GY‑AMG8833 Infrared Thermal Imaging Sensor Module 8×8 IR Array I2C Interface Non‑Contact Temperature Detector Compatible With Arduino Raspberry Pi

GY‑AMG8833 Infrared Thermal Imaging Sensor Module

📌 Product Overview

The GY‑AMG8833 is an 8×8 infrared thermal sensor array module upgraded from AMG8831. It transmits 64 independent infrared temperature data through the I2C bus to the microcontroller. With compact PCB layout, it is easy to integrate into embedded projects. Equipped with a configurable interrupt pin, it can trigger an alert when any pixel temperature exceeds the preset threshold. The measurement range covers 0℃ to 80℃ with ±2.5℃ accuracy, capable of human detection up to 7 meters, and supports a maximum frame rate of 10Hz. It is ideal for DIY thermal cameras, human presence detection and non‑contact temperature measurement solutions.

✨ Core Features

1. 8×8 pixel infrared array, 64 independent temperature sampling points.
2. I2C communication interface, easy to connect with Arduino, ESP32 and other main controllers.
3. Programmable interrupt pin for over‑temperature or under‑temperature trigger.
4. Temperature measuring range: 0℃ ~ 80℃, measurement accuracy ±2.5℃.
5. Detect human targets at a distance up to 7 meters.
6. Max frame rate reaches 10Hz for real‑time thermal data refresh.
7. Operating supply voltage: 3‑5V.
8. Compact dimension, lightweight design for embedded secondary development.
9. Industrial‑grade working temperature:‑40℃ ~ +85℃.

📋 Product Parameters

Item	Parameter
Model	GY‑AMG8833
Chip	AMG8833
Pixel Array	8×8 (64 pixels)
Communication	I2C Interface
Supply Voltage	3‑5V
Temperature Range	0℃ ~ 80℃
Measurement Accuracy	±2.5℃
Detecting Distance	Up to 7m for human body
Maximum Frame Rate	10Hz
Dimension	18X18X3mm
Net Weight	1.7g
Working Temperature	‑40℃ ~ +85℃

📐 Dimension Info

‑ Module size: 18X18X3mm, Net weight:1.7g

⚠ Important Usage Notice

The sensor requires MCU program development to read 8×8 pixel data. Avoid strong light and high‑temperature heat sources directly irradiating the sensing window. Kind reminder: If there are version differences or images not been updated, please refer to the actual product.

🛠 Application Scenarios

DIY mini thermal imager, human body detection, non‑contact temperature monitoring, smart home induction, industrial temperature inspection, automation equipment, robot sensing and electronic development projects.