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RTK receivers: simpleRTK2B series
Affordable and low power dual band GPS/GNSS RTK boards that allow you to reach centimeter-level accuracy in seconds, based on u-blox ZED-F9.
RTK receivers: simpleRTK2B series
Affordable and low power dual band GPS/GNSS RTK boards that allow you to reach centimeter-level accuracy in seconds, based on u-blox ZED-F9.
For Beginners, Advanced Users, PCB and Embedded PC integrators
- Down to centimeter-level accuracy
- < 1.5m in standalone mode
- < 0.9m standalone with SBAS coverage
- Powered by u-blox ZED-F9P, F9R, and F9T with L1/L2/E5b support
- Up to 10 RTK position updates per second
- Perfect for effortless start and fast proof-of-concept, as well as scalable for mass-market applications
- For OEM use and also fully compatible with Arduino, STM32 Nucleo, Raspberry Pi or as an external GNSS for Pixhawk and Ardupilot. With Integrated RTK-SSR correction service as an option.
simpleRTK2B Budget
simpleRTK2B Lite
simpleRTK2B Micro
simpleRTK2B M.2
simpleRTK2B mPCIe
Budget
Lite
Micro
M.2
mPCIe
Based on ZED-F9P
Based on ZED-F9P
Based on ZED-F9P or ZED-F9R
Based on ZED-F9P or ZED-F9R
Based on ZED-F9P, ZED-F9R, ZED-F9T
Multi band: L1, L2 and E5b support
down to 1 centimeter level precision with a base station or NTRIP up to 35km
< 1.5m in standalone mode
< 0.9m standalone with SBAS coverage
Update rate: Default 1Hz
With maximum performance: up to 10Hz
With reduced performance: up to 20Hz
Update rate: Default 1Hz
With maximum performance: up to 10Hz (ZED-F9P), up to 4Hz (ZED-F9R) With reduced performance: up to 20Hz (F9P)
Arduino UNO (69x53mm)
Xbee (41x28mm)
ArduSimple Micro
M.2
MiniPCIe half-size or full-size
Onboard interfaces: USB, UART, Pixhawk, Xbee socket, Arduino rail.
(2C, Qwiic/STEMMA QT are available simpleRTK2B Pro)
Onboard interfaces: UART, Pixhawk, Xbee socket
No onboard interfaces
Special function pins: Timepulse, Safeboot, Reset_N, Tx_Ready, Geofence, 3V3_OUT, 5V_OUT.
(Colored LEDs are available in simpleRTK2B Pro)
Special function pins: EXTINT, VCC, XBee UART RX, XBee UART TX
Special function pins: USB, UART1, UART2, Timepulse, Event Input, GPIO, Reset, I2C
Special function pins: USB
Interfaces available with accessory: Radio (RF), Bluetooth, WiFi,
BL+BLE, RS232, Ethernet, CANBus
(4G modem, additional Xbee socket are available in simpleRTK2B Pro)
No interfaces available
More technical details
Multifrequency and Multiconstellation:
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
NMEA, RTCM and UBX protocol
Mode functionality: Base or Rover
RAW data output in UBX format. Read the raw data from the satellites without any post-processing
Start-up times:
First position fix: 25 seconds (cold), 2 seconds (hot)
First RTK fix: 35 seconds (cold)
Reduces convergence time
Increases ambiguity fixing rates
Increases overall cm-level position availability
3 Mounting holes
Through Hole or Direct panel mount
No mounting holes
SMA RF connector
SMA or uFL RF connector
uFL RF connector
Plastic Case available as an accessory
No plastic case available
Documentation: User Guide, 3D model, Footprint
3D CAD STEP File available
Weight 19.5g
Weight 7.8g
Weight 15-20g
Weight 17g
Weight 15g
Operating temperature range: -40 to +85°C
Storage temperature range: -40 to +85°C
CE, RED, RoHS, UKCA Certificates
Voltage range: 4.5-5.5V
Voltage range: 2.7-5.5V
Voltage range: 2.7-3.6 V
Typical current: 80mA @ 5V
Typical current: 90 @ 3.3V
Antenna voltage: 3V
simpleRTK2B Budget
Based on ZED-F9P
Multi band: L1, L2 and E5b support
down to 1 centimeter level precision with a base station or NTRIP up to 35km
< 1.5m in standalone mode
< 0.9m standalone with SBAS coverage
simpleRTK2B Lite
Based on ZED-F9P
Multi band: L1, L2 and E5b support
down to 1 centimeter level precision with a base station or NTRIP up to 35km
< 1.5m in standalone mode
< 0.9m standalone with SBAS coverage
simpleRTK2B Micro
Based on ublox ZED-F9P or ZED-F9R
Multi band: L1, L2 and E5b support
down to 1 centimeter level precision with a base station or NTRIP up to 35km
< 1.5m in standalone mode
< 0.9m standalone with SBAS coverage
simpleRTK2B M.2
Based on ublox ZED-F9P or ZED-F9R
Multi band: L1, L2 and E5b support
down to 1 centimeter level precision with a base station or NTRIP up to 35km
< 1.5m in standalone mode
< 0.9m standalone with SBAS coverage
simpleRTK2B Budget
Based on ublox ZED-F9P, ZED-F9R, ZED-F9T
Multi band: L1, L2 and E5b support
down to 1 centimeter level precision with a base station or NTRIP up to 35km
< 1.5m in standalone mode
< 0.9m standalone with SBAS coverage
Compare all products
Update rate
simpleRTK2B Budget,
simpleRTK2B Lite:
Default 1Hz
With maximum performance: up to 10Hz
With reduced performance: up to 20Hz
simpleRTK2B Micro,
simpleRTK2B M.2,
simpleRTK2B mPCIe:
Default 1Hz
With maximum performance: up to 10Hz (ZED-F9P), up to 4Hz (ZED-F9R) With reduced performance: up to 20Hz (F9P)
Form factor
simpleRTK2B Budget:
Arduino UNO (69x53mm)
simpleRTK2B Lite:
Xbee (41x28mm)
simpleRTK2B Micro:
ArduSimple Micro
simpleRTK2B M.2:
M.2
simpleRTK2B mPCIe:
MiniPCIe half-size or full-size
Onboard interfaces
simpleRTK2B Budget:
USB, UART, Pixhawk, Xbee socket, Arduino rail.
