and 
Tripleband, up to 20Hz
Tripleband L1/L2/L5, up to 20Hz
How to build your own self-hosted NTRIP RTK caster on a Synology NAS
Table of contents This guide shows how to build a fully open-source NTRIP caster on a Synology NAS fed by the ArduSimple RTK Base Station
Still using a GNSS base and rover connected by radio? There are easier options.
Traditionally, RTK systems used a GNSS base station transmitting corrections directly to a GNSS rover over a radio link. This setup is still widely used
How to use the odometer functionality of u-blox to measure distance
Table of contents The GNSS odometer is a useful built-in feature available on u-blox RTK receivers. It continuously calculates the distance travelled by the receiver
How to build your own self-hosted NTRIP RTK caster on a Synology NAS
Table of contents This guide shows how to build a fully open-source NTRIP caster on a Synology NAS fed by the ArduSimple RTK Base Station (Septentrio mosaic-X5), to broadcast RTK corrections to rovers over an internet connection. The NAS configuration used only exposes the RTK correction stream to the open
Still using a GNSS base and rover connected by radio? There are easier options.
Traditionally, RTK systems used a GNSS base station transmitting corrections directly to a GNSS rover over a radio link. This setup is still widely used today in areas without Internet connectivity. For these situations, ArduSimple offers RTK development kits with radio communication and RTK Smart Antenna Configurable. Radio RTK requires
How to use the odometer functionality of u-blox to measure distance
Table of contents The GNSS odometer is a useful built-in feature available on u-blox RTK receivers. It continuously calculates the distance travelled by the receiver using GNSS position and velocity information, allowing you to measure the length of a route without any additional sensors. The odometer functionality is configured through