P-Box-X6 S
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P-Box-X6 S
Surveying RTK Rovers
Jumpstar P-Box-X6 S Multi-Constellation Multi-Band GNSS Receiver – 448 Channels, 100Hz Update, RTK Centimeter-Level Positioning & Heading Module
448 Hardware Channels
Track all visible satellite signals simultaneously for full-coverage positioning.
100Hz Ultra-High Update Rate
Position & measurement output at 100Hz, <10ms ultra-low latency.
Multi-Layer Anti-Jamming
AIM+/IONO+/Lock+/APME+/RAIM+ for stable positioning in complex environments.
Centimeter-Level RTK Accuracy
Horizontal 0.6cm+0.5ppm, vertical 1cm+1ppm high precision.
Single/Dual Antenna Versions
S1 (single-antenna positioning); S2 (dual-antenna high-precision heading).
High Integration
Built-in TCXO, LNA, 32GB TF card slot, compact embedded design.
Ultra-Compact Structure
68.4×41.8×13.5mm, only 45g for space-constrained applications.
Full Protocol Support
NMEA 0183, SBF, RINEX, RTCM 3.x, CMR/CMR+ standard protocols.
Industrial-Grade Reliability
-40℃~+85℃ wide temperature, 4.5~12V wide voltage input.
Advanced Security
Supports OSNMA anti-deception, interference monitoring & spectrum measurement.
Jumpstar P-Box-X6 S
Multi-Constellation Multi-Band GNSS Receiver
The P-Box-X6 S is a new-generation multi-band, multi-constellation satellite receiver with rich data interfaces. It adopts a high-performance GNSS chip with 448 hardware channels to track all global navigation satellite system signals simultaneously.
Equipped with unique AIM+ anti-jamming technology, it delivers excellent performance in complex electromagnetic environments. It provides two versions (S1 single-antenna, S2 dual-antenna) to support high-precision RTK positioning and dual-antenna heading output. With ultra-compact size, high integration and industrial-grade performance, it is widely used in UAVs, autonomous robots, precision control, autonomous driving and other high-precision positioning fields.
448 channels, 100Hz update, AIM+ anti-jamming, cm-level RTK, and dual-antenna heading options make P-Box-X6 S an ideal high-performance GNSS module.
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Key Features & Benefits
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Superior Signal Processing Capacity Built with high-performance chips and 448 hardware channels, tracking all visible satellite signals at the same time for faster and more stable positioning.
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High-Speed & Low-Latency Performance Supports up to 100Hz position and measurement update rate; <10ms ultra-low latency; smoothly tracks satellite signals under high-frequency vibration and rapid movement.
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Multi-Dimensional Anti-Jamming Technology AIM+ interference monitoring & suppression; IONO+ ionospheric scintillation suppression; APME+ multipath suppression; RAIM+ receiver autonomous integrity monitoring.
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Ultra-High Precision Positioning & Heading RTK horizontal accuracy 0.6cm+0.5ppm; dual-antenna heading accuracy up to 0.03°@5m baseline; initialization time <7s.
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Highly Integrated Miniature Design Integrates TCXO, LNA and 32GB TF card slot; ultra-small size 68.4×41.8×13.5mm, weight only 45g.
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Rich Interfaces & Flexible Configuration Dual UART, USB, 1PPS, EVENT, RF1/RF2 interfaces; supports base station & rover station dual-mode operation.
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Industrial-Grade Environmental Adaptability Operating temperature -40℃~+85℃; wide voltage input 4.5~12V; 2000V electrostatic protection for harsh environments.
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Technical Specifications
GNSS Performance
| Product Type | Multi-Constellation Multi-Band GNSS Receiver (S1: Single Antenna; S2: Dual Antenna) |
| Hardware Channels | 448 channels |
| Supported GNSS Signals | GPS, BDS, GLONASS, Galileo, QZSS, NavIC, SBAS multi-frequency signals |
| Sensitivity | Tracking & navigation: 20 dB-Hz; Acquisition: 33 dB-Hz |
| Time to First Fix | Cold start: 45s; Hot start: ≤20s; Restart: ≤1s |
| Positioning Accuracy | RTK: Horizontal 0.6cm+0.5ppm, Vertical 1cm+1ppm |
| Heading/Attitude Accuracy (S2) | 0.15° heading & 0.25° attitude @1m baseline; 0.03° heading & 0.05° attitude @5m baseline |
| Data Update Rate | Position/Measurement: 100Hz; Positioning+Orientation: 50Hz |
| Timing Accuracy | xPPS output: 5ns |
| Dynamic Limits | Acceleration ≤4g; Altitude ≤18000m; Velocity ≤515m/s |
| Supported Protocols | NMEA 0183 v2.3/v3.03/v4.0, SBF, RINEX v2.x/v3.x, RTCM 2.x/3.x, CMR v2.0, CMR+ |
Electrical & Mechanical
| Operating Voltage | 4.5~12.0V DC (Typical 5V) |
| Operating Current | Acquisition: 160~240mA@5V; Tracking: 160~215mA@5V |
| Interfaces | 2×UART, USB, RF1/RF2, 1PPS, EVENT, RESET |
| Antenna | Pre-amplification: 15~50dB; Bias voltage: 3.0~5.5V |
| Dimensions | 68.4×41.8×13.5mm ±0.3mm |
| Weight | 45g |
| Operating Temperature | -40℃~+85℃ |
| Storage Temperature | -55℃~+85℃ |
| Special Functions | Anti-jamming, OSNMA anti-deception, TF card data logging, heading output, base/rover mode |
Typical Applications
Unmanned Aerial Vehicles (UAVs)
High-precision positioning and heading for drones, aerial surveying
Geodetic surveying and mapping
Professional land surveying, GIS data collection and geodetic measurement
Intelligent logistics scheduling
Asset tracking, warehouse automation and supply chain visibility
Autonomous robots & AGVs
Autonomous navigation for robots, AGVs and logistics automation
Precision agriculture machinery
Automated guidance, precision farming and field mapping
Personal location tracking
Real-time location tracking for personnel and assets
Driving test & vehicle calibration
Vehicle tracking for driving schools and vehicle testing
Vehicle-mounted positioning equipment
High-precision navigation for vehicles, fleet management and telematics
Precision industrial control
High-precision control and automation in industrial environments
Autonomous driving & assisted driving
High-precision positioning and heading for ADAS and autonomous vehicles
Resources & Downloads
P-Box-X6 S Datasheet
Complete specifications, pinout, electrical and mechanical details.
Mechanical Drawing
2D/3D mechanical dimensions and pad layout (68.4×41.8×13.5mm).
User Manual
Quick start guide, integration tips, and configuration protocols.
3D CAD Model
STEP, IGES and STL formats for mechanical integration (68.4×41.8×13.5mm).
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