Eos Tools Pro is a powerful monitoring application designed for Eos Positioning Systems' Arrow Series High-Precision GPS/GNSS receivers. Essential for GIS and surveying professionals needing sub-meter and centimeter accuracy, Eos Tools Pro provides access to crucial GNSS data like RMS values, PDOP, differential status, and tracked/used satellites. Its integrated NTRIP client facilitates real-time corrections via RTK network connections, while customizable alarms enhance usability. Furthermore, Eos Tools Pro includes an integrated browser for HTML5 apps and offers support and sample code for developers. Note: Eos Tools Pro requires an Arrow GNSS receiver and may impact device battery life. Download Eos Tools Pro today for superior GPS/GNSS receiver monitoring.
Features of Eos Tools Pro:
- Advanced GNSS Information: Access key GNSS data (RMS, PDOP, differential status, satellites tracked/used) for precise sub-meter and centimeter accuracy in GIS and surveying.
- Built-in NTRIP Client: Connect to an RTK network for real-time corrections, improving positioning accuracy with RTK or DGNSS.
- Satellite View: Visualize all active constellations (GPS, GLONASS, BeiDou, Galileo, QZSS) for comprehensive satellite positioning awareness.
- Location Extras: Provides enhanced location accuracy by sharing GNSS metadata with the Location Service via Mock Provider.
- User-Configurable Alarms: Customize audible alarms for notifications about significant GNSS events or status changes.
- Terminal Emulator and Integrated Browser: Send configuration commands to the receiver via the terminal emulator and run HTML5 apps using the integrated browser.
Conclusion:
Eos Tools Pro's advanced GNSS information, built-in NTRIP client, satellite view, location enhancements, customizable alarms, and integrated terminal/browser significantly improve the accuracy and efficiency of GIS and surveying data collection. A must-have tool for professional surveyors and GIS enthusiasts seeking optimized GPS positioning. Download now and experience the power of precise data acquisition.
