@enok71
Please select 6 for early V10 machines
Welcome to using Coolpi Development Board!
------------------------------------------
Please enter a number to select your machine
1. cp4b
2. cp4b-hdmi-in
3. cm5-evb
4. cm5-evb-v11
5. cm5-minipc
6. cm5-notebook
7. cm5-notebook-v20
8. cm5-8uart
9. cpnano
10. exit
Enter option number: 6
COOLPI CM5 open-source notebook is a product that combines high performance, portability, and open-source spirit. It not only meets the basic computing needs of users, but also provides an ideal platform for those who enjoy free exploration and technological creation.
The machine is installed with Ubuntu 22.04 system by default at the factory. If users need other versions, they can update them according to the following tutorial.
The default username for the machine is: coolpi Password: 123
As shown in the following figure: System images can be downloaded through 百度网盘 or Onedrive.
Select the image that needs to be updated, and the image type will continue to be updated.
Coolpi defaults to using Etcher to update system images, which can be obtained through Baidu Cloud, Onedrive, or the official website.
The Type-C port of the machine is connected to the computer. When the Coolpi laptop is turned off, it can quickly press the power button multiple times, usually no less than 8 times, and the machine will enter MUS mode. The computer will recognize an icon for a USB drive. As shown in the following figure:
The X86 computer will recognize a UMS device.
Follow the three steps shown in the figure to burn the image file. After the burning is completed, a forced restart is required. The method of forced power down is to continue holding down the power button for 10 seconds.
After downloading, restart the machine as shown in the following figure.
The kernel of Coolpi will continue to be updated, and users can also compile the mainline kernel themselves to upgrade the machine, following the steps below. The compilation of the kernel part in the following figure is completed on the Coolpi laptop, and users can also cross compile on the X86 computer. The method and steps are the same.
sudo apt-get update
sudo apt-get upgrade
sudo apt-get install git
git clone https://github.com/yanyitech/coolpi-kernel.git
First, install the git toolkit, and it is best to update the system to the latest version before installation. Install some kernel dependent packages, then run the compilation script, enter numbers to select the corresponding machine model, and the compilation can proceed normally.
sudo apt-get install flex bison libssl-dev
sudo ln -s /usr/bin/python3.10 /usr/bin/python
cd coolpi-kernel
./build-kernel.sh
Welcome to using Coolpi Development Board!
------------------------------------------
Please enter a number to select your machine
1. cp4b
2. cp4b-hdmi-in
3. cm5-evb
4. cm5-evb-v11
5. cm5-minipc
6. cm5-notebook
7. cm5-notebook-v20
8. cm5-8uart
9. cpnano
10. exit
Enter option number: 7
After the normal compilation of the kernel, an out folder will be generated with the directory, which contains all the files required by the kernel. You can update the newly compiled kernel to the machine by using the following command.
Use the following command to update the kernel.
sudo cp ./out/* /boot/firmware -R
sudo rm /lib/modules/* -R
sudo tar -zxvf ./out/modules.tar.gz -C /lib/
sync
sudo reboot
If the kernel was cross compiled using X86 machines, the kernel can be updated using the following methods:
Users can update the startup logo of the machine by copying files, using the following command.
sudo cp ./logo.bmp /boot/firmware
sync
sudo reboot
Below is a standard format for a logo file that users can download and modify. Please note that the pixel size, name, and format of the file should not be changed.
logo.zip
Due to incomplete image updates, the partition table of EMMC is damaged, and the machine cannot enter UMS burning mode. The following methods can be used to repair the EMMC partition table.
sudo mkfs.ext4 /dev/mmcblk0
@Momo-0
The structure is the same and can be directly replaced, then upgrade to the latest V20 software.
@Momo-0 said in Cool Pi ARM Notebook Preview:
is there a Possibility to buy the bare v2 board if we already have the Laptop?
V2 bare boards can be purchased separately. You can communicate with customer service through the following link.
https://www.aliexpress.com/item/1005006690709030.html?gatewayAdapt=4itemAdapt
The bottom plate of V2 has been modified in four main ways:
@admin 这个问题之前在另外一款INTEL的相机上没有复现到现象。目前你用的这款暂时没有。
@Momo-0
Currently, V2.0 machines can support TYPCE PD charging. You need to use an adapter that supports the PD protocol.
