XF101
Highlights
The XF101 DGPS receiver for the Archer Field PC delivers real-time, sub-meter geospatial data in an all-in-one rugged handheld package. Hemisphere GPS, a precision GIS leader, brings their patented Crescent Receiver Technology and COAST technology to the XF101.
- Crescent GPS Technology for superior sub-meter accuracy
- Coast™ Technology maintains accuracy during temporary loss of differential signal
- Optional external antenna for additional accuracy
- Low power consumption conserves Archer battery power
- Easy to use, modular — connect to the Archer & go to the field.
Features
The XF101 DGPS receiver for the Archer Field PC delivers real-time, sub-meter geospatial data in an all-in-one rugged handheld package.
The Hemisphere GPS XF101 receiver with the ultra-rugged Archer Field PC provides superior accuracy and performance. Depend on it to accurately map, collect, or update geospatial data in the toughest environments.
Hemisphere GPS - A Leader in Precision GPS
Hemisphere GPS brings innovative technology to the XF101 DGPS receiver. Position accuracy and stability are optimized by their exclusive Crescent® Receiver Technology for sub-meter accuracy. COAST™ technology maintains accuracy during loss of differential signal. Robust multipath mitigation and accurate code phase measurement result in high quality DGPS performance.
Real Time or Post-process Positions
With the XF101 and Archer, collect real-time DGPS positions using SBAS corrections, or post-process to enhance position accuracy back in the office. With the Archer’s powerful Windows Mobile®, you have an extensive choice in application software for mobile GIS and location-based applications. Use industry standard software such as ArcPad® with the GNSS Driver extension for post processing with EZSurv™.
Accurate, Versatile, Rugged
If you are looking for a robust, reliable, rugged field computer with DGPS sub-meter capability for your mobile GIS operations, the XF101 DGPS receiver with the Archer is your solution. Use it in forestry, agriculture, public works, construction, public safety and other applications when accurate location-based information is critical to success.