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High Precision N1 Laser Dual Camera GNSS Receiver from Leading China Factory Suppliers
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The N1 Laser Dual Camera GNSS Receiver is a groundbreaking innovation in high-precision surveying, integrating GNSS RTK positioning with advanced laser ranging and Augmented Reality (AR) visualization. Designed for professionals who require absolute precision, it eliminates the guesswork of traditional stakeouts by converting complex numerical data into an intuitive, real-time visual experience, significantly enhancing field operational efficiency.
Engineered for resilience in the most challenging environments, the N1 features a robust 60° tilt compensation system and comprehensive multi-constellation tracking. Whether operating on steep slopes or in dense urban corridors, this receiver provides centimeter-level reliability powered by a massive 13400 mAh battery, ensuring uninterrupted productivity for the most demanding geospatial projects worldwide.
Detailed Parameters
| GNSS Channels | 1408 Channels | Update Rate | 20 Hz |
|---|---|---|---|
| RTK Accuracy (H) | ±(8+1×10-6D)mm | RTK Accuracy (V) | ±(15+1×10-6D)mm |
| Tilt Compensation | Up to 60° | Laser Range | Up to 25m |
| Laser Accuracy | 2.5 cm within 5m | Camera System | Dual 2MP (Bottom & Side) |
| Battery Capacity | 13400 mAh | Communication | LTE-Cat4, Bluetooth 5.0, WIFI, Radio |
Key Advantages
Centimeter Precision
Integrated high-precision GNSS RTK module ensures real-time centimeter-level positioning across all global constellations.
Rapid Laser Capture
Instantly capture precise coordinates and distances of targets up to 25 meters away with integrated laser ranging.
AR Stakeout Overlay
Overlay digital design points and lines onto live camera views for intuitive and rapid field execution.
60° Tilt Compensation
Maintain high accuracy at steep angles, eliminating the need for perfect leveling in tough terrains.
Dual-Camera Vision
Bottom and side 2MP cameras provide superior visual guidance during complex stakeout operations.
All-Day Endurance
The 13400 mAh battery ensures 10+ hours of operation even with AR and Laser functions active.
Product Gallery
Management Platforms
Multi-Constellation Tracking
Full integration of GPS, GLONASS, Galileo, BDS, QZSS, and NavIC for global reliability.
Advanced RTK Engine
High-speed 20Hz update rate ensuring fluid movement and real-time data accuracy.
AR Visualization
Digital twin overlay technology for intuitive field stakeout and instant design verification.
Diverse Comms Protocols
Supports TRIMTALK, SOUTH, GEOTALK, and multiple industry-standard radio protocols.
Global LTE Network
Wide-band LTE-Cat4 support across FDD and TDD bands for seamless network RTK.
Intelligent Power Management
Optimized energy consumption to maintain high-performance sensor operation for 10+ hours.
Investment Return Comparison
| Comparison Metric | Standard GNSS Receiver | N1 Laser/AR Receiver |
|---|---|---|
| Stakeout Speed | Manual Point Search | Instant AR Visualization |
| Measuring Method | Pole Placement Only | Remote Laser Ranging |
| Terrain Adaptability | Requires Leveling | 60° Tilt Compensation |
| Data Collection | Coordinate Based | Visual + Coordinate Based |
| Operational Cost | Higher Labor Hours | Reduced Field Time |
Frequently Asked Questions
Q: How does the AR Stakeout improve survey efficiency?
AR Stakeout overlays digital design plans directly onto the live camera view. Instead of relying solely on coordinates, surveyors can "see" the target points in the real world, drastically reducing search time.
Q: What is the benefit of the 60° tilt compensation in GNSS receivers?
Tilt compensation allows the surveyor to capture accurate coordinates without holding the pole perfectly vertical. This is critical for measuring points near walls, under eaves, or on steep slopes.
Q: Can the N1 Receiver operate in areas with poor cellular coverage?
Yes. In addition to LTE-Cat4, the N1 features an integrated TX/RX Data Radio (410MHz – 470MHz), ensuring a correction link via base station even without cellular signal.
Q: How accurate is the laser ranging function for surveying?
The N1 provides high-accuracy laser surveying with a precision of 2.5 cm within a 5-meter range, and can capture targets up to 25 meters away for rapid coordinate measurement.
Q: Which GNSS constellations are supported by the N1?
The N1 is a full-constellation receiver supporting BDS, GPS, GLONASS, Galileo, QZSS, and NavIC, along with SBAS (WAAS, EGNOS, etc.), ensuring maximum satellite availability globally.
Q: How long does the battery last when using AR and Laser functions?
Equipped with a 13400 mAh battery, the N1 provides up to 10 hours of continuous operation even with Mobile Station, AR, and Laser functions enabled simultaneously.
