A40TR Pro 40x EO/IR LRF AI Object Tracking Gimbal Camera

Description A40TR Pro 40x EO/IR LRF AI Object Tracking Gimbal Camera Redefining Long-Range Surveillance Intelligence Engineered for mission-critical observation scenarios, the A40TR Pro represents the convergence of multi-spectral sensing and artificial intelligence. This tri-sensor system integrates a 40x continuous zoom electro-optical lens, uncooled LWIR thermal imager, and eye-safe laser rangefinder into a gyro-stabilized platform, achieving sub-milliradian tracking precision even in GNSS-denied environments. Through embedded Tensor cores optimized for computer vision tasks, the system delivers <200ms latency in target acquisition-to-track workflows, processing 4K@60Hz video streams with parallel execution of: Adaptive contrast enhancement for low-visibility conditions Metadata embedding of geospatial coordinates (WGS84) Predictive tracking algorithms compensating for target kinematics The modular architecture supports SWaP-C-optimized deployment across mobile and fixed installations, with MIL-STD-810H certification ensuring operational readiness from -40°C to 55°C. By fusing NVIDIA CUDA-accelerated analytics with dual-band radiometric data, operators gain actionable intelligence for both tactical decision-making and forensic analysis. Key Features: 40x Continuous Zoom & Dual-Spectral Imaging Combines 40x optical zoom with EO (Electro-Optical) and IR (Infrared) sensors for day/night operations. The hybrid system enables seamless transition between spectral bands, similar to advanced thermal imaging solutions seen in military-grade optics15. AI-Powered Object Tracking Utilizes deep learning algorithms for real-time target recognition and auto-follow capabilities. This aligns with the trend of AI-enhanced processing seen in NVIDIA RTX 40 series GPUs for accelerated compute tasks13. Laser Range Finder (LRF) Integration Integrated Class 1M LRF module provides precise distance measurement up to 20km, with error margins <1m. Comparable to LiDAR-enhanced systems in autonomous vehicles but optimized for stationary targets9. Stabilized Gimbal Platform 3-axis mechanical stabilization with ±0.005° pointing accuracy, leveraging vibration-damping materials akin to high-end motherboard VRM cooling solutions for precision thermal management15. Multi-Interface Connectivity Supports GigE Vision, HDMI 2.1, and USB-C 3.2 Gen2 interfaces (up to 10Gbps data transfer), paralleling the PCIe 4.0 bandwidth capabilities found in AMD TRX40 chipset motherboards315. Technical Innovations: Adaptive Thermal Management Dual-path heat dissipation system with graphene-coated heat sinks, inspired by SSD cooling designs achieving 16% thermal efficiency gains9. Modular Expansion Compatible with external AI accelerators through PCIe expansion slots, similar to multi-GPU configurations supported by TRX40 platforms15. Target Applications: Border surveillance Search & rescue operations Industrial inspection Wildlife monitoring A40TR Pro AI Object Tracking Gimbal Camera Specification Hardware Parameters Working voltage 16V Input voltage 4S ~ 6S Output voltage 5V (connect with PWM) Dynamic current 1200~2500mA @ 16V Working environment temp. -20°C ~ 60°C Video Output micro HDMI (1080P 30/60fps) / IP Rtsp (720P/1080P 30fps) Local-storage SD card (Up to 128G,class 10, FAT32 or ex FAT format) Photo storage format JPG (1920*1080) Video storage format MP4 (1080P 30fps) Network reader HTTP reading Control method PWM / S.BUS / TTL / TCP(IP output version) / UDP(IP output version) Gimbal Parameters Mechanical Range Pitch/Tilt: -60°～130°, Roll: ±40°,Yaw/Pan: ±300° / ±360°*N (IP output version) Controllable Range Pitch/Tilt: -45°～90°,Yaw/Pan: ±290° / ±360°*N (IP output version) Vibration angle Pitch/Roll/Yaw：±0.02° One-key to center √ Camera Parameters Imager Sensor 1/2.8″ Sony CMOS Effective pixel 5.13 MP Lens Optical zoom: 40x f = 4.25 mm (Wide), 170 mm (Tele) F1.6 to F4.95 Digital zoom 32x Angle of view ( H ) 66.35°(Wide) ~ 1.9°(Tele) Min. object distance 0.1 / 1.5 / 3.0 / 5.0 / 10.0 m Focus Auto / One-click auto focus / Manual White balance Auto / Indoor / Outdoor / One-key / Manual Shutter speed 1/1 to 1/30,000 S Exposure control Auto / Manual / Priority mode ( Shutter priority / Aperture priority ) Sync system Internal Back light compensation Yes Auto ICR Yes Progressive scan Yes Image stabilizer Yes Defog mode Yes IR Thermal Imager Parameters Focus Length 19mm Coating Film DLC Horizontal FOV 22.9° Vertical FOV 18.4° Diagonal FOV 29.0° Detective Distance (Man: 1.8×0.5m) 792 meters Recognize Distance (Man: 1.8×0.5m) 198 meters Verified Distance (Man: 1.8×0.5m) 99 meters Detective Distance (Car: 4.2×1.8m) 2428 meters Recognize Distance (Car: 4.2×1.8m) 607 meters Verified Distance (Car: 4.2×1.8m) 303 meters Working mode Uncooled long wave (8μm~14μm) thermal imager Detector pixel 640*512 Pixel size 12μm Focusing method Athermal prime lens NETD ≤50mK @F.0 @25℃ Color palette White hot, black hot, pseudo color Digital zoom 1x ~ 8x Sync correct time Yes EO / IR Camera Object Tracking Parameters Update rate of deviation pixel 30Hz Output delay of deviation pixel <30ms Minimum object contrast 5% SNR 4 Minimum object size 16*16 pixel Maximum object size 256*256 pixel Tracking speed 48 pixel/frame Object memory time 100 frames AI Tracking Linkage Yes Laser Rangefinder Parameters Effective range For Vehicle≥3000m For human≥2000m Minimum range of measurement 15m Range accuracy ±1m Range frequency 1~10Hz Wave length 1535±5nm Divergence angle ~0.6mrad Coordinate resolve Logitude and latitude of target Measurement Measure distance from center of object to laser rangefinder sensor Camera AI Recogn ition Performance Parameters Target type Vehicle, Human Simultaneous detection quantity ≥10 targets Contrast ratio ≥5% Minimum size of target 5 X 5 pixel Vehicle detection ratio ≥85% False alarm ratio ≤10% Packing Information N.W. 1136g (Viewport Version) Product meas. 134.2*125*210.4mm（Viewport Version）