The Turing F256 uncooled infrared core module adopts an advanced 256×192 wafer detector. It features small module size, light weight and low power consumption, meeting the SWaP³ design requirements.

- The split-type assembly offers higher flexibility, with a rich set of supporting development tools. It supports multiple ARM architecture SOC platforms, ensuring ease of use and convenient integration.

- It enables simultaneous output of images and temperature data, and provides a variety of lightweight infrared lenses and expansion components for selection.

This product series is applied in diverse fields such as security, industry, consumer electronics, and civil drones, making it an ideal choice for low-cost solutions.

Detector type: Vanadium oxide non-cooled infrared focal plane detector

Spectral range: 8 - 14 μm

Resolution: 256 × 192

Pixel pitch: 12 μm

Noise Equivalent Temperature Difference (NETD): ≤ 50 mK @ 25℃

Detector frame frequency: 25Hz

Brightness/contrast adjustment: Manual mode/Automatic mode

Electronic zoom: 1.0 - 8.0x continuous zoom (only analog video supported)

Polarity: White hot/Black hot

False color: Supported

Crosshair: Display/Hide/Move

Image processing: Digital filtering for noise reduction/Digital detail enhancement

Non-uniformity correction: Shutter correction

Image mirroring: Up/Down/Left/Right/ Diagonal

Focusing method: Non-heated fixed-focus lens

Temperature measurement range: High quality: -20℃ - 150℃, Wide range: 100℃ - 550℃

Temperature measurement accuracy (typical value): ±3℃ or ±3% of reading (@ ambient temperature -20℃ - 60℃)

Temperature measurement tools: Point, line, area, etc. secondary analysis

Power supply voltage (typical): 3.8V - 5.2V

Typical power consumption: 0.35W

Digital video: BT.1120/BT.601/LVCMOS/MIPI

Serial communication interface: UART/USB

Size: 21 × 14.6mm

Weight: Approximately 3.5g @ 3.2mm lens

Lenses: 3.2mm, 7mm

Operating temperature: -20℃ - 60℃

Storage temperature: -45℃ - +85℃

Humidity: 5% - 95%, no condensation

Vibration: 6.06g, random vibration, all axes

Impact: 40g, 11ms, half sine wave, three-axis 6 directions