Satloc SLXg3/SLXg3 Combo

SlXg3 Combo
Multiple application support, including air, ground, marine, and GIS. Position accuracy to within 1 meter (3 feet). Supports WAAS, OmniSTAR, L-Band, *Beacon, and Satloc's patented e-Dif. *SLXg3 Combo model only
The Versatile Satloc SLXg3

The Satloc SLXg3 is a DGPS receiver designed for multiple applications, including air, ground, marine, and GIS. SlXg3 supports the following differential types: SBAS (WAAS, EGNOS, and others), OmniSTAR, L-Band, *Beacon, and Satloc's patented e-Dif.

*Beacon is only available on the SLXg3 Combo

How It Works

The SLXg3 receiver applies a differential correction signal to GPS called DGPS (Differential GPS). This increases the accuracy over GPS alone. Whereas a GPS signal provides accuracy on the order of 10 – 20 meters, the SLXg3 differential correction increases the accuracy to less than 1 meter, depending on the type of differential used.

The Satloc application you are using the receiver with then uses this highly accurate signal to drive its guidance software.

Features & Benefits

  • Sub-meter position accuracy – With SLXg3, your accuracy is typically within 1 meter (3 feet), as long as you have good quality differential data. And with a selection of differential options to choose from, the SLXg3 brings you accurate differential position data regardless of your global location.
  • 12-Channel GPS Engine – SLXg3 can track up to 12 satellites at one time, increasing your accuracy.
  • Frequent position updates – The SLXg3 receives a GPS location signal 5 times per second, ensuring a real-time GPS solution.
  • COAST technology – Satloc’s patented COAST technology works with Beacon, SBAS (WAAS, EGNOS, and others), and OmniSTAR and minimizes position drift when not receiving continual differential messages. COAST will therefore mask short periods of differential outages (up to half an hour or longer!).
  • Dual serial ports for NMEA, RTCM, and Satloc messages – the SLX receiver supports Satloc binary messages and 9 different NMEA types – GGA, GLL, VTG, GSV, RMC, GSA, ZDA, GST, and RRE. NMEA is a standard format used to communicate between receivers and auxiliary devices (guidance systems, PC, yield, monitor, etc.).