The NEO-D9S serves as a receiver for satellite data, specifically tailored for L-band correction broadcasts, with the flexibility to adapt to different correction services. It deciphers satellite transmissions to produce a correction stream, empowering high-precision GNSS receivers to achieve centimetre-level accuracies. Depending on the capabilities of the receiver, the output from NEO-D9S may be directly utilised or may require external pre-processing on the host. By delivering an autonomous correction data stream via satellite L-band, NEO-D9S enhances position output reliability and reduces reliance on cellular connectivity for IP-delivered correction services.
With access to a broadcast data stream, NEO-D9S offers virtually limitless scalability, eliminating the necessity for a dedicated delivery channel per user. This adaptability makes NEO-D9S well-suited for various markets and applications, ensuring high availability and reducing operational constraints.
Furthermore, NEO-D9S is configurable to accommodate correction data from various providers and service levels, ensuring high precision across different regions globally and comprehensive coverage across continents.
- First mass-market L-band GNSS correction module
- Access to centimetre‑level GNSS corrections globally
- Freedom to select GNSS correction data delivery
- High scalability for industrial applications
- Allows selection of any L‑band GNSS correction service
- Easy hardware integration and configuration
- Recommended application board: C101-D9S
- Alpha Micro technical support offered for maximum benefit for your application