Uncooled LWIR Infrared Camera Core 256x192 12μM + 3.2mm Lens For Security Camera

Place of Origin Wuhan, Hubei Province, China
Brand Name GST
Certification ISO9001:2015; RoHS; Reach
Model Number iLC212
Minimum Order Quantity 1 Piece
Price Negotiable
Payment Terms L/C, T/T

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Product Details
Resolution 256x192 Power Consumption 700mW
Spectral Range 8~14μm Pixel Pitch 12μm
NETD ≤65mK Frame Rate 25Hz/30Hz
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Uncooled LWIR Infrared Camera Core


Infrared Camera Core 256x192


Security Camera LWIR Infrared Core

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Product Description

Uncooled LWIR Infrared Camera Core 256x192 12μm + 3.2mm Lens for Security Camera


Product Description

iLC212 uncooled IR imaging module integrates the 256x192 / 12μm focal plane array wafer level package (WLP) infrared detector and can capture long-wave infrared (LWIR) spectrum that ranges from 8 to 14μm.
Oriented for fully optimized SWaP-C, the iLC212 thermal camera module is specially designed for those customers who has strict requirements about size, weight and cost in the area of security and surveillance. Due to its miniature size, light weight and very low price, the iLC212 thermal core greatly meets the customers' low price demands, shorten their developement time and save costs for them. 
Global Sensor Technology specializes in the design, manufacture, sales and marketing of thermal imaging detectors and infrared modules. We can provide our customers a variety of infrared thermal imaging solutions which shorten secondary development time and greatly reduce the cost for customers.

Main Features

- Fully optimized SWaP-C application
- Suitable for various security thermal cameras
- A wide range of thermal imaging applications
- Low Power Consumption

Product Specifications


Model iLC212
IR Detector Performance
Material Uncooled Vanadium Oxide
Resolution 256×192
Pixel Size 12μm
Spectral Response 8μm ~14μm
NETD ≤65mK@F1.0@25℃@50Hz
Image Processing
Digital Video RAW/YUV/BT656; Support USB2.0 Video Transmission; Temperature Measurement Support Parameter Line
Digital Frame Rate 25Hz/30Hz
Image Display Black-hot/white-hot/Pseudo-color
Image Algorithm Nonuniformity Correction (NUC)
3D Image Noise Reduction (3DNR)
2D Noise Reduction (DNS)
Dynamic Range Compression (DRC)
EE Enhancement
Start-up Time ≤3s
Temperature Measurement
Operating Temperature Range -10℃~+50℃
Temperature Measurement Range -20℃~+150℃, Support Temperature Measurement Range Expansion and Customization
Temperature Measurement Accuracy ±3℃/±3% (take the larger value) @23℃±5℃; the Temperature Measurement Distance is 1.5m
Regional Temperature Measurement Support Any Area Temperature Measurement, Output Area Maximum Value, Minimum Value and Average Value
SDK Windows / Linux Version, Achieve Video Stream Analysis and Gray to Temperature Conversion
Electrical Interface
External Interface 30pin_HRS Connector
Power Input
Digital Video
GPIO etc.
Communication RS232-TTL/USB2.0
Expansion Component VPC Board
PC Software
ICC Software Module Control and Video Display
Power System
Power Supply DC 3.3V±0.1V
Power Dissipation Steady State: 0.70W/3.3V @23±3℃
Physical Property
Connectors External Connector Model: DF40C-30DP-0.4V (51), (HRS-Male)
Mating Connector Model: DF40C (2.0)-30DS-0.4V (51), (HRS-Female)
Size 21mm×21mm×12.8mm (including 3.2mm lens)
Weight 8.9g±0.5g (including 3.2mm lens)
Environmental Adaptability
Operation Temperature -40℃~+70℃
Storage Temperature -45℃~+85℃
Humidity 5%~95%, non-condensing
Impact & Vibration Resistance Impact: half sine wave, 40g/11ms, 3-axis, 6-direction
Vibration: 5.35grms, 3 axis
Certification ROHS2.0/REACH
Optional Lens 3.2mm/F1.1, HFOV: 55.6±2.8°; Coating: AR


Industrial Applications

The iLC212 thermal imaging module is applied to the field of Security Monitoring, Thermography, Wearable Device, Vehicle Electronics, Smart Home, Living Creatures Detection etc.
Uncooled LWIR Infrared Camera Core 256x192 12μM + 3.2mm Lens For Security Camera 0


Uncooled LWIR Infrared Camera Core 256x192 12μM + 3.2mm Lens For Security Camera 1



1. What are the advantages of cooled thermal modules?

Cooled thermal modules offer several advantages, including:

Higher Sensitivity: Cooled modules can detect smaller temperature differences, providing better image quality.

Longer Range: They can capture thermal information over greater distances.

Higher Resolution: Cooled modules typically offer higher pixel counts, resulting in sharper and more detailed images.

Reduced Noise: The cooling process substantially decreases the sensor noise, resulting in clearer images.

Suitable for Advanced Analysis: Cooled modules are often used for scientific research, remote sensing, and specialized applications that require precise temperature measurements and analytics.


2. What are the advantages of uncooled thermal modules?

Uncooled thermal modules have their own set of advantages, including:

Lower Cost: Uncooled modules are generally more affordable than their cooled counterparts.

Compact Size: They are smaller and lighter, making them easier to integrate into various systems.

No Maintenance: Uncooled modules do not require cryogenic cooling systems, simplifying maintenance requirements.

Instant Startup: They can be quickly turned on and produce thermal images without the need for cooling.

Energy Efficiency: Uncooled modules consume less power compared to cooled modules.


3. What are the typical applications of cooled and uncooled thermal modules?

Cooled and uncooled thermal modules find applications in various fields, including:

Cooled Thermal Modules: Long-range surveillance, scientific research, high-resolution imaging etc.

Uncooled Thermal Modules: Personal night vision devices, handheld thermal cameras, automotive safety, building inspections, firefighting, and consumer electronics.

It’s important to note that the specific application and its requirements often dictate the choice between cooled and uncooled thermal modules.


4. Are infrared thermometers accurate for measuring body temperature?
Infrared thermometers (also known as non-contact thermometers) can provide a quick estimation of body temperature. However, their accuracy can be influenced by various factors, such as the distance from the target, external temperature conditions, and the device’s calibration. For medical purposes, it is recommended to use clinical-grade thermometers for precise measurements.