diff --git a/docs/dragon/q6a/download.md b/docs/dragon/q6a/download.md index 99e1949d10..d173ee582d 100644 --- a/docs/dragon/q6a/download.md +++ b/docs/dragon/q6a/download.md @@ -59,18 +59,36 @@ sudo dmidecode -s bios-version ::: -## 百度网盘下载 +### 百度网盘下载 :::tip 百度网盘分享链接会定期更新镜像文件，推荐通过百度网盘下载获取最新镜像。 **版本说明：** + - **R 版本**：经过测试的稳定版本，推荐使用 - **T 版本**：测试版本（仅用于评估） -::: + ::: - [百度网盘下载（radxa-dragon-q6a）](https://pan.baidu.com/s/56vG8RCxe-5T_27AWQcREGA#list/path=%2Fsharelink3108273493-988411983016443%2Fimage-release%2Fradxa-dragon-q6a&parentPath=%2Fsharelink3108273493-988411983016443) +## Android 15 + +Android 15 目前仅支持 SPI 固件搭配 eMMC 模块或 UFS 模块启动。 + +说明：SPI 固件和系统镜像在同一个压缩包中，下载后解压可以得到系统镜像文件和 SPI 固件文件。 + +### eMMC 系统镜像 + +- [Android_15_eMMC_20260630-b1.7z](https://dl.radxa.com/q6a/images/android/Q6A-Android15-spi-emmc-boot-20260630-b1.7z) + +### UFS 系统镜像 + +烧录 UFS 系统镜像相比于 eMMC 系统镜像，需要额外烧录 UFS 配置文件。 + +- [provision_ufs31.xml](https://dl.radxa.com/q6a/images/android/provision_ufs31.xml) +- [Android_15_UFS_20260630-b1.7z](https://dl.radxa.com/q6a/images/android/Q6A-Android15-spi-ufs-boot-20260630-b1.7z) + ## 启动固件 Dragon Q6A 出厂默认烧录 SPI 启动固件，正常情况下无需烧录启动固件，若系统启动异常，可以尝试重新烧录 SPI 启动固件。 diff --git a/docs/dragon/q6a/hardware-use/edl.md b/docs/dragon/q6a/hardware-use/edl.md index cad8ec5b9e..e31666b36f 100644 --- a/docs/dragon/q6a/hardware-use/edl.md +++ b/docs/dragon/q6a/hardware-use/edl.md @@ -12,9 +12,17 @@ sidebar_position: 16 详细步骤： -1. 按住 EDL 按键 -2. 连接 12V Type-C 电源适配器（兼容 PD 协议） -3. 松开 EDL 按键 +
+ +
+ +① ： 按住 EDL 按键 + +② ： 连接 12V Type-C 电源适配器（兼容 PD 协议） + +③ ： 松开 EDL 按键 + +④ ： 使用双头 USB Type-A 数据线连接 Dragon Q6A 的 USB 3.1 Type-A 接口和电脑的 USB Type-A 接口 正常情况下，主板会进入 EDL 模式。 diff --git a/docs/dragon/q6a/low-level-dev/edl-mode.md b/docs/dragon/q6a/low-level-dev/edl-mode.md index 2e154efc1e..d2e4fcfb44 100644 --- a/docs/dragon/q6a/low-level-dev/edl-mode.md +++ b/docs/dragon/q6a/low-level-dev/edl-mode.md @@ -10,10 +10,12 @@ sidebar_position: 1 主板上电前，按住 EDL 按键；主板上电后，松开 EDL 按键，进入 EDL 模式。 -如果您不确定 EDL 按键的位置，可以先查看 [硬件信息](../hardware-use/hardware-info.md#接口说明) 页面，其中 EDL 按键对应接口图中的序号 `20`。 - 具体操作步骤： +
+ +
+ ① ： 按住 EDL 按键 ② ： 连接 12V Type-C 电源适配器（兼容 PD 协议） diff --git a/docs/dragon/q6a/other-system/android.md b/docs/dragon/q6a/other-system/android.md new file mode 100644 index 0000000000..ae6e901e29 --- /dev/null +++ b/docs/dragon/q6a/other-system/android.md @@ -0,0 +1,206 @@ +--- +sidebar_position: 1 +--- + +# Android 15 + +目前瑞莎 Dragon Q6A 的 Android 15 系统启动需要烧录 SPI 固件启动，且系统启动介质仅支持 eMMC 模块或 UFS 模块启动系统。 + +## 产品实物 + +
+ +
+ +| 序号 | 视图 | 序号 | 视图 | 序号 | 视图 | +| :--: | :---------------: | :--: | :---------------: | :--: | :---------------: | +| ① | Dragon Q6A 正视图 | ② | Dragon Q6A 侧视图 | ③ | Dragon Q6A 背视图 | + +## 使用前提 + +您需要提前准备以下硬件设备： + +- 主板：瑞莎 Dragon Q6A +- 主机：X86 架构的 Windows 或 Linux +- 显示设备：HDMI 数据线和显示器 +- 系统启动介质：瑞莎 eMMC 或 UFS 模块 +- 电源适配器：12V Type-C 电源适配器（兼容 PD 协议） + +:::tip 推荐配件 + +- [瑞莎 PD 30W电源适配器(推荐使用)](https://radxa.com/products/accessories/power-pd-30w) +- 标准 12V Type-C 电源适配器，建议电流 2A 及以上 + +::: + +## 软件准备 + +我们需要提前下载好系统镜像、SPI 固件和高通工具。 + +:::tip 推荐配件 +目前 Dragon Q6A 的 Android 系统镜像只支持使用使用高通官方工具进行系统镜像烧录。 +::: + +### 下载文件 + +系统镜像和 SPI 固件在同一个压缩包中，可以在[资源汇总下载](../download)页面下载。 + +### 高通工具 + +我们需要下载并安装 `Qualcomm Software Center` 软件，安装完成后，打开 `Qualcomm Software Center` 软件，若没有高通账号的可以自行注册账号并登录。 + +在 `Qualcomm Software Center` 的 `Catalog` -> `Tools` 类别里面依次搜索并安装以下工具： + +- Qualcomm USB Driver +- Qualcomm Unifiled Tools Services +- Qualcomm® Chipset Core Tools Stack -> Qualcomm Product Configuration Assistant Tool + +## 硬件连接 + +将瑞莎 eMMC 或 UFS 模块安装到 Dragon Q6A 上。 + + + + + +eMMC 模块安装步骤： + +1. 观察 eMMC 模块上的缺角方向和主板上的 eMMC 模块接口的缺角丝印，以确定正确的安装方向。 + +2. 将 eMMC 模块放置到主板 eMMC 模块接口上方，确保 eMMC 模块接口与主板的 eMMC 模块接口基本对齐。 + +3. 稍用力按压 eMMC 模块的一端，听到“咔哒”声表示安装成功，再以同样方式按压另一端，确保 eMMC 模块安装成功。 + +
