MSAS Receiver Development Board 0.01M Positioning Accuracy Dual Frequency RTK

Product Description:

The following areas can benefit from our product:

• Base stations, power stations and communication centres
• Synchronization of UTC time and timing domains
• Agricultural fields, farming machinery, drones and other related areas
• Positioning in complex environments and high-speed motion scenarios
• Intelligent Internet of Things, intelligent driving, and more

Our product has the following features:

• Ability to receive GPS/BDS/GLONASS/GALILEO synchronously
• Four-system dual-frequency support
• Integrated positioning module and antenna for customized integration
• Offers ultra-high precision of up to 1cm for centimeter-level positioning both under fixed solution and floating solution
• Supports multi-band including L1, L2 and E5B
• Low cost and low power consumption

Features:

• Product Name: Development Board
• Receiver type: GPS: L1C/A L2C GLONASS: L1OF L2OF Galileo: E1-B/C E5b BeiDou: B1I B2I QZSS: L1C/A L2C SBAS: WAAS, EGNOS, MSAS, GAGAN And SouthPAN
• Cold start: Average 24 Seconds
• Regeneration: 1Hz -20 Hz(default 1Hz)
• Storage Temperature: -40℃ To 105℃
• Agreement: NMEA-0183 Support:VTG,GLL,TXT Ublox Binary And NMEA Command
• Features: GPS Module Development board, GNSS/GPS Receiver Evaluation Board with SM A USB

Technical Parameters:

Applications:

The size of the development board is 43.11mm * 43.1mm * 8.2mm and it has an average hot start of 2 seconds. It has a channel of 184 and an available baud rate of 4800bps~921600bps(default 38400bps). The development board has an integrated dual-frequency RTK algorithm that makes it highly efficient and reliable for various applications.

The OTW ZED-F9P-02B-00 development board is suitable for different occasions and scenarios, including:

• Automobile Navigation: The development board is ideal for automobile navigation as it provides highly accurate positioning, making it easy to navigate even in unfamiliar areas.
• Marine Navigation: The development board is also suitable for marine navigation as it can provide accurate positioning in open waters.
• Surveying: The development board can be used for surveying applications as it can provide accurate positioning data for mapping, land surveying, and other related applications.
• Agriculture: The development board can be used in precision agriculture for crop monitoring, mapping, and yield management.
• Drone Navigation: The development board is ideal for drone navigation as it provides highly accurate positioning data, making it easy to navigate and control the drone.

In conclusion, the OTW ZED-F9P-02B-00 development board is a highly efficient and reliable tool suitable for various applications. Its integrated dual-frequency RTK algorithm makes it highly accurate and efficient, and its small size makes it easy to integrate with different devices.