FAQ
- Does C-RTK3 X20P support working as an RTK base station?
Answer: Yes. The C-RTK3 X20P supports operation as both an RTK base station and an RTK rover.
- Does C-RTK3 X20P support dual-antenna heading?
Answer: No. The C-RTK3 X20P is a single-antenna high-precision positioning module and does not support dual-antenna heading (Moving Baseline). If heading capability is required, please choose the C-RTK3 G5 or C-RTK2 HP.
- What differential correction services does C-RTK3 X20P support?
Answer: It supports traditional RTK differential correction, PPP-RTK (u-blox PointPerfect correction service), and SBAS augmentation.
- Does it default to standard CAN 2.0 or CAN FD?
Answer: To ensure peripheral compatibility, the factory default is standard CAN 2.0. It can be switched to CAN FD mode via parameters. After switching, all devices on the bus must support CAN FD; otherwise, normal communication and device recognition will fail.
- What application fields is C-RTK3 X20P suitable for?
Answer: It applies to all devices and scenarios requiring high-precision GNSS positioning, such as drones, unmanned ground vehicles, intelligent driving, agricultural machinery navigation, industrial automation, robots, and underwater vehicles.
- What is the Galileo OSNMA feature on the C-RTK3 X20P?
Answer: OSNMA (Open Service Navigation Message Authentication) is the navigation message authentication feature of the Galileo satellite navigation system. It effectively detects and defends against GNSS spoofing attacks, ensuring the security and trustworthiness of positioning data.