+ +
+ + + + + +UFS 模块安装步骤： + +1. 观察 UFS 模块上的缺角方向和主板上的 UFS 模块接口的缺角丝印，以确定正确的安装方向。 + +2. 将 UFS 模块放置到主板 UFS 模块接口上方，确保 UFS 模块接口与主板的 UFS 模块接口基本对齐。 + +3. 稍用力按压 UFS 模块的一端，听到“咔哒”声表示安装成功，再以同样方式按压另一端，确保 UFS 模块安装成功。 + +
+ +
+ + + + + +## 烧录系统 + +线刷系统需要让主板先进入 EDL 模式。 + +### 进入 EDL 模式 + +主板上电前，按住 EDL 按键；主板上电后，松开 EDL 按键，进入 EDL 模式。 + +具体操作步骤： + +
+ +
+ +① ： 按住 EDL 按键 + +② ： 连接 12V Type-C 电源适配器（兼容 PD 协议） + +③ ： 松开 EDL 按键 + +④ ： 使用双头 USB Type-A 数据线连接 Dragon Q6A 的 USB 3.1 Type-A 接口和电脑的 USB Type-A 接口 + +### 连接 EDL 设备 + +打开 `xPCATApp` 应用（完成高通官方工具的步骤后，系统的软件应用列表会出现 `xPCATApp` 应用），连接主板对应的 EDL 设备，详细步骤如下： + +① ： 点击 `CONNECT A DEVICE` 选项选择设备 + +② ： 选择主板对应的设备 + +③ ： 点击 `CONNECT` 选项进行连接 + +
+ +
+ +### 烧录 SPI 固件 + +主板启动 Android 系统镜像需要烧录对应的 SPI 固件，系统镜像和 SPI 固件压缩在同一个文件，解压系统镜像压缩包的 `spinor` 文件夹就是 SPI 固件文件夹。 + +详细步骤如下： + +① ： 选择 `Download` 选项 + +② ： 选择文件类型 + +③ ： 选择系统镜像文件解压后的 `spinor` 文件夹 + +④ ： `Memory Type` 选择 `MEMORY_TYPE_SPINOR` 选项 + +⑤：点击 `DOWNLOAD` 选项进行下载 + +⑥：下载成功后，会输出 `SUCCESS` 提示 + +
+ +
+ +### 烧录系统镜像 + +线刷系统到 UFS 相比 eMMC 需要多一步下载 UFS 配置文件步骤，eMMC 不需要该步骤。 + +#### 下载 UFS 配置文件 + +只有烧录系统到 UFS 模块才需要操作，烧录系统到 eMMC 模块跳过该步骤。 + +详细步骤如下： + +① ： 选择 `UFS PROVISIONING` 选项 + +② ： 选择 `provision_ufs31.xml` 文件 + +③ ： 点击 `OK` 会自动完成 UFS 配置 + +
+ +
+ +:::tip + +选择 `provision_ufs31.xml` 文件时也需要确认 `Device Programmer` 选项自动加载了 `prog_firehose_ddr.elf` 文件，若没有则手动选择该文件。 + +::: + +#### 烧录系统镜像 + +烧录 eMMC 系统到 eMMC 模块的区别和 UFS 系统到 UFS 模块的区别主要选择的系统镜像文件和存储类型不同。 + +详细步骤如下：示意图以 UFS 烧录系统为例 + +① ： 选择文件类型 + +② ： 选择系统镜像文件解压后的 `asic` 文件夹 -> eMMC 对应 `\emmc\asic`，UFS 对应 `\ufs\asic` + +③ ： `Memory Type` 选项根据对应的存储模块进行选择 -> eMMC 对应 `MEMORY_TYPE_EMMC`，UFS 对应 `MEMORY_TYPE_UFS` + +④ ：点击 `DOWNLOAD` 选项进行镜像烧录 + +⑤：下载成功后，会输出 `SUCCESS` 提示 + +
+ +
diff --git a/i18n/en/docusaurus-plugin-content-docs/current/dragon/q6a/download.md b/i18n/en/docusaurus-plugin-content-docs/current/dragon/q6a/download.md index edff196c9e..c6e68a52a7 100644 --- a/i18n/en/docusaurus-plugin-content-docs/current/dragon/q6a/download.md +++ b/i18n/en/docusaurus-plugin-content-docs/current/dragon/q6a/download.md @@ -59,6 +59,36 @@ If the system fails to boot properly, you can try re-flashing the latest SPI boo ::: +### Baidu Netdisk Download + +:::tip +The Baidu Netdisk share link is regularly updated with the latest image files. It is recommended to download the latest images from Baidu Netdisk. + +**Version Notes:** + +- **R Version**: Tested stable version, recommended +- **T Version**: Test version (for evaluation only) + ::: + +- [Baidu Netdisk Download (radxa-dragon-q6a)](https://pan.baidu.com/s/56vG8RCxe-5T_27AWQcREGA#list/path=%2Fsharelink3108273493-988411983016443%2Fimage-release%2Fradxa-dragon-q6a&parentPath=%2Fsharelink3108273493-988411983016443) + +## Android 15 + +Android 15 currently only supports booting with SPI firmware combined with eMMC module or UFS module. + +Note: The SPI firmware and system image are in the same compressed package. After downloading and extracting, you will get the system image file and SPI firmware file. + +### eMMC System Image + +- [Android_15_eMMC_20260630-b1.7z](https://dl.radxa.com/q6a/images/android/Q6A-Android15-spi-emmc-boot-20260630-b1.7z) + +### UFS System Image + +Compared with the eMMC system image, flashing the UFS system image requires additionally flashing the UFS configuration file. + +- [provision_ufs31.xml](https://dl.radxa.com/q6a/images/android/provision_ufs31.xml) +- [Android_15_UFS_20260630-b1.7z](https://dl.radxa.com/q6a/images/android/Q6A-Android15-spi-ufs-boot-20260630-b1.7z) + ## Boot Firmware The Dragon Q6A comes with the SPI boot firmware pre-flashed by default. Under normal circumstances, it is not necessary to re-flash the boot firmware. If the system fails to boot properly, you can try re-flashing the SPI boot firmware. diff --git a/i18n/en/docusaurus-plugin-content-docs/current/dragon/q6a/hardware-use/edl.md b/i18n/en/docusaurus-plugin-content-docs/current/dragon/q6a/hardware-use/edl.md index 555c5b3e75..727e041bf3 100644 --- a/i18n/en/docusaurus-plugin-content-docs/current/dragon/q6a/hardware-use/edl.md +++ b/i18n/en/docusaurus-plugin-content-docs/current/dragon/q6a/hardware-use/edl.md @@ -12,9 +12,17 @@ During the power-on process of the motherboard, if the EDL button is detected as Detailed steps: -1. Hold down the EDL button -2. Connect a 12V Type-C power adapter (compatible with PD protocol) -3. Release the EDL button +
+ +
+ +① : Hold down the EDL button + +② : Connect a 12V Type-C power adapter (compatible with PD protocol) + +③ : Release the EDL button + +④ : Use a dual-head USB Type-A data cable to connect the USB 3.1 Type-A port of the Dragon Q6A to a USB Type-A port on the computer Under normal circumstances, the motherboard will enter EDL mode. diff --git a/i18n/en/docusaurus-plugin-content-docs/current/dragon/q6a/low-level-dev/edl-mode.md b/i18n/en/docusaurus-plugin-content-docs/current/dragon/q6a/low-level-dev/edl-mode.md index 490e66530c..82144bd586 100644 --- a/i18n/en/docusaurus-plugin-content-docs/current/dragon/q6a/low-level-dev/edl-mode.md +++ b/i18n/en/docusaurus-plugin-content-docs/current/dragon/q6a/low-level-dev/edl-mode.md @@ -10,10 +10,12 @@ Qualcomm Download Mode (EDL) is an emergency download mode for Qualcomm processo Before powering on the motherboard, hold down the EDL button; after powering on the motherboard, release the EDL button to enter EDL mode. -If you are not sure where the EDL button is located, first check the [Hardware Information](../hardware-use/hardware-info.md#interface-description) page. The EDL button is item `20` in the interface diagram. - Specific steps: +
+ +
+ ①: Hold down the EDL button ②: Connect a 12V Type-C power adapter (compatible with PD protocol) diff --git a/i18n/en/docusaurus-plugin-content-docs/current/dragon/q6a/other-system/android.md b/i18n/en/docusaurus-plugin-content-docs/current/dragon/q6a/other-system/android.md new file mode 100644 index 0000000000..5cab8c02a2 --- /dev/null +++ b/i18n/en/docusaurus-plugin-content-docs/current/dragon/q6a/other-system/android.md @@ -0,0 +1,206 @@ +--- +sidebar_position: 1 +--- + +# Android 15 + +The Radxa Dragon Q6A's Android 15 system requires flashing SPI firmware to boot, and the system boot media only supports the eMMC module or UFS module. + +## Product Overview + +
+ +
