G1 384/640 Thermographic Body Temperature Measurement Camera Module

G1 Series Uncooled Thermal Module employs Infisense's self-developed ASIC infrared image processing chip, replacing the FPGA of traditional thermal imaging modules. With full-series 12μm VOx ceramic packaged detectors, it provides high-quality infrared images and high-accuracy temperature measurement functions, and features a combination of high performance, compactness, lightweight, low power consumption, and low cost, meeting the application requirements of SWAP3 (Size, Weight and Power, Performance, Price).

Resolution: 384×288/640×512/1024×768/1280×1024

Pixel size: 12μm

Detector package: Ceramic package

Features of G1 384/640 Thermographic Body Temperature Measurement Camera Module
Rich and flexible interfaces, easy to integrate

Support DVP concurrent digital video output, SPI video transmission, and I2C and UART interfaces.

Support digital video formats such as RAW14, YUV, Y8, BT.656, BT.1120, and LVCMOS.

Support simultaneous output of image data + temperature data.

Integrate MCU internally and provide secondary development SDKs.

Small size, low power, and light weight

Benefiting from the compactness and high integration of ASIC, the module size is greatly reduced (26mm×26mm for the 384×288/640×512 module and 42mm×42mm for the 1024×768/1280×1024 module).

Benefiting from ASIC, the module power consumption is extremely low (384×288/640×512 module:<500mW, 1024×768/1280×1024 module: <1W).

The ASIC-based thermal module has only one circuit board, greatly reducing the weight (384×288/640×512 module:<18g, 1024×768/1280×1024: <75g).

Self-developed core

The core processor adopts Infisense's self-developed ASIC infrared processing chip, which is only 1/6 of the size and 1/3 of the power consumption of traditional FPGA, with a competitive price.

Equipped with industry-leading thermal image processing algorithm and temperature measurement algorithm, it can provide high-quality image and high-accuracy temperature measurement.

Specifications of G1 384/640 Thermographic Body Temperature Measurement Camera Module
Component Model G384 G384T G640 G640T
Detector Ceramic packaged uncooled VOx infrared detector
Pixel Size 12μm
Spectral Band 8~14μm
Resolution 384×288 640×512
Detector Frame Rate 50Hz/25Hz
NETD ≤50Hz@25®C, F#1.0 (≤40mK, optional)
TEC Temperature Control Not supported
Image Adjustment
Brightness Adjustment 0~255, optional
Contrast Adjustment 0~255, optional
Polarity Black-hot/White-hot
Palette Supported
Reticle Display/Blank/Move
Digital Zoom 0.25×~2.0× continuous zoom
Mirroring Horizontal/Vertical/Diagonal
Image Processing TEC-less algorithm
Non-uniformity Correction
Digital filtering noise reduction
Digital detail enhancement
Module Power Supply
Service Voltage 1.8V, 3.3V, 5V
Typical Power Consumption @ 25ºC <0.55W <0.6W
Module Interface
Digital Video DVP
Communication Interface I2C/UART
Physical Characteristics of Module (without lens)
Weight <18g
Dimensions 26mm×26mm×19mm
Module Interface (module+expansion board)
Service Voltage 4~6V, 5~12V
Power Protection Support overvoltage, undervoltage, and reverse connection protection
Video Output Interface PAL or NTSC, BT.656, LVCMOS
Support simultaneous output of all-array image + temperature data
Communication Interface I2C/RS232/UART
Button Four buttons
Temperature Measurement
Measurement Range Not supported High gain: -20®C~+150®C Not supported High gain: -20®C~+150®C
Low gain: 0®C~+550®C Low gain: 0®C~+550®C
Measurement Accuracy Not supported Ambient temperature (–20®C~+60®C): ¯2®C or ¯2% of the reading Not supported Ambient temperature (–20®C~+60®C): ¯2®C or ¯2% of the reading
Measurement Tool Not supported Point, line, and area analysis Not supported Point, line, and area analysis
Adaptive Lens
Athermalized Prime Lens F1.2:4.1mm/5.8mm/9.1mm/13mm
F1.0:19mm/25mm/35mm/55mm/75mm/100mm
Electric Focusing Lens Supported
Environment Adaptability
Operating Temperature -40®C~+80®C
Storage Temperature -45®C~+85®C
Humidity 5%~95%, non-condensing
Vibration 6.06g, random vibration, all axes
Impact 80g, 4ms, final peak sawtooth wave, three axes, and six directions

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