SWaP-C 256x192 12μm Infrared Camera Core for Smart Home, Intelligent AIoT

Customization: Available
Function Type: Thermal Imaging System
Detection Type: Microbolometer

Product Description

Basic Information

Model NO.
iLC212
Output Signal
Digital Type
Process
SemiConductor Integrated
Material
VOx
Certification
RoHS, ISO9001:2015, Reach
Typical NETD
≤45mk
Resolution
256X192
Spectral Range
8-14μm
Specification
21× 21× 12.8 (With 3.2mm Lens)
HS Code
8541409000

Product Description

The iLC212 uncooled IR imaging module, also known as the uncooled thermal module, is radiometric-capable and features an infrared non-contact temperature measurement function. It integrates an exceptionally small 256x192 / 12μm wafer level package (WLP) infrared detector that captures the long-wave infrared (LWIR) spectrum ranging from 8 to 14μm.

Compared to other thermal modules in the market, the iLC212 delivers superior image performance through intelligent image processing algorithms, including Non-uniformity Correction (NUC), 3D Noise Reduction (3DNR), 2D Noise Reduction (DNS), Dynamic Range Compression (DRC), and Edge Enhancement (EE).

This module provides temperature measurement from -20ºC to +150ºC and supports expansion and customization. Due to its fully optimized SWaP-C (Size, Weight, Power, and Cost), it is ideal for security, monitoring, wearable devices, and AIoT applications requiring wide-angle and close-range monitoring.

Main Features:
  • Fully Optimized SWaP-C Applications
  • Various Intelligent Imaging algorithms
  • Suitable for Various Infrared Products
  • Support Temperature Measurement
  • Low Power Consumption
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Product Parameters

Model iLC212R iLC212R-P
IR Detector Performance
Sensitive Material / Pixel Size Vanadium Oxide / 12μm Vanadium Oxide / 12μm
Resolution / Spectral Response 256×192 / 8μm~14μm 256×192 / 8μm~14μm
Typical NETD ≤45mK
Image Processing
Frame Rate / Start-up Time 25Hz/30Hz / 3s
Digital Video RAW / YUV / BT656
Image Algorithm NUC, 3DNR, DNS, DRC, EE
Electrical & Physical
Typical Power Consumption 0.7W
Dimension (mm) 21×21×12.8 21×21×17.4
Weight 8.6g±1g 13g±1g
Operating Temperature -40ºC~+70ºC
Protection Level / IP67 Rating

Our Advantages

Infrared Camera Core
Customer Feedback
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Profile & Capability

Manufacturing Facility

As a leading infrared detector manufacturer and service provider, we offer high-performance uncooled and cooled thermal imaging detectors. Our facility covers 30,000 square meters, including 20,000 square meters of clean room space for fabrication lines. All key processes, such as element purification, epitaxy growth, chip tape-out, and vacuum packaging, are completed in-house.

Detector Technology

Our infrared detectors are widely used in thermography, security surveillance, automotive, and consumer infrared products. The volume production capability allows us to meet the growing demands of emerging markets globally.

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Certifications

Certificates

Frequently Asked Questions

What is infrared thermal imaging?
It is a method of using infrared radiation and thermal energy to gather information about objects to formulate images or get temperature information, even in low visibility environments.
What are the advantages of infrared thermal imaging?
Advantages include seeing through total darkness, identification under camouflage, long-range detection, heat distribution detection, and non-contact temperature measurement.
What is the difference between uncooled and cooled IR detectors?
Uncooled detectors operate at ambient temperature, are smaller, and cost less, making them ideal for handheld devices. Cooled detectors are kept at extremely low temperatures by a cryocooler; they are more sensitive and suitable for long-range missions.
What does NETD stand for?
NETD refers to "Noise Equivalent Temperature Difference." it measures how well a detector distinguishes small differences in thermal radiation. A lower NETD figure indicates higher thermal sensitivity.
What is WLP (Wafer Level Package)?
WLP is the process of completing high vacuum packaging directly on the entire MEMS wafer. It is designed to meet miniaturization and low-cost requirements for consumer electronics.
What are the key considerations when choosing an infrared module?
Key factors include detector resolution, pixel size, NETD, image quality, lens options, power consumption, size/weight, and your specific budget.

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