SIYI M9N GPS GNSS Module Specification
| Category | Specification |
|---|---|
| Hardware | |
| Compass | IST8310 |
| Satellite Receiver | UBLOX Neo M9N |
| GNSS | GPS. GLONASS. Beidou. Galileo |
| GNSS Bands | GPS - L1C/A. GLONASS - L1OF. Beidou - B1I. Galileo - E1B/C |
| GNSS Augmentation System | BAS: WAAS. EGNOS. MSAS. QZSS: L1s (SAIF) |
| Overall | |
| Positioning Accuracy | 3D FIX. 2.0 m (up to 0.8 m) |
| Speed Accuracy | 0.05 m/s |
| Navigation Update Rate | 25 Hz (Max) |
| GPS Acquisition Time | Cold Start: 25 s. Hot Start: 2 s. Auxiliary Start: 2 s |
| Max Satellite Numbers | 30+ |
| Receiving Sensibility | Tracking & Navigation: -167 dBm. Cold Start & Hot Start: -148 dBm. Reacquisition: -160 dBm |
| Interfaces | UART. I2C |
| Filtering | SAW + LNA |
| Working Voltage | 4.8 ~ 5.2 V |
| Working Temperature | -10 ~ 70 ℃ |
| Product Dimension | 50 x 50 x 13.1 mm |
| Product Weight | 35 g |
SIYI M9N GPS GNSS Module Summary
The SIYI M9N GPS GNSS Module is a high-performance navigation system designed for precise and reliable positioning. Core specifications include the IST8310 compass and UBLOX Neo M9N satellite receiver. supporting multiple GNSS systems such as GPS. GLONASS. Beidou. and Galileo. This module offers exceptional GNSS bands. including GPS L1C/A. GLONASS L1OF. Beidou B1I. and Galileo E1B/C. With GNSS augmentation systems like WAAS. EGNOS. MSAS. and QZSS (L1s SAIF). the module ensures enhanced accuracy and reliability.
Key performance metrics include a positioning accuracy of up to 0.8 meters and a speed accuracy of 0.05 m/s. The module can handle a maximum navigation update rate of 25 Hz and acquire GPS signals in just 25 seconds for a cold start and 2 seconds for a hot start or auxiliary start. It supports more than 30 satellites. ensuring robust and continuous tracking.
Designed for various applications. the SIYI M9N GPS GNSS Module is suitable for drones. robotics. and other precision navigation systems. It operates within a working voltage range of 4.8 to 5.2 V and can withstand temperatures from -10 to 70 ℃. With dimensions of 50 x 50 x 13.1 mm and a weight of 35 grams. the module is compact and lightweight. making it ideal for integration into various devices. Its interfaces include UART and I2C. and it features advanced filtering technology with SAW and LNA to ensure signal integrity.
The SIYI M9N GPS GNSS Module is a versatile and reliable choice for any application requiring high-precision positioning and navigation.
The SIYI M9N GPS GNSS Module features a buzzer. safety indication. RGB four-satellite display. switch status. high-gain indicator antenna. and supports NBiSAs protocol version 1.0.8.
Features a pin out configuration including an IST8310 magnetometer. flight controller status indicator. buzzer. and safety switch.
SIYI M9N GPS GNSS Module features an LNA+SAW anti-jamming filter design. ensuring reliable GPS positioning by effectively blocking interference from airborne equipment like air units transmitting images and data.
SIYI M9N GPS module features IST8310 compass. UBLOX Neo MON satellite receiver. and supports multiple GNSS systems including Beidou. Galileo. GLONASS. and LICIA. It also provides augmentation systems like WAAS. EGNOS. MSAS. and QZSS with BeiDou's SAIF system.
SIYI M9N GPS GNSS Module: features 3D FIX accuracy up to 0.8m. speed accuracy of 0.05 mls. and navigation update rate of 25 Hz; supports cold start acquisition in 25s. hot start in 2s. and auxiliary start in 2s; receives satellite signals with sensitivity of -167 dBm for tracking and navigation. or -148 dBm for cold and hot starts. and reacquisition at 160 dBm; compatible with UART interface and featuring SAW LNA; operates within voltage range of 4.8-5.2V. temperature range of -10 to 70°C; measures 50x50x13.1mm in size and weighs 35g.
Siyi M9N GPS module provides reliable positioning and navigation capabilities. suitable for various applications such as IoT devices. automotive systems. and outdoor equipment.
SIYI M9N GPS GNSS Module for positioning with high precision and accuracy.
SIYI M9N GPS module for global positioning and navigation.
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