+ +| No. | View | No. | View | No. | View | +| :-: | :-------------------: | :-: | :------------------: | :-: | :------------------: | +| ① | Dragon Q6A Front View | ② | Dragon Q6A Side View | ③ | Dragon Q6A Rear View | + +## Prerequisites + +You need to prepare the following hardware in advance: + +- Motherboard: Radxa Dragon Q6A +- Host: x86 architecture Windows or Linux +- Display device: HDMI cable and monitor +- System boot media: Radxa eMMC or UFS module +- Power adapter: 12V Type-C power adapter (compatible with PD protocol) + +:::tip Recommended Accessories + +- [Radxa PD 30W Power Adapter (Recommended)](https://radxa.com/products/accessories/power-pd-30w) +- Standard 12V Type-C power adapter, recommended current 2A or above + +::: + +## Software Preparation + +We need to download the system image, SPI firmware, and Qualcomm tools in advance. + +:::tip Recommended Accessories +Currently, the Dragon Q6A's Android system image only supports flashing using the official Qualcomm tools. +::: + +### Download Files + +The system image and SPI firmware are in the same compressed package, which can be downloaded from the [Resource Summary Download](../download) page. + +### Qualcomm Tools + +We need to download and install the `Qualcomm Software Center` software. After installation, open the `Qualcomm Software Center` software. If you don't have a Qualcomm account, you can register an account and log in. + +In `Qualcomm Software Center`, search for and install the following tools under `Catalog` -> `Tools`: + +- Qualcomm USB Driver +- Qualcomm Unifiled Tools Services +- Qualcomm® Chipset Core Tools Stack -> Qualcomm Product Configuration Assistant Tool + +## Hardware Connection + +Install the Radxa eMMC or UFS module onto the Dragon Q6A. + + + + + +eMMC module installation steps: + +1. Observe the notch direction on the eMMC module and the notch silkscreen on the motherboard's eMMC module interface to determine the correct installation direction. + +2. Place the eMMC module above the motherboard's eMMC module interface, ensuring that the eMMC module interface is roughly aligned with the motherboard's eMMC module interface. + +3. Press down firmly on one end of the eMMC module. A "click" sound indicates successful installation. Then press the other end in the same way to ensure the eMMC module is installed successfully. + +
+ +
+ + + + + +UFS module installation steps: + +1. Observe the notch direction on the UFS module and the notch silkscreen on the motherboard's UFS module interface to determine the correct installation direction. + +2. Place the UFS module above the motherboard's UFS module interface, ensuring that the UFS module interface is roughly aligned with the motherboard's UFS module interface. + +3. Press down firmly on one end of the UFS module. A "click" sound indicates successful installation. Then press the other end in the same way to ensure the UFS module is installed successfully. + +
+ +
+ + + + + +## Flash System + +Flashing the system requires the motherboard to first enter EDL mode. + +### Enter EDL Mode + +Before powering on the motherboard, hold down the EDL button; after powering on the motherboard, release the EDL button to enter EDL mode. + +Specific steps: + +
+ +
+ +①: Hold down the EDL button + +②: Connect a 12V Type-C power adapter (compatible with PD protocol) + +③: Release the EDL button + +④: Use a dual-head USB Type-A data cable to connect the USB 3.1 Type-A port of the Dragon Q6A to a USB Type-A port on the computer + +### Connect EDL Device + +Open the `xPCATApp` application (after completing the Qualcomm official tools steps, the `xPCATApp` application will appear in the system's software application list), and connect the corresponding EDL device of the motherboard. Detailed steps are as follows: + +①: Click the `CONNECT A DEVICE` option to select a device + +②: Select the corresponding device of the motherboard + +③: Click the `CONNECT` option to connect + +
