Standard USB Thermal Camera Module – GTCM100K50U
From
$900.00
FEATURES
User-Programmable Module
Uncooled Ceramic-Packaged VOx infrared detector
Spectral Band: 8μm ~14μm
Thermal Sensitivity(NETD): ≤40mK @25°C
Frame Rate: 50fps for 100K(384(W)x288(H))
UVC support, Plug & Play for Windows and Linux
Quantity
Discount Information
**Discount for Larger Orders**
- Buy 10+ units and enjoy a special price of $800 per item
- Buy 50+ units and enjoy a special price of $750 per item
- Buy 200+ units and enjoy a special price of $700 per item
Product Info
- Deliver Time: Available, 7~21 Days
- Product ID:GTCM100K50U
Technical Specs
The GTCM100K50U infrared thermal camera module offers high-performance 384×288 uncooled imaging in a compact, lightweight, and energy-efficient design. Its low power consumption, combined with an advanced infrared detector and optimized image processing chip, delivers clear thermal imaging even in night, low light, fog, smoke, rain, or snow—helping detect potential hazards while keeping operational costs low.
Fully programmable with comprehensive tech support, the GTCM100K50U is ideal for integrators and developers seeking a cost-effective thermal imaging solution. With support for customizable FOV lenses, it adapts easily to automotive, security, industrial, and AI vision applications—providing reliable performance, modular flexibility, and economical efficiency for any deployment.
Technical Information
| Product ID | GTCM100K50U |
| Sensor | Uncooled Ceramic-Packaged VOx infrared detector |
| Spectral Band | 8μm ~ 14μm |
| Image Pixels & Resolution | 384(W) x 288(H) |
| Pixel Pitch | 12μm |
| Frame Rate | 50fps @ 384x288 |
| Thermal Sensitivity (NETD) | ≤40mK @ F1.0, 25°C |
| Data Interface | UVC (USB 2.0) |
| Operating Temperature | -40°C ~ +80°C |
| Operating Voltage | typical USB 5V |
| Power Consumption | ≤1.2W |
| Dimensions | 28mm x 28mm x 36.5mm |
| Weight | ≤46g (exclude lens) |
| Lens Mount | Varies by lens option |
| Field of View(D) | 72° / 35° / 25° / 17° / 13° / 9.4° / 6.5° |












