Overview
Axis Q2101-TE 19mm Thermal IP Camera
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Bundle Summary
Overview
Axis Q2101-TE 19mm Thermal IP Camera
The Axis Q2101-TE is a professional-grade thermal IP camera designed for critical infrastructure monitoring, fire detection, and perimeter security. With its 19mm lens and 384x288 uncooled microbolometer sensor, this camera delivers precise thermal imaging in complete darkness and adverse weather conditions where visible-light cameras fail. The 30fps frame rate and IP66 rating make it suitable for demanding outdoor surveillance applications across industrial, utility, and mission-critical environments.
Key Features
- Thermal Imaging: Uncooled microbolometer sensor with 384x288 native resolution, upscaled to 768x576, providing clear thermal differentiation in any lighting condition
- Thermal Sensitivity: 40 mK @25°C, F1.0 NETD for accurate temperature detection and anomaly identification
- Wide Temperature Range: Monitors temperatures from -40°C to 350°C with configurable alerts for highest, lowest, and gradient-based thresholds
- 30fps Capture: Smooth video streaming at 30 frames per second for real-time monitoring
- Robust Outdoor Design: IP66-rated enclosure with operating temperature range of -40°C to 60°C, ensuring year-round reliability
- PoE Powered: Class 4 Power over Ethernet simplifies installation and reduces cabling costs
- H.264 Compression: Efficient video compression with Axis Zipstream technology reduces bandwidth and storage requirements
- Advanced Analytics: Integrated analytics with smart filtering reduce false alarms from non-threatening thermal objects like vehicle exhausts
- Audio & Alarm Support: Built-in microphone, audio detection, 4 alarm inputs/outputs, and serial connectors for system integration
Technical Specifications
- Sensor Type: Uncooled microbolometer
- Focal Length: 19mm
- Thermal Sensitivity (NETD): 40 mK @25°C, F1.0
- Max Resolution: 768x576 (upscaled from 384x288 native)
- Frame Rate: 30fps
- Video Compression: H.264
- Connectivity: Wired PoE (Class 4)
- IP Rating: IP66
- Operating Temperature: -40°C to 60°C
- Alarm I/O: 4 ports
- Audio: Yes, with detection capability
Applications
- Early fire detection in industrial facilities and electrical substations
- Perimeter security for critical infrastructure and restricted areas
- Equipment temperature monitoring and overheating prevention
- Search and rescue operations
- Night surveillance in areas without visible light
- Hazardous environment monitoring

The Q2101-TE stands out in thermal surveillance for its combination of thermal sensitivity and practical integration features. The 40 mK NETD rating delivers industry-leading temperature resolution, critical for detecting subtle thermal anomalies before they become critical. The PoE Class 4 power delivery eliminates the need for separate power infrastructure, reducing deployment costs in remote locations.
H.264 compression with Zipstream technology addresses the bandwidth challenges typical of thermal surveillance, allowing organizations to deploy multiple thermal cameras without overloading network capacity. The integrated analytics engine significantly reduces false alarms—a major pain point in thermal surveillance—by intelligently filtering routine heat signatures. For organizations protecting high-value assets, critical infrastructure, or fire-prone environments, this camera delivers the thermal precision and reliability required for 24/7 autonomous monitoring.
System Design, Deployment & Technical Support
Support services and planning resources for commercial surveillance, access control, and infrastructure deployments.
Fixed scope • Fixed price
System Design Assistance
- Get help validating product compatibility
- Coverage requirements
- Storage planning and deployment architecture before you buy.
Deployment & Configuration Support
- Access fixed-scope support for rollout planning
- User setup guidance
- Migration and system standardization across single-site or multi-site deployments
Guides, Tools & Calculators
- PoE requirements
- Storage retention
- Camera selection and deployment methodology