Waypoint GrafNav Lite
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GrafNav Lite is a "scaled-down" version of GrafNav with accuracies aimed at the decimetre to sub-metre range. It is designed mainly for the GIS/mapping community. Waypoint products usually ship within 5 business days. |
The principal differences between the two packages are that GrafNav Lite will process only L1, does not support ambiguity determination and is limited to processing at intervals no greater than 1 Hz.
Using data collected at base and rover stations, GrafNav Lite processes single frequency carrier phase, as well as code-only (DGPS) data. This gives the user access to accuracies ranging from 10 cm to 5 metres depending on the processing mode selected and the GPS receiver used. GrafNav Lite is ideal for users requiring sub-metre accuracies, and its easy-to-use interface means new users will be processing data in minutes.
GrafNav Lite supports the following GPS receivers:
- Allen Osborne Associates (TurboBinary)
- Canadian Marconi (Allstar and Superstar II)
- Conexant Navcor
- Leica (SR/MX/MC1000/System 500/System 1200)
- Magellan
- Javad/Topcon
- Motorola (6/8 channel Oncore, PVT6)
- NAVCOM (OEM GPS)
- NavSymm/Parthus (XR5/XR6/XR7)
- NovAtel (OEM2/OEM3/OEM4)
- RINEX
- Rockwell PLGR
- Septentrio (SBF)
- SIRF Binary (Star II)
- Thales/Ashtech (Real-Time/B-File/DSNP)
- Trimble (DAT/Real-Time/4000) series/5700/SSx/CMR/TSIP/Force5)
- U-Blox (Antaris)
- UKOOA
Features included with GrafNav Lite:
- Seamless static and kinematic processing
- Kalman Filter supporting C/A code, carrier phase and L1 Doppler data
- Float static solution
- Forward, reverse and combined solutions
- Easy-to-use graphical interface supports plotting of over 25 statistical parameters
- Data can be exported in a number of projections, including: US State Plane, UTM, Geographic, Lambert, Transverse Mercator, local, and ECEF.
- Fast processing!
- Up to 1 Hz data rates
- Accurate velocity determination
- Achievable accuracies of 5 cm in static, 20 cm in kinematic using the L1 carrier phase, and 1-5 metres using C/A code-only processing



