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The vision of ArduSimple is to make GNSS RTK technology simple, affordable and accessible to everyone with a series of starter kits, tutorials, engineering services and OEM products.
Made in Europe
FREE CORRECTIONS!
simpleRTK2B SBC – Development Kit
SKU: AS-SBC-L1L2
From 960,00€
This product comes with 2 years worldwide warranty
This product has quantity discounts available:
| Units | Price per unit |
|---|---|
| <10 | 960,00€ |
| >=10 | 726,00€ Click here for bulk orders |
| >500 | Contact us for special pricing |
Includes:
– 1 simpleRTK2B-SBC board
– 1 Plastic Case for simpleRTK2B (non-waterproof)
– Free PointPerfect RTK-SSR corrections until end of 2025
– 1 Power + canbus Cable
– 1 USB-C Cable
– 1 Ethernet cable
– 1 dual RS232 cable
– 1 I/O 14pin Cable assembly
simpleRTK2B-SBC is a customizable and programmable dual band GPS/GNSS RTK Single Board Computer thanks to its onboard STM32 microprocessor. It’s based on u-blox ZED-F9 modules and allows you to reach centimeter level accuracy in a matter of seconds.
Thanks to the onboard IMU, it can be used in INS/sensor fusion applications.
But no worries, you don’t need to program anything, if you prefer we can do it for you. Just send us your specification!
simpleRTK2B-SBC includes up to 3x GPS units so you can try and develop based on all possible configuration:
- 1x ZED-F9P for RTK position
- 2x ZED-F9P for RTK position + RTK heading
- 3x ZED-F9P for full AHRS (Attitude and Heading Reference System), a.k.a roll, pitch, yaw.
The product has 3x XBee sockets so you can connect any of our compatible accessories: BT, WiFi, MR, LR, XLR, 4G (none of this accesories are included in the kit, need to be purchased separately).
Start integration with our quick User Guide and learn all the details with the SBC advanced documentation page.
Good to know:
– This product comes without GNSS antennas, you will have to order them separately.
– Compatible with u-blox PointPerfect augmentation service
– This product has free RTK-SSR corrections until 31/12/2024. Later if you want you can get a subscription starting at only $3.90 for 60 hours.
– If you are looking for Septentrio Mosaic option, just contact us at info@ardusimple.com for a qoute.
– Bulk pricing starting 10 units
Specifications
Accelerate your go to market
Instead of starting a product development that will take you 2-3 years and cost you a fortune in engineering time, prototypes and headaches… why not start selling tomorrow?
OEM format
We removed any logo from our enclosures so you can build your own product and brand.
Compatible with basically anything
Dual RS232, Ethernet, CANBUS, USB & up to 8 configurable I/O. Just explain us which protocol and connector you need, and let SBC do the rest, plug and play.
All protocols are possible with SBC: NMEA, HDT, UBX, RTCM, TSS1, PASHR or just define your own.
Programming made simple
Forget about long learning time to program your application. We took care of the complex things so you can focus on developing your application. Just Copy&Paste from a few examples to build your own code. Or just send us your requirements and we can program it for you.
- Centimeter level precision
- <1cm with a base station up to 35km
- <1cm with NTRIP up to 35km
- <4cm with SSR corrections
- <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
- Multi band: L1, L2 and E5b support
- 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
- Start-up times:
- First position fix: 25 seconds (cold), 2 seconds (hot)
- First RTK fix: 35 seconds (cold)
- RAW data output in UBX format
- Base and Rover functionality
- Operating temperature Range: -40 to +85deg
- Documentation: RED, RoHS
- Millimeter level precision
- <1cm with a base station up to 35km
- <1cm with NTRIP up to 35km
- <1.2m in standalone mode
- <0.6m standalone with SBAS coverage
- Update rate
- Default: 1Hz
- With maximum performance: up to 100Hz
- Multi band: L1, L2 and L5 support, 448 hardware channels
- Multifrequency and Multiconstellation:
- GPS: L1C/A L1PY L2C L2P L5
- GLONASS: L1CA L2CA L2P L3 CDMA
- Galileo: E1 E5a E5b E5 AltBloc E6
- BeiDou: B1I B1C B2a B2I B3
- QZSS: L1C/A L2C L5
- Navic: L5
- SBAS: WAAS, EGNOS, MSAS, GAGAN, SDCM (L1 L5)
- Start-up times:
- Cold start: <45s
- Warm start: <20s
- Re-acquisition: 1s
- Protocols:
- Septentrio Binary Format (SBF)
- NMEA 0183, v2.3, v3.03, v4.0
- RINEX v2.x, v3.x
- RTCM v2.x, v3.x (MSM included)
- CMR v2.0 (out/in), CMR+ (input only)
- Interfaces (check user guide to verify which are available):
- USB
- UART
- XBee
- Timepulse
- Event
- Base and Rover functionality
- Operating temperature Range: -40 to +85deg
- Certification: CE, WEEE, ISO 9001-2015
- Documentation: RED, RoHS
Mechanical
- PCB dimensions 85x115mm
- 4 mounting holes
- Up to 4 integrated SMA for various RF options
- Molex Micro-Fit connector system
- Industrial temperature range -40 +85°C
- Waterproof and non-waterproof enclosures available
- OEM format: no logo on any box
Electrical interface:
- 7-31V power supply (or USB powered 5V)
- USB, dual RS232, Ethernet, Canbus, PWM
- Programmable I/O
Built-in features
- USB
- RS232 (x2)
- Ethernet
- CANBus
- Digital+analog inputs/outputs including PWM
- Timepulse
- GNSS receivers (up to 3):
- u-blox ZED-F9P
- u-blox ZED-F9R
- Mosaic-X5
- Mosaic-H
- XBee sockets (up to 3):
- Bluetooth (optional)
- WiFi (optional)
- MR, LR, XLR UHF radios (optional)
- 4G modem (optional)
- Peripherals
- High performance IMU
- microSD card reader
- External flash memory
- 3 programmable LEDs
Documentation
Start here:- Get started with the User Guide
- Check the SBC Advanced Documentation (API, wiring diagrams, ...)
Datasheet- Configuration files
- Download CAD model
- Evaluating PointPerfect IP correction service
- How to use PointPerfect with u-blox receivers
- How to use PointPerfect with Septentrio and non u-blox receivers
- SBC interface with uROS library
- Connect different motors to your SBC
- How to integrate a Neural Network in your SBC
- Micropython platforms benchmarking
- Measuring SBC application performance
- Hide your code inside the programmable simpleRTK2B-SBC
- Using git with the programmable simpleRTK2B-SBC
- simpleRTK2B-SBC: fixed IP Ethernet network connection + sharing Internet from a PC
- Evaluating PointPerfect IP correction service
- How to use PointPerfect with u-blox receivers
- How to use PointPerfect with Septentrio and non u-blox receivers
- SBC interface with uROS library
- Connect different motors to your SBC
- How to integrate a Neural Network in your SBC
- Micropython platforms benchmarking
- Measuring SBC application performance
- Hide your code inside the programmable simpleRTK2B-SBC
- Using git with the programmable simpleRTK2B-SBC
- simpleRTK2B-SBC: fixed IP Ethernet network connection + sharing Internet from a PC
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