To reduce memory consumption, we disable the Ubuntu GUI in the latest JetBot SD card image. After you've verified that it boots, reconnect the piOLED, double check your wiring, and boot again. This way you can check to make sure the system boots properly from the SD card image without worrying about hardware issues. We recommend first booting the Jetson Nano once without the piOLED / motor driver connected. Power on the Jetson Nano by connecting the micro USB (for Jetson Nano (4GB)) or USB-C (for Jetson Nano 2GB) charger to the port Attention Insert the SD card into your Jetson Nano (the micro SD card slot is locatedĬonnect the monitor, keyboard, and mouse to the Nano Remove the SD card from your desktop machine Using Etcher, select the image you downloaded above and flash it onto the SD card. Insert an SD card into your desktop machine This step will configure the bootloader on Jetson Nano hardware as needed for the latest SD card we released for JetBot. To use a sdcard image that is based on JetPack 4.5, you need to run through the initial ("oem-config") setup using the original JetPack 4.5 Jetson Nano SD card image ( Nano 2GB, Nano (4GB)) first. Make sure to select the version that matches the Jetson you're using (for example Jetson Nano 2GB). Step 1 - Download the pre-built JetBot SD card imageĭownload the pre-built JetBot SD card image from the table below. It is the advantage of 2GB Micro SD, as there are many substandard devices. It is important to note the version of SD slot, as if you choose SDHC card for SD slot, it will be unable to read. You may prefer this option if you are new to Jetson Nano, and do not have an existing SD card configured. The standard of this card is workable with all SD, SDHC and SDXC slot, it is the backward ability.
#Madden 14 how to#
This page details how to set up JetBot using the pre-built JetBot SD card image.
0 kommentar(er)
