Your Cart (0)
Shipping is calculated at checkout.
GNSS GPS Location Module u-Blox MAX-7Q
RAK1910
Prefer another courier for your delivery? Contact us for special shipping arrangements.
Check our WisBlock Documentation
Product Description
The RAK1910 WisBlock GNSS/GPS Location Module is based on the u-blox MAX-7Q which extends the WisBlock system with tracking location capabilities. A ready to use SW library and tutorial makes it easy to build up a GPS based location tracker.
RAK1910 supports both GPS and GLONASS satellites for location acquisition. It can get a location x within 1 second and has a high accuracy of 2.5m in outdoor usage.
RAK1910 combined with the RAK4631 WisBlock Core is ready to go system for a GPS-based location tracker that can send location information using LoRaWan® communication, LoRa® point to point connections, and BLUETOOTH® Low Energy.
RAK1910 is ideal for battery-powered applications because of its low power consumption. In addition, the WisBlock system allows to power down the module complete to reduce the power consumption of the system even more.
RAK1910 location sensor can be joined with other WisBlock sensors like an acceleration sensor or an environment sensor to collect additional data.
Key Features
- Using the U-Blox MAX-7Q GPS module
- GNSS support for GPS/QZSS and GLONASS
- Low power consumption
- Small form factor
-
Fast location fix.
- 29 s from cold start to first fix.
- 1 s from hot start
- High accuracy of 2.5m
- 10Hz update rate
- 1 m/s velocity accuracy
- 5 degrees Heading accuracy
Package Inclusion
- 1pc RAK1910
- 1pc Active GPS Antenna
Documentation
- RAK1910 Quick Start Guide
- Datasheet
- WisBlock Quick Start Guide
- WisBlock Source Code Repository
- RAK1910 3D Model
- 24-Pin Male Connector 3D File
- WisBlock Sensor Tutorial
Examples
For All WisBlock Core Modules:
For WisBlock Core RAK4630:
LoRaWAN GPS Tracker Kits Based on WisBlock RAK1910
Tutorials
- WisBlock Starter Kit and RAK Edge Gateway Complete LoRaWAN Guide
- Installation of Board Support Package in Arduino IDE
- The Icing on the Cake: A Template to Innovate Custom IoT Applications with RAKwireless and Datacake
- Make a Helium Mapper with the WisBlock
Check Hackster Projects
Articles
- Choosing Between WisBlock Modules For Your Next IoT Project? Take A Quiz!
- Why We Make WisBlock: The Story Behind RAK’s Modular IoT Platform
- Build your IoT Breakthroughs Fast with the WisBlock System!
- RAKwireless Announces Partnership with One Planet Education Network (OPEN) to Launch STEM IoT Sensor Kits for Schools Worldwide
- RAKwireless Launches New Modular Product Series - WisBlock
- New WisBlock Modules in RAK Autumn Launch
WisBlock Success Stories
- Enology + IoT = Great Wine A winery modernization by Enotek
- Saving the Wetlands with a Solution from The Group Lab
Questions and Answers
Have a Question?
Be the first to ask a question about this.
Product Reviews
Related Products
- RAK1910 Quick Start Guide
- Datasheet
- WisBlock Quick Start Guide
- WisBlock Source Code Repository
- RAK1910 3D Model
- 24-Pin Male Connector 3D File
- WisBlock Sensor Tutorial
Examples
For All WisBlock Core Modules:
For WisBlock Core RAK4630:
LoRaWAN GPS Tracker Kits Based on WisBlock RAK1910
Tutorials
- WisBlock Starter Kit and RAK Edge Gateway Complete LoRaWAN Guide
- Installation of Board Support Package in Arduino IDE
- The Icing on the Cake: A Template to Innovate Custom IoT Applications with RAKwireless and Datacake
- Make a Helium Mapper with the WisBlock
Check Hackster Projects
Articles
- Choosing Between WisBlock Modules For Your Next IoT Project? Take A Quiz!
- Why We Make WisBlock: The Story Behind RAK’s Modular IoT Platform
- Build your IoT Breakthroughs Fast with the WisBlock System!
- RAKwireless Announces Partnership with One Planet Education Network (OPEN) to Launch STEM IoT Sensor Kits for Schools Worldwide
- RAKwireless Launches New Modular Product Series - WisBlock
- New WisBlock Modules in RAK Autumn Launch
WisBlock Success Stories
- Enology + IoT = Great Wine A winery modernization by Enotek
- Saving the Wetlands with a Solution from The Group Lab