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Utilizing the GPS08 module for speed measurement without extra configuration.
Step-by-step guide to setting up the EVO5 as an Access Point.
Recommended configuration for a robust WLAN setup with AiM devices and PCs.
How to define and enable analog, speed, RPM, and inertial channels in Race Studio 3.
Setting up accelerometers and gyros, including logger position and sampling frequency.
Setting up ECU drivers and managing CAN bus electrical resistance.
Creating calculated channels for gear, bias, and linear correction in Race Studio 3.
Setting lap detection, recording conditions, and other parameters in Race Studio 3.
Managing digital outputs and defining CAN stream outputs for data transmission.
Procedures for connecting the AiM system to a PC for configuration and data transfer.
Viewing live data, calibrating sensors, and checking system status in Race Studio 3.
Procedures for downloading recorded data from the EVO5 via USB, WiFi, or SD card.
Utilizing the GPS08 module for speed measurement without extra configuration.
Step-by-step guide to setting up the EVO5 as an Access Point.
Recommended configuration for a robust WLAN setup with AiM devices and PCs.
How to define and enable analog, speed, RPM, and inertial channels in Race Studio 3.
Setting up accelerometers and gyros, including logger position and sampling frequency.
Setting up ECU drivers and managing CAN bus electrical resistance.
Creating calculated channels for gear, bias, and linear correction in Race Studio 3.
Setting lap detection, recording conditions, and other parameters in Race Studio 3.
Managing digital outputs and defining CAN stream outputs for data transmission.
Procedures for connecting the AiM system to a PC for configuration and data transfer.
Viewing live data, calibrating sensors, and checking system status in Race Studio 3.
Procedures for downloading recorded data from the EVO5 via USB, WiFi, or SD card.
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