IR Sensitivity
Brand	Arducam
Origin	Original/Authentic
Warranty	7 days on manufacturing defects
Shipping	1-5 days from Bengaluru
Delivery	7-8 days across India
Support	24/7 via Email and WhatsApp
Sensor Model	Sony IMX219 CMOS
Resolution	8 Megapixels (3280 x 2464)
Optical Format	1/4 inch
Field of View	160 degrees (wide angle)
IR Sensitivity Range	400nm to 1000nm (includes near-infrared)
Maximum Frame Rate	30 fps at full resolution, 90 fps at lower resolutions
Interface	CSI-2 22-pin flat flex connector
Module Dimensions	25mm x 23mm x 11.5mm
Module Weight	3 grams
Compatibility	NVIDIA Jetson Nano, Jetson Xavier NX, Raspberry Pi Compute Module

Key Features

• 8 Megapixel Sony IMX219 sensor with native IR sensitivity for capturing infrared wavelengths from 400nm to 1000nm without visible light contamination
• 160-degree wide-angle lens providing panoramic field of view suitable for surveillance, environmental monitoring, and autonomous vehicle perception systems
• Direct CSI-2 interface compatibility with NVIDIA Jetson Nano delivering high-bandwidth image data transfer at up to 912 Mbps for real-time processing
• Compact 25mm x 23mm form factor enabling integration into drones, robotic arms, and space-constrained embedded vision applications
• Flexible frame rate control supporting 30 fps at full 8MP resolution or up to 90 fps at reduced resolutions for high-speed motion analysis
• Automatic exposure and white balance algorithms optimized for low-light and infrared imaging scenarios without manual tuning

Applications and Use Cases

• Nocturnal Wildlife Surveillance: Deploy in nature reserves and protected areas for 24/7 animal monitoring using infrared sensitivity to detect warm-blooded creatures in complete darkness without disturbing natural behavior
• Autonomous Robot Navigation: Integrate into ground and aerial robots for obstacle detection and path planning in low-light environments such as underground mining, cave exploration, and disaster response scenarios
• Thermal Inspection and Quality Control: Use in manufacturing facilities to detect heat signatures from faulty components, electrical hotspots, and process anomalies without requiring expensive thermal imaging cameras
• Security and Access Control: Implement in building surveillance systems for facial recognition and intruder detection at night, combined with infrared LED illumination for covert monitoring
• Scientific Research: Employ in agricultural monitoring for crop health assessment, plant stress detection, and soil moisture analysis using near-infrared reflectance patterns
• Machine Learning and Computer Vision: Train deep learning models on infrared imagery for object detection, semantic segmentation, and anomaly detection tasks on edge devices

How to Use

Begin by physically connecting the camera module to your NVIDIA Jetson Nano's CSI-2 camera port (Camera 0) using the provided 22-pin flat flex cable, ensuring the blue tape faces outward before fully inserting and securing the connector. Power on your Jetson Nano and verify camera detection by running the command 'ls /dev/video*' in the terminal, which should display available video devices. Install required camera libraries using 'sudo apt-get install python3-picamera2' or 'sudo apt-get install libcamera-dev' depending on your JetPack version, then test basic functionality with simple Python scripts using OpenCV or GStreamer pipelines to capture and display frames.

For infrared imaging applications, position an infrared light source (850nm or 940nm LED array) near your subject, as the NoIR sensor requires infrared illumination to capture meaningful data in darkness. Configure your application to use RAW Bayer format capture for maximum flexibility in post-processing, allowing you to apply custom white balance and tone mapping algorithms optimized for infrared data. Leverage the Jetson Nano's hardware video encoder to compress captured frames in real-time, reducing bandwidth requirements for streaming applications. For machine learning inference, preprocess infrared frames using histogram equalization and contrast stretching to normalize the wide dynamic range typical of thermal imaging before feeding data into your trained neural networks.

Frequently Asked Questions

Does the Arducam IMX219 NoIR require an external infrared light source for night vision?

Yes, the NoIR variant captures infrared wavelengths but does not emit them. For complete darkness imaging, you must provide external infrared illumination using 850nm or 940nm LED arrays. The camera will capture ambient infrared radiation from warm objects, but artificial IR lighting dramatically improves image quality and range. Many users pair this module with infrared LED rings or arrays designed for surveillance applications.

Can I use this camera module with Raspberry Pi instead of Jetson Nano?

Yes, the Arducam IMX219 NoIR is compatible with Raspberry Pi Compute Module and Raspberry Pi Camera Port through CSI-2 interface. However, Jetson Nano offers superior performance for real-time machine learning inference on captured infrared data. Compatibility depends on your specific Raspberry Pi model and software version, so verify with Arducam's documentation before purchasing for Pi applications.

What is the difference between this NoIR camera and standard Arducam IMX219 modules?

The primary difference is the removal of the infrared cut filter in the NoIR version. Standard IMX219 modules have an IR filter that blocks wavelengths above 700nm, restricting the sensor to visible light only. The NoIR variant allows the full 400nm to 1000nm spectrum to reach the sensor, enabling infrared imaging but reducing color accuracy for visible light photography. Choose NoIR for thermal and night vision applications, and standard modules for daytime color imaging.

What frame rates and resolutions are achievable with Jetson Nano?

The camera delivers 30 fps at full 8MP resolution (3280x2464), 60 fps at 1920x1080, and up to 90 fps at lower resolutions like 640x480. Frame rate depends on your application's processing requirements and available computational resources on the Jetson Nano. The CSI-2 interface supports these rates natively, but your software implementation must efficiently handle the data stream to achieve consistent performance.

When will I receive my order?

Orders are dispatched within 1-5 business days from our Bengaluru warehouse. Delivery takes 7-8 days to most locations across India.

What is your return and warranty policy?

We offer a 7-day return policy on manufacturing defects only. Contact support within 7 days of receipt for free replacement or full refund. Not applicable for user damage or misuse.

Are bulk discounts available?

Yes, wholesale pricing for orders of 10 or more units. Contact our sales team via WhatsApp or email for a customized bulk quote.

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