Summary of U-BLOX’S F9 MULTI-BAND GNSS MODULE WITH RTK DELIVERS CENTIMETER-LEVEL ACCURACY IN SECONDS
The ZED-09P is a compact precision GNSS module by U-Blox utilizing the F9 receiver platform. It delivers centimeter-level accuracy via multi-band RTK technology and supports concurrent tracking of GPS, GLONASS, Galileo, BeiDou, SBAS, and QZSS constellations. Key features include moving base support for UAV applications where both the base and rover are in motion, power-efficient configuration options, and suitability for industrial automation and consumer products.
Parts used in the ZED-09P Precision GNSS Module:
- ZED-09P precision GNSS module
- F9 receiver platform
- Multi-band RTK (Real-Time Kinematic) technology
- Correction data system
- Integration manual
A little while ago, we covered a positioning receiver IC that enhanced positioning accuracy to centimeters due mostly to its cutting-edge capability of concurrent reception of multiple constellation data (GPS, GLONASS, BeiDou, and QZSSl, to be precise). Its name is the Teseo-LIV3F, from ST Microelectronics, and you can check the article link below, which I recommend if you are on the market for an above-average positioning module. Today, we will take a look at the new ZED-09P precision GNSS module, from U-Blox, that has some similarities, including, most notably, pinpoint accuracy.
So, let us take a step back. The ZED-09P from U-Blox is a precision GNSS module, featuring the F9 receiver platform from the same manufacturer, that provides multi-band RTK (Real-Time Kinematic) technology for industrial applications with centimeter-level accuracy, in a small form factor. The module allows for precise navigation and automation of moving machinery and also consumer-grade products. Another very important feature is moving base support, which allows for the base and rover to move while calculating their positioning accurately, making this a great candidate for UAV applications where the UAV has to follow a target or go to a moving platform and in cases where the relative position between both of them is relevant.
Just like the Teseo-LIV3F, it can receive and track multiple GNSS constellations, including the four major (GPS, GLONASS, Galileo and BeiDou), plus SBAS and QZSS satellites. All of them can be processed to provide an RTK navigation solution when used with correction data. Lastly, you can configure just a small subset of them, if power consumption is a concern in your project. Of course, before jumping right in you should take a look at the very well-documented integration manual, where the major concerns you should have in the design stage are set.
Read more: U-BLOX’S F9 MULTI-BAND GNSS MODULE WITH RTK DELIVERS CENTIMETER-LEVEL ACCURACY IN SECONDS
- What is the primary function of the ZED-09P?
It provides multi-band RTK technology for industrial applications with centimeter-level accuracy. - Can the ZED-09P track multiple satellite constellations?
Yes, it tracks GPS, GLONASS, Galileo, BeiDou, SBAS, and QZSS satellites. - Does the ZED-09P support moving base operations?
Yes, it allows for moving base support where both the base and rover can move while calculating positioning accurately. - Is the ZED-09P suitable for UAV applications?
Yes, it is a great candidate for UAV applications requiring relative position calculations between moving platforms. - How does the module handle power consumption concerns?
You can configure just a small subset of satellite constellations if power consumption is a concern. - What level of accuracy does the ZED-09P provide?
The module offers centimeter-level accuracy when used with correction data. - Where can I find design guidance for this module?
A well-documented integration manual is available to address major design stage concerns. - Can the ZED-09P be used for consumer-grade products?
Yes, it allows for precise navigation in both industrial applications and consumer-grade products.
