RTK Single-Frequency High Precision Positioning Terminal
A cost-effective single-frequency RTK positioning terminal designed for vehicle, equipment, agriculture, and outdoor applications requiring stable meter-level positioning. Multi-constellation GNSS, 9–24V input, and remote management support simplify integration into existing tracking systems.
Specifications of the RTK Single-Frequency Positioning Terminal
The terminal combines single-frequency RTK positioning, multi-constellation GNSS reception, 9–24V wide voltage input, and cellular data communication in a compact positioning solution. Key specifications should be evaluated according to required positioning accuracy, supported satellite systems, input voltage, communication network, operating environment, and platform compatibility.
Parameter
Specification
Positioning Accuracy
0.5–10 m outdoors in open areas
Operating Voltage
DC 5 V / 1800 mA (Type-C)
Communication Bands
LTE-FDD: B1/B2/B3/B4/B5/B7/B8/B12/B13/B18/B19/B20/B25/B26/B28/B66
LTE-TDD: B34/B38/B39/B40/B41
Positioning / Reporting Interval
Reporting interval: 1 second
Communication Protocol
JT808
Key Features of the Single-Frequency RTK Positioning Device
The terminal combines RTK-enhanced positioning with vehicle tracking and remote control functions, making it suitable for applications that require more reliable location data than conventional GPS tracking. Users can monitor equipment or vehicle locations remotely while integrating positioning data with operational management functions.
01
Real-Time Vehicle Tracking
The terminal continuously obtains GNSS location data and transmits positioning information to a connected tracking platform. Managers can remotely monitor vehicle or equipment location, movement status, and historical routes for daily operation and dispatch management.
Live Vehicle Fix
Single-Band Vehicle Tracking
02
RTK High-Precision Positioning
Single-frequency RTK uses correction data to reduce positioning errors found in standalone GNSS. It provides meter-level positioning under suitable operating conditions, making it practical for applications that require better location reliability without the cost of higher-precision RTK systems.
RTK Precision Position
Single-Band RTK Positioning
03
Remote Fuel & Power Cut-Off Control
When properly integrated with the vehicle electrical system, authorized users can issue remote fuel or power cut-off commands through the tracking platform. This function can support vehicle security and unauthorized-use management, subject to configured safety and control conditions.
Remote Fuel Cut Control
Remote Power Cut Control
Core Advantages of the RTK Positioning Solution
The main advantage of this single-frequency RTK solution is its balance between positioning performance, hardware cost, and deployment complexity. Meter-level RTK, multi-constellation GNSS, and wide-voltage input make it suitable for applications where conventional GPS may not provide sufficient positioning stability but centimeter-level surveying accuracy is unnecessary.
Meter-Level RTK Positioning Support
The main advantage of this single-frequency RTK solution is its balance between positioning performance, hardware cost, and deployment complexity. Meter-level RTK, multi-constellation GNSS, and wide-voltage input make it suitable for applications where conventional GPS may not provide sufficient positioning stability but centimeter-level surveying accuracy is unnecessary.
- Meter-level RTK positioning
- Improved accuracy over standard GPS
- Suitable for operational tracking
- Lower cost than advanced RTK systems
Multi-Constellation GNSS Positioning
Support for multiple GNSS constellations increases the number of satellites available for positioning. This can improve satellite availability and positioning continuity in changing outdoor environments compared with relying on a single satellite system.
- Multi-constellation GNSS support
- More satellites available for positioning
- Improved positioning availability
- Stable outdoor location tracking
9-24V Wide Voltage Input
The 9–24V input range allows the terminal to work with different vehicle and equipment electrical systems without requiring a dedicated power configuration for every deployment. This simplifies installation across mixed fleets and equipment types.
- Supports 9–24V DC input
- Fits different electrical systems
- Simplifies equipment integration
- Suitable for mixed deployments
Daily Applications of RTK Single-Frequency Positioning Terminal
Single-frequency RTK positioning is suitable for operational applications that need more stable and accurate location information than standard GPS but do not require centimeter-level surveying precision. Typical uses include agricultural machinery monitoring, equipment positioning, and outdoor operation management.
Agriculture
The terminal can be installed on tractors and other agricultural machinery to monitor equipment position and movement across fields. More reliable positioning data can support equipment dispatch, operating-area management, route records, and daily agricultural operations.
