Go Real-time, All the Time with your iPad/iPhone!
The iSXBlue II+ GNSS is a palm-sized receiver that delivers real-time, high submeter accuracy performance using GPS/GLONASS satellites and free SBAS corrections for your iPad/iPhone. It's battery-powered lightweight design makes it the ideal choice for a variety of mapping apps including GIS, Forestry, Mining, Utilities, Agriculture, Surveying and Environmental, at a price you can afford. The iSXBlue II + GNSS uses innovative technologies that deliver high submeter accuracy in real time, all the time. There is no need for post-processing or order correction source when SBAS (WAAS, EGNOS, MSAS or GAGAN) are available. Utilizing both GPS and GLONASS satellites, the iSXBlue II + GNSS will work where GPS receivers struggle, such as in the forest, around a building and other difficult mapping environments. The iSXBlue II + GNSS is designed to work where you need to work; in the forest or in the city, all day long.
GPS + GLONASS + SBAS = Revolutionary iSXBlue II + GNSS Receiver Until now, SBAS user couldn't enjoy the tremendous benefit offered by adding GLONASS satellites since SBAS doesn't support GLONASS. However, now technology employed by the iSXBlue II + GNSS allow it to use both GPS and GLONASS satellites for high performance, real-time mapping accuracy using SBAS. No post-processing is needed to achieve the accuracy you expect.
Work in More Places than Ever Before
We've heard it over and over. Once you start using GLONASS, you'll be addicted. By using GLONASS satellites, your productivity immediately improves. With both GPS and GLONASS satellites, you'll have nearly twice as many satellites in view, meaning you won't have to wait for the high accuracy data you want. The iSXBlue II + GNSS maximizes your productivity by working directly within your iOS application such as Esri's Collector for ArcGIS, ArcGIS for iOS, iCMTGIS, iGPSGIS, GIS Pro, Fulcrum, etc.
- 100% iPad / iPhone Compatible
- Win Mobile / Android Compatible
- SBAS support for GPS and GLONASS
- Submeter accuracy (60cm 2dRMS, 95% confidence)