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Preface About this guide and technical support information. About this document This document mainly provides the users with the necessary information about the StarFive JH-7110 DevKit, including board appearance, configuration basics, SDK quick start reference and some reference. Revision History...
1. Introduction This document mainly provides the users with the necessary information about the StarFive JH-7110 DevKit, including board appearance, configuration basics, SDK quick start reference and some references. 1.1. Board Appearance The following figure displays the board appearance of JH-7110 DevKit.
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The Ethernet port is for network data connection. Charger I2C Power supply for I2C. Boot Mode Pins It is provided to determine the boot mode before JH-7110 Dev Kit is powered up. Battery PWR In Power input. It is used to connect to the power supply.
• Turn the ⑨ to OFF directly to power off the JH-7110 DevKit. 2.2. Boot Mode Settings JH-7110 DevKit provides 4 methods to determine the boot mode before it is powered up. The following are the available boot modes and details. You can select the boot mode by using dip switch.
Figure 2-2 Boot Mode Settings 2.3. GPIO Dip Switch Settings You need to perform certain dip switch settings before connection peripherals to the JH-7110 DevKit. The following table shows the required GPIO dip switch settings. Table 2-2 GPIO dip Switch Settings...
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| 2 - JH-7110 DevKit Configuration Basics Table 2-2 GPIO dip Switch Settings (continued) Dip Switch for Function GPIO Group GPIO Remarks Dip Switch Function GPIO53 S6pin2: ON BT_UART_TXD GPIO54 S6pin1: ON BT_UART_RXD GPIO55 S7pin2: ON BT_UART_RTS GPIO56 S7pin1: ON...
3. Getting Started This chapter provides steps to get started with JH-7110 DevKit. It builds U-Boot SPL, U-Boot and a flattened image tree (FIT) image with a Opensbi binary, linux kernel, device tree, ramdisk image and rootfs image for the JH-7110 DevKit board.
| 3 - Getting Started This section provides steps to connect JH-7110 DevKit to network and enter U-Boot terminal. 1. Connect the jumper wires between the USB-to-Serial converter and the UART0 Debug (on page 7) pins of JH-7110 DevKit debug header. The following figure is an example:...
Hit any key to stop autoboot: StarFive # 5. Press any key to stop and enter the U-Boot terminal. 3.2.2. Boot JH-7110 DevKit There are two ways to boot the JH-7110 DevKit. • Run the Default DTB with image.fit (on page 16) •...
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3.2.2.3. Run Debian System Flashing OS to eMMC Flash Now we need to burn Debian (which is a Linux distribution) to eMMC Flash so that it can run on the JH-7110 DevKit. Follow the steps below. 1. Download Debian image from Releases and extract the .bz2 file.
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▪ Username: user ▪ Password: starfive 2. Using a USB to Serial Converter: After flashing Debian,you can log in to Debian OS on JH-7110 DevKit using USB to Serial converter. a. Connect the USB to Serial converter to J18 or J19,power on the JH-7110 DevKit.
$ sudo e2fsck -f /dev/sdX4 $ sudo resize2fs /dev/sdX4 # extend filesystem $ sudo fsck.ext4 /dev/sdX4 ◦ Option 2: Run the commands on the JH-7110 DevKit: fdisk resize2fs # fdisk /dev/mmcblk1 Welcome to fdisk (util-linux 2.37.2). Changes will remain in memory only, until you decide to write them.
JH-7110 DevKit debug header. The following figure is an example: Figure 4-1 Connecting to the UART0 Debug Pins of JH-7110 DevKit Tip: You can also use the USB-to-Serial converter of Type-C port to connect Type-C debug port directly.
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