Equipment Positioning
For mobile machinery and field equipment, RTK-enhanced positioning provides more reliable location information for equipment monitoring and deployment management. Historical records can also help users review equipment movement between operating areas.
Outdoor Operations
The terminal can support vehicles and equipment working at construction sites, farms, industrial areas, and other outdoor locations. Stable positioning helps managers monitor deployment status, movement routes, and whether equipment remains within designated operating areas.
Compatible GPS Tracking Platforms for Flexible Management
The RTK terminal can connect with compatible GPS management platforms for centralized location monitoring and device management. Platform integration allows users to access positioning data, historical routes, device status, and supported remote functions through an existing management interface.
01
GPS51 Real-Time Location Management Platform
GPS51 provides centralized access to reported terminal locations and tracking information. Users can monitor connected devices, review historical location data, and manage multiple positioning terminals through a unified platform.
02
Dixin GPS Device Management Platform
The Dixin GPS platform supports centralized management of connected positioning terminals and their reported location data. It is suitable for users who need to organize and monitor multiple deployed GPS devices from one interface.
03
Yiwen Fleet Tracking Management Platform
The Yiwen platform can be used to manage connected vehicle and equipment tracking terminals. Users can access location information and relevant device data through a centralized fleet management environment.
Optimized RTK Solution for Cost Efficiency
This single-frequency RTK solution is designed for users who need improved positioning performance without investing in centimeter-level surveying hardware. By focusing on stable meter-level positioning, practical hardware integration, and efficient daily operation, it provides a more economical option for large-scale vehicle and equipment deployments.
01
Stable Positioning
RTK correction combined with multi-constellation GNSS helps improve positioning stability and reduce errors associated with standalone GPS. This provides more dependable location data for daily vehicle and equipment management.
02
Efficient Operation
Remote positioning and centralized platform management reduce the need for manual equipment checks. Users can monitor locations and movement records from the tracking platform, improving dispatch and operational visibility.
03
Lower Deployment Cost
Single-frequency RTK provides an economical alternative when centimeter-level positioning is unnecessary. It allows larger numbers of vehicles or equipment to benefit from improved positioning without adopting higher-cost RTK hardware.
Easy Deployment Design of RTK Single-Frequency Terminal
The terminal is designed to simplify deployment across vehicles, agricultural machinery, and other powered equipment. Wide-voltage input, platform compatibility, and configurable communication settings help reduce installation and integration complexity when deploying multiple terminals.
01
Quick Configuration
Device parameters such as server connection, reporting intervals, and positioning settings can be configured according to the deployment requirements. Standardized configuration helps accelerate installation when multiple terminals need to be deployed.
02
Flexible Integration
The terminal can be integrated with compatible GPS tracking platforms and vehicle or equipment electrical systems. Flexible communication and power options make it easier to adapt the device to different operational environments.
Product Video of the Single-Frequency RTK Device
The product video demonstrates the RTK terminal’s physical design, installation method, positioning workflow, and platform operation, helping users understand how the device is configured and deployed in practical vehicle or equipment tracking applications.
FAQs About the RTK Positioning Solution
This section answers common technical and deployment questions about single-frequency RTK positioning, including positioning accuracy, correction data, GNSS compatibility, installation, power supply, platform integration, and differences between RTK-enhanced positioning and conventional GPS tracking.
01
What is the difference between this RTK terminal and a standard GPS tracker?
A standard GPS tracker typically relies on standalone GNSS positioning. This terminal uses RTK correction data to reduce positioning errors and provide more reliable meter-level positioning under suitable conditions.
02
Does single-frequency RTK provide centimeter-level accuracy?
This product is designed around meter-level RTK positioning rather than centimeter-level surveying. Actual accuracy depends on satellite visibility, correction quality, antenna installation, multipath interference, and the operating environment.
03
Why choose single-frequency RTK instead of dual-frequency RTK?
Single-frequency RTK is suitable when improved positioning is required but centimeter-level accuracy is unnecessary. It can reduce hardware and deployment costs for large-scale vehicle, equipment, and agricultural applications.
04
What equipment can use the 9–24V input?
The wide-voltage design supports integration with compatible vehicles and powered equipment within the specified input range. The actual power connection should be confirmed against the equipment’s electrical system before installation.
05
What affects RTK positioning performance?
Satellite visibility, RTK correction availability, antenna placement, surrounding obstacles, multipath interference, communication quality, and environmental conditions can all affect positioning performance.
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