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Small green circuit board with a silver thermal sensor module and 40-pin GPIO header

LORDWORLD

LORDWORLD Long Wave IR Thermal Imaging Camera Module 80×62 Pixels 45°FOV 40PIN GPIO development board

SKU CH-8362-VSHRT

An 80×62 long-wave IR thermal camera module with a 45° field of view and 40-pin GPIO header for Raspberry Pi development boards

  • 80×62 pixel array captures detailed thermal scenes
  • 45° field of view covers a wide observation area
  • Shutterless design enables continuous thermal video streaming
  • Up to 25 FPS delivers smooth real-time imaging
  • 150 mK NETD sensitivity detects subtle temperature differences

Raspberry Pi thermal module

The LORDWORLD Long Wave IR Thermal Imaging Camera Module provides an 80×62 pixel infrared array with a 45° field of view. It connects directly to Raspberry Pi boards through a 40PIN GPIO header and is intended for makers, researchers and engineers building thermal sensing into IoT edge devices or prototypes.

Upgrade from single-point sensors

The module replaces single-element thermopile or basic IR sensors that only return one temperature reading. The jump is worth it when an application needs a full thermal image or video stream for motion detection, area monitoring or spatial temperature mapping rather than a spot measurement.

Shutterless sustained streaming

A shutterless microbolometer-thermopile hybrid design allows continuous operation without the periodic calibration pauses that interrupt framed output on shuttered cores. The camera delivers up to 25 FPS thermal video and maintains a noise equivalent temperature difference of 150 mK RMS at 1 Hz refresh during extended capture sessions.

Highlights

  • 80×62 pixel array captures detailed thermal scenes
  • 45° field of view covers a wide observation area
  • Shutterless design enables continuous thermal video streaming
  • Up to 25 FPS delivers smooth real-time imaging
  • 150 mK NETD sensitivity detects subtle temperature differences

Specifications

BrandLORDWORLD

Questions about this item

What Raspberry Pi GPIO header does the 40PIN connector match?

The module uses a standard 40PIN GPIO header that aligns with Raspberry Pi 4B and Raspberry Pi Zero boards.

Which software step is often missed when enabling the thermal video stream?

Many users forget to enable the I2C interface in raspi-config before running the Python demo, which stops the 25FPS stream from appearing.

When should the shutterless sensor be cleaned to keep the 150mK NETD accuracy?

Clean the lens only when visible dust or residue appears; the shutterless design has no moving parts to service, so no periodic calibration is required.

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