The GigE Thermal Imaging Camera Module integrates a long-wave infrared (LWIR) microbolometer that senses heat radiation and converts it into digital thermal imagery. With a Gigabit Ethernet interface, the module streams high-quality thermal video over IP networks to computers, video management systems (VMS), and analytics platforms. On-board image processing enhances raw thermal data through gain control, noise filtering, and display palettes, improving clarity and contrast. The module supports high frame rates for smooth thermal visualization, suitable for real-time monitoring. Its compact form factor and power-efficient design make it ideal for embedded, distributed, and networked thermal imaging solutions across multiple sectors.

GigE Vision High-Speed Network Interface

The module uses Gigabit Ethernet (GigE) to stream thermal video at high data rates over IP networks, enabling real-time monitoring and integration with industrial vision systems, VMS platforms, and analytics engines. The GigE Vision compatibility ensures broad interoperability with existing camera and software ecosystems.

High Thermal Resolution and Sensitivity

A 640 × 480 pixel LWIR detector with thermal sensitivity better than 50 mK delivers detailed and accurate thermal images. This makes it possible to detect minute temperature differences essential for early fault detection, condition monitoring, and thermal analysis.

Advanced On-Board Processing

Built-in image enhancement, such as automatic gain control, spatial and temporal filtering, and colour palette options, improves contrast, reduces noise, and highlights critical features in the thermal scene.

Flexible Frame Rate Options

Selectable frame rates up to 60 Hz support smooth thermal video in tracking, diagnostics, or safety systems requiring high temporal resolution.

Compact and Lightweight

The module’s small footprint and weight (< 85 g) make it ideal for embedded applications where space and payload are limited, such as drones, robots, or compact vision systems.

Rapid Start-Up and Efficient Operation

With a start-up time under 5 seconds and efficient power usage, the module is suitable for on-demand thermal imaging, enabling fast transitions from standby to active monitoring.

Robust Environmental Performance

Designed to operate across a wide temperature range, the module ensures reliable performance in industrial facilities, outdoor security systems, and mobile platforms.

PoE Support for Simplified Installation

Support for Power-over-Ethernet (PoE) reduces cabling complexity and enables single-cable power and data delivery—ideal for distributed or hard-to-reach installations.

Networked Security and Surveillance

In modern security infrastructures, GigE thermal modules provide night-vision capabilities and motion detection independent of visible light. Network streaming enables centralised monitoring, alerting, and recording across campuses, borders, or critical facilities.

Smart Industrial Automation

Industrial facilities use thermal imaging to detect equipment overheating, mechanical wear, and electrical anomalies. GigE connectivity allows centralised thermal data capture and integration with SCADA, predictive maintenance platforms, and automated dashboards.

Infrastructure and Building Monitoring

Thermal diagnostics via IP networks help identify insulation issues, electrical faults in distribution panels, and HVAC inefficiencies. Facility managers can monitor thermal trends remotely and trigger maintenance workflows.

Unmanned and Robotics Platforms

The module’s compact design and GigE streaming are perfect for UAVs, UGVs, and autonomous robots. Thermal data supports navigation, search and rescue missions, and environmental awareness where visual cues are limited.

Transportation and Smart Mobility

Traffic monitoring, rail inspection, and airport safety systems benefit from integrated thermal vision, enabling temperature-based detection of vehicles, pedestrians, and infrastructure degradation via networked analytics.

Environmental and Scientific Monitoring

Researchers deploy Ethernet thermal modules for environmental studies, wildlife observation, and heat transfer experiments, using network capabilities for real-time data acquisition and analysis across distributed sensor networks.

United Spectrum Instruments provides expert implementation and support for advanced thermal imaging technologies like the GigE Thermal Imaging Camera Module. With deep experience in photonics, imaging, and industrial vision systems, USI helps with product selection, network integration, and configuration tailored to your application. Our team offers installation support, calibration assistance, and responsive after-sales service, ensuring your thermal imaging solution delivers reliable performance and value. Whether for security networks, factory automation, or research projects, partnering with United Spectrum Instruments gives you access to world-class technology backed by local expertise and committed customer care.