(2C, Qwiic/STEMMA QT are available simpleRTK2B Pro)
simpleRTK2B Lite:
UART, Pixhawk, Xbee socket
simpleRTK2B Micro,
simpleRTK2B M.2,
simpleRTK2B mPCIe:
No onboard interfaces
Special function pins
simpleRTK2B Budget:
Timepulse, Safeboot, Reset_N, Tx_Ready, Geofence, 3V3_OUT, 5V_OUT.
(Colored LEDs are available in simpleRTK2B Pro)
simpleRTK2B Lite:
EXTINT, VCC, XBee UART RX, XBee UART TX
simpleRTK2B Micro:
USB, UART1, UART2, Timepulse, Event Input, GPIO, Reset, I2C
simpleRTK2B M.2,
simpleRTK2B mPCIe:
USB
Interfaces available with accessory
simpleRTK2B Budget:
Radio (RF), Bluetooth, WiFi,
BL+BLE, RS232,
Ethernet, CANBus
4G modem, additional Xbee socket are available in simpleRTK2B Pro
simpleRTK2B Lite,
simpleRTK2B M.2,
simpleRTK2B mPCIe:
No interfaces available
Multifrequency and Multiconstellation
Applicable to all simpleRTK2B series boards:
Multifrequency and Multiconstellation:
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
NMEA protocol
Applicable to all simpleRTK2B series boards:
NMEA, RTCM and UBX protocol
Mode functionality
Applicable to all simpleRTK2B series boards:
Base or Rover
Data output
Applicable to all simpleRTK2B series boards:
RAW data output in UBX format. Read the raw data from the satellites without any post-processing.
Start-up times
Applicable to all simpleRTK2B series boards:
First position fix: 25 seconds (cold), 2 seconds (hot)
First RTK fix: 35 seconds (cold)
Convergence time
Applicable to all simpleRTK2B series boards:
Reduces convergence time
Increases ambiguity fixing rates
Increases overall cm-level position availability
Mounting
simpleRTK2B Budget,
simpleRTK2B Lite:
3 Mounting holes
simpleRTK2B Micro:
Through Hole or Direct panel mount
simpleRTK2B M.2,
simpleRTK2B mPCIe:
No mounting holes
Connectors
simpleRTK2B Budget,
simpleRTK2B Lite:
SMA RF connector
simpleRTK2B Micro:
SMA or uFL RF connector
simpleRTK2B M.2,
simpleRTK2B mPCIe:
uFL RF connector
Plastic case
simpleRTK2B Budget,
simpleRTK2B Lite:
Plastic Case available as an accessory
simpleRTK2B Micro,
simpleRTK2B M.2,
simpleRTK2B mPCIe:
No plastic case available
Documentation
Applicable to all simpleRTK2B series boards:
User Guide, 3D model, Footprint
3D CAD
Applicable to all simpleRTK2B series boards:
3D CAD STEP File available
Weight
simpleRTK2B Budget:
19.5g
simpleRTK2B Lite:
7.8g
simpleRTK2B Micro:
15-20g
simpleRTK2B M.2:
17g
simpleRTK2B mPCIe:
15g
Operating temperature range
Applicable to all simpleRTK2B series boards:
-40 to +85°C
Storage temperature range
Applicable to all simpleRTK2B series boards:
-40 to +85°C
Certificates
Applicable to all simpleRTK2B series boards:
CE, RED, RoHS, UKCA Certificates
Voltage range
simpleRTK2B Budget:
4.5-5.5V
simpleRTK2B Lite:
2.7-5.5V
simpleRTK2B Micro:
simpleRTK2B M.2:
simpleRTK2B mPCIe:
2.7-3.6 V
Typical current
simpleRTK2B Budget,
simpleRTK2B Lite:
80mA @ 5V
simpleRTK2B Micro,
simpleRTK2B M.2,
simpleRTK2B mPCIe:
90 @ 3.3V
Antenna voltage
Applicable to all simpleRTK2B series boards:
3V
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simpleRTK2B series is perfect Match for these Applications
Mapping
Multiband RTK receiver for surveying and data collection with centimeter precision.
Agriculture
Start precision farming with the help of GNSS RTk receivers at low budget.
Robotics
Start precision farming with the help of GNSS RTk receivers at low budget.
UAV
Ideal starting point for your drone project without heading for now.
Science & Education
An affordable price makes centimeter-level precision accessible for scientific data collection and analysis on a low budget.
Heavy duty vehicles
Perfect match for managing the movements of service vehicles like baggage carts and fuel trucks with 1 cm accuracy at affordable cost.
