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ENTRON Optoelectronics & Navigation FAQ
Expert-level guidance for mission-critical hardware integration. We provide the technical clarity needed to ensure your systems perform with absolute precision in the field.
Our modules feature VOx Uncooled Infrared Focal Plane Detectors with a 256×192 resolution and 12µm pixel pitch. They achieve a high thermal sensitivity (NETD) of <50mK at 25°C, ensuring high-contrast signatures.
The system operates at a high frame rate of 50Hz within the 8~14µm spectral band, providing smooth and precise thermal situational awareness.
The modules support a wide input voltage range of 5V to 20V. Steady-state power consumption is approximately 430mW, with a peak of 1.03W.
We utilize UART (3.3V level) for communication and Analog Video (PAL 25Hz) for output. The standard interface is the Molex 533980571.
Every Precision Laser Rangefinder (LRF) and Target Designator is factory-calibrated for surgical accuracy, featuring low beam divergence for precise target acquisition.
Our Advanced Electro-Optical Pods utilize high-bandwidth gyro-stabilized gimbals to counteract UAV vibrations, ensuring stable video feeds during flight operations.
The Resilient GNSS Solutions employ advanced spatial filtering to suppress high-power interference, ensuring stable Positioning, Navigation, and Timing (PNT) in contested environments.
Precision Rifle Optics feature nitrogen-purged enclosures and high-transmission coatings to prevent fogging and ensure clarity across all-weather day/night transitions.
The ideal operating range is -20°C to +60°C. To prevent sensor damage, the core must not be aimed directly at high-intensity radiation sources like the sun.
Strategic Engineering & Integration Support
Can't find the specific parameters for your EO Pod or LRF mission? Our engineering team provides direct technical consultation and a 12-hour rapid response to ensure your system’s performance and reliability in contested environments.