AMG8833 8x8 IR Thermal Array Temperature Sensor Module 3V-5V

AMG8833 8×8 Infrared Thermal Imager Array Temperature Sensor Module

Take your electronics projects to the next level with the AMG8833 8×8 Infrared Thermal Imager Array Sensor Module — a compact, high-performance IR sensor from Panasonic that delivers 64 individual infrared temperature readings in a tiny 17.8mm × 17.8mm footprint. Whether you're building a human presence detector, a mini thermal imager, or a smart home automation system, this sensor is the perfect foundation.

Made in Mainland China.

Choose Your Variant

• AMG8833-1: No soldering pins (bare module)
• AMG8833-2: Welded pin header (downward-facing)
• AMG8833-3: Welded pin header (upward-facing)

Key Features

• 8×8 Pixel IR Array: Returns 64 individual infrared temperature readings per frame for detailed spatial thermal mapping
• Wide Power Supply Range: Compatible with 3V–5V systems — works with Arduino, Raspberry Pi, and most microcontrollers
• I2C Interface: Simple two-wire communication with configurable interrupt pin for threshold-triggered alerts
• Temperature Measurement Range: 0°C to 80°C (32°F to 176°F) with ±2.5°C (±4.5°F) accuracy
• Human Detection Range: Detects human presence at distances up to 7 meters (≈23 feet)
• Fast Frame Rate: Up to 10Hz refresh rate for responsive, real-time thermal imaging
• Next-Generation Panasonic Chip: AMG8833 offers improved performance over the previous AMG8831 generation
• Compact Form Factor: Just 17.8mm × 17.8mm — easy to integrate into any project enclosure

Specifications

Compatible Platforms

The AMG8833 is fully compatible with Arduino (via I2C library) and Raspberry Pi (via Python with SciPy image processing). With SciPy's interpolation tools, you can upscale the 8×8 grid into smooth, visually rich thermal maps — perfect for prototyping thermal camera systems on a budget.

Typical Applications

• Human presence and occupancy detection
• DIY mini thermal imager / thermal camera
• Smart home and building automation
• Non-contact temperature monitoring arrays
• Robotics and object detection
• Industrial process monitoring

Learn More

For guidelines on safe use of electronic sensor modules and electromagnetic compatibility standards, visit the NIST Sensors & Instrumentation Resource.

Frequently Asked Questions

Q: What microcontrollers is the AMG8833 thermal sensor module compatible with?

A: The AMG8833 IR thermal sensor module communicates over I2C and is compatible with a wide range of microcontrollers including Arduino (Uno, Mega, Nano, etc.) and single-board computers like Raspberry Pi. Any 3V–5V platform with I2C support can work with this module.

Q: What is the difference between the AMG8833-1, AMG8833-2, and AMG8833-3 variants?

A: The three variants differ only in their pin header configuration. AMG8833-1 comes with no soldering pins (bare module, ideal for custom soldering). AMG8833-2 has pre-soldered pin headers facing downward (great for breadboards). AMG8833-3 has pre-soldered pin headers facing upward (ideal for certain PCB layouts or enclosures).

Q: What is the maximum detection range of the AMG8833 infrared sensor?

A: The AMG8833 can detect human presence at distances of up to 7 meters (approximately 23 feet), making it well-suited for occupancy detection and presence-triggered automation systems.

Q: Can I use the AMG8833 sensor module to build a thermal camera?

A: Yes! The AMG8833 8×8 array provides 64 individual infrared temperature readings per frame at up to 10Hz. When combined with a Raspberry Pi and Python's SciPy library for image interpolation, you can create a smooth, real-time thermal imaging display — a cost-effective alternative to commercial thermal cameras for prototyping and DIY projects.