+ +
+ +### Flash SPI Firmware + +The motherboard requires flashing the corresponding SPI firmware to boot the Android system image. The system image and SPI firmware are compressed in the same file. The `spinor` folder extracted from the system image compressed package is the SPI firmware folder. + +Detailed steps are as follows: + +①: Select the `Download` option + +②: Select the file type + +③: Select the `spinor` folder extracted from the system image file + +④: For `Memory Type`, select the `MEMORY_TYPE_SPINOR` option + +⑤: Click the `DOWNLOAD` option to download + +⑥: After a successful download, a `SUCCESS` prompt will be displayed + +
+ +
+ +### Flash System Image + +Compared to eMMC, flashing the system to UFS requires an additional step to download the UFS configuration file, which is not required for eMMC. + +#### Download UFS Configuration File + +This step is only required when flashing the system to the UFS module. Skip this step when flashing the system to the eMMC module. + +Detailed steps are as follows: + +①: Select the `UFS PROVISIONING` option + +②: Select the `provision_ufs31.xml` file + +③: Click `OK` and the UFS configuration will be completed automatically + +
+ +
+ +:::tip + +When selecting the `provision_ufs31.xml` file, you also need to confirm that the `Device Programmer` option has automatically loaded the `prog_firehose_ddr.elf` file. If not, manually select the file. + +::: + +#### Flash System Image + +The difference between flashing the eMMC system to the eMMC module and flashing the UFS system to the UFS module mainly lies in the selected system image file and storage type. + +Detailed steps are as follows: The diagram uses UFS system flashing as an example + +①: Select the file type + +②: Select the `asic` folder extracted from the system image file -> eMMC corresponds to `\emmc\asic`, UFS corresponds to `\ufs\asic` + +③: The `Memory Type` option is selected according to the corresponding storage module -> eMMC corresponds to `MEMORY_TYPE_EMMC`, UFS corresponds to `MEMORY_TYPE_UFS` + +④: Click the `DOWNLOAD` option to flash the image + +⑤: After a successful download, a `SUCCESS` prompt will be displayed + +
+ +
diff --git a/static/img/dragon/q8b/xpcatapp_connect.webp b/static/img/dragon/q8b/xpcatapp_connect.webp new file mode 100644 index 0000000000..5c0913af8f Binary files /dev/null and b/static/img/dragon/q8b/xpcatapp_connect.webp differ diff --git a/static/img/dragon/q8b/xpcatapp_spi.webp b/static/img/dragon/q8b/xpcatapp_spi.webp new file mode 100644 index 0000000000..59f445ecf7 Binary files /dev/null and b/static/img/dragon/q8b/xpcatapp_spi.webp differ diff --git a/static/img/dragon/q8b/xpcatapp_ufs.webp b/static/img/dragon/q8b/xpcatapp_ufs.webp new file mode 100644 index 0000000000..22c0ac14b3 Binary files /dev/null and b/static/img/dragon/q8b/xpcatapp_ufs.webp differ diff --git a/static/img/dragon/q8b/xpcatapp_ufs_provisioning.webp b/static/img/dragon/q8b/xpcatapp_ufs_provisioning.webp new file mode 100644 index 0000000000..feeac9a16a Binary files /dev/null and b/static/img/dragon/q8b/xpcatapp_ufs_provisioning.webp differ