Tiny1, smaller than smaller.

This is InfiRay®'s smallest micromodule to date, with a built-in shutter in a space less than 7.3mm thick.

Tiny1 uses an advanced 12-micron WLP chip with excellent imaging and temperature measurement capabilities.

Tiny1 focuses on the consumer thermal imaging market and is ultra-high cost-effective and easy to be developed and integrated.

It can be applied in various fields, such as AIOT, intelligent home, smart phone, PDA, security monitoring, power monitoring.

Tiny1展示
  • Tiny1应用场景

    Tiny1 real shot

  • Tiny1应用场景

    Tiny1 real shot

  • Tiny1应用场景

    Tiny1 real shot

  • Tiny1应用场景

    Tiny1 real shot

  • Tiny1应用场景

    Tiny1 real shot

  • Tiny1应用场景

    Tiny1 real shot

  • Tiny1应用场景

    Tiny1 real shot

  • Tiny1应用场景

    Tiny1 real shot

Model Tiny1-A Tiny1-B
Pixel Pitch 12μm 12μm
Resolution 256×192/160×120 256×192/160×120
Detector Type Uncooled VOx Microbolometer Uncooled VOx Microbolometer
Spectral Band 8~14 μm 8~14 μm
NETD <50mK @25℃,F#1.0,25Hz <50mK @25℃,F#1.0,25Hz
Thermal Time Constant <10ms <10ms
Detector Frame Rate ≤30Hz ≤30Hz
Non-uniformity Correction Support shutter correction Automatic shutter correction
Image Output 14-bit digital output 14-bit digital output
Focusing Mode Athermalized prime lens Athermalized prime lens
Measuring Range   '-15℃~+150℃ (expandable)
Measuring Accuracy   ±3℃ or ±3% of the reading
Input Voltage 1.8V, 3.3V (optional), 5V 1.2V,1.8V, 3.3V, 5V
Input Clock 10~50MHz, 3.3V/1.8V (IO unified voltage)  
Data Interface Parallel interface output 3.3V/1.8V (IO unified voltage) UVC(USB Video Class)
Control Interface I2C, 3.3V/1.8V (IO unified voltage) USB
Typical power consumption @25℃ Normal operation: <40mW (IO 1.8V) Normal operation: 500mW(typical)
During shutter working:<640mW (IO 1.8V) During shutter working:1.1W(typical)
Dimension(w*l*h) 13mm×13mm×7.3mm 13mm×28mm×10mm
Weight <2g <3g
Operating Temperature -40℃~80℃ '-40℃~80℃(imaging)*
'-10℃~75℃(temperature measuring)*
Storage Temperature -45℃~85℃ -45℃~85℃
Mechanical Shock 25g, 11ms, half-sine wave, 3 axials and directions 25g, 11ms, half-sine wave, 3 axials and directions

The data above are for reference only. Specifications in the marketed products shall prevail.