MYK A/IR-1280

Product Introduction

The MYK-A/IR-1280 uncooled infrared camera core module adopts an uncooled infrared focal plane detector, suitable for long-wave infrared (8~14um) radiation imaging. The focal plane array material is vanadium oxide. It features an extremely small form factor, lighter weight, and lower power consumption.

The product utilizes self-developed ISP algorithms and FPGA for image processing, featuring ultra-low latency, and supports serial communication with high adaptability. It can be adapted to different application platforms, providing comprehensive infrared imaging solutions for various unmanned aerial vehicles, astronomical telescopes, monocular telescopes, helmet night vision devices, infrared assisted driving, weapon sights, etc.

Key Features

• Uncooled infrared focal plane detector
• Vanadium Oxide (VOx) thermal sensitive material
• 1280×1024 resolution with 12μm pixel pitch
• Long-wave infrared spectral response (8-14μm)
• 30Hz frame rate performance
• Self-developed ISP algorithms and FPGA processing
• Ultra-low latency image processing
• Extremely small form factor (<33×33mm)
• Lightweight design (<100g excluding lens)
• Low power consumption (<2W)
• Multiple interface options (DVP, MIPI)
• UART and I2C communication support

Technical Specifications

IR33-1280 Series Uncooled Infrared Camera Core

System Parameters	Specification
Detector Type	Uncooled infrared focal plane detector
Thermal Sensitive Material	Vanadium Oxide (VOx)
Spectral Response Band	8-14μm
Pixel Pitch	12μm
Resolution	1280×1024
Frame Rate	30Hz

Image Algorithm Features

Feature	Support Status
Dead Pixel Calibration and Correction	Auto/Manual Calibration and Correction
TECLESS Calibration and Correction	Supported
Shutter-based NUC	Supported
Horizontal/Vertical Stripe Removal	Supported
Bad Column/Segment Calibration and Correction	Supported
Image Denoising	Supported
Histogram Processing	Supported
Gamma Correction	Supported
Brightness Adjustment	Supported
Contrast Adjustment	Supported
Image Profile	Supports three modes: "Sharp", "Natural", "Smooth"
Image Polarity	Polarity (Black Hot / White Hot)

Power & Interface

Parameter	Specification
Input Voltage	2.8~5V
Core Power Consumption	<2W (excluding extension board and shutter)
Power Protection	Overcurrent protection, reverse input protection, high voltage surge suppression
Digital Video	DVP, MIPI
Communication	UART

Physical Characteristics

Parameter	Specification
Dimensions	<33×33mm (main body width × height)
Weight	<100g (excluding lens)
Optical Lens	Lens Options - Please contact technical support for details
Field of View (FOV)	Please contact technical support for details

Environmental Suitability

Parameter	Specification
Operating Temperature	-20°C~+60°C
Storage Temperature	-40°C~+70°C

Extension Board Interface Definition

Extension Board Version	Power Interface	Serial Communication	Video Output
DVP Version	2.8~5V Input	UART, I2C	DVP
MIPI Version	2.8~5V Input	UART, I2C	MIPI

Applications & Platform Integration

Application Platform	Use Case
Unmanned Aerial Vehicles	Drone thermal imaging, surveillance, reconnaissance
Astronomical Telescopes	Space observation, thermal astronomy, research
Monocular Telescopes	Personal observation, wildlife monitoring
Helmet Night Vision Devices	Military, security, search and rescue operations
Infrared Assisted Driving	Automotive safety, night vision, pedestrian detection
Weapon Sights	Military targeting, hunting, security applications
Industrial Inspection	Predictive maintenance, quality control, thermal analysis
Security & Surveillance	Perimeter monitoring, intrusion detection

Key Applications

The MYK A/IR-1280 is specifically engineered for airborne thermal imaging applications where high resolution, compact form factor, and reliable performance are critical. Its advanced thermal sensor technology delivers exceptional image quality for professional surveillance, industrial inspection, and research applications.