@grognatou
https://www.aliexpress.com/item/1005006690709030.html?spm=a2g0o.productlist.main.3.7efa3ca08JM0rg&algo_pvid=40a6025a-efeb-44cb-a9e4-c5e36a9cddb5&algo_exp_id=40a6025a-efeb-44cb-a9e4-c5e36a9cddb5-1&pdp_npi=4%40dis!USD!393.21!393.21!!!2835.00!2835.00!%40212bc77117114619924186626e5f65!12000038026438159!sea!US!2610428169!AB&curPageLogUid=d7xV5Y7wbK3D&utparam-url=scene%3Asearch|query_from%3A&gatewayAdapt=4itemAdapt
Coolpi HDMI输入转换板（Coolpi-HDMI-IN）是一款高性能的HDMI转接板，专为Coolpi 4B设计，可实现将HDMI信号输入到Coolpi 4B中，拓展Coolpi4B的应用场景。该转换板采用高品质芯片，支持最高1080P60分辨率输入，具有低延迟、高清晰度、稳定性强等特点。
将Coolpi HDMI输入转换板通过FPC排线和MIPI CSI接口连接。
将Coolpi HDMI输入转换版的音频信号通过4Pin杜邦线和Coolpi 4B的40PIN扩展连接器对应引脚连接，如下图所示：
升级最新的支持HDMI输入内核。
根据需求安装相关软件，进行二次开发或应用。
Coolpi CM5-EVB开源开发板，基于强大的Rockchip RK3588处理器，为您提供无与伦比的性能和无限的创新可能。八核Arm Cortex-A76/A55架构，最高32GB RAM和256GB eMMC闪存，轻松应对各种复杂任务，让您的创意成为现实。
Coolpi CM5-EVB拥有丰富的接口和扩展功能，满足您的多样化需求。双GbE、两个8K HDMI 2.1端口、PCIe 3.0 x2插槽、M.2 NVMe和SATA存储等，让您轻松连接各种外设，拓展无限可能。无论是个人服务器、桌面系统替代还是工业自动化，COOLPI CM5-EVB都能胜任。
PCIe 3.0 x2 插槽：这个插槽允许用户添加额外的PCIe设备，如高性能网络卡、显卡或其他扩展卡，从而增强系统的功能和性能。
M.2 NVMe SSD接口：支持M.2 NVMe-2242 SSD存储，提供高速的数据读写能力，这对于需要大量数据处理和存储的应用非常重要。
SATA存储接口：除了NVMe SSD支持，Coolpi CM5-EVB还提供了SATA接口，可以使用传统的SATA硬盘或固态硬盘，为用户提供了灵活的存储解决方案。
丰富的I/O接口：包括USB、HDMI、RJ45等，支持多种外设连接。这些接口可以连接各种USB设备、显示器和以太网设备，满足不同应用的需求。
GPIO、I2C、SPI等接口：这些接口支持与各种传感器、显示屏和其他电子组件的连接，非常适合需要进行硬件扩展和二次开发的用户。
多操作系统支持：支持Android 12, Ubuntu, Debian等多种操作系统，用户可以根据自己的需求选择合适的操作系统进行开发。
网络连接能力：具有双GbE（千兆以太网）接口，提供高速稳定的网络连接，适用于网络密集型应用。
模块化设计：核心板+底板的设计方式，方便用户自定义底板，提高产品研发效率。
Coolpi CM5-EVB的扩展性令人惊叹！PCIe 3.0 x2 插槽、M.2 NVMe SSD接口、SATA存储接口等，为您提供灵活的存储解决方案。丰富的I/O接口，如USB、HDMI、RJ45等，支持多种外设连接。GPIO、I2C、SPI等接口，方便您进行硬件扩展和二次开发。Coolpi CM5-EVB，让您的创意无限拓展！
| 序号 | 接口 | 性能 |
|---|---|---|
| 01 | TYPEC电源座 | 仅提供电源输入功能，支持PD和QC协议，默认诱导适配器输出12V |
| 02 | 双层USB3.0座 | 上层为USB3.0-OTG接口（用于烧录软件），下层为USB3.0-HOST接口 |
| 03 | 耳机座 | 立体声耳机座，支持MIC输入 |
| 04 | HDMI0输出接口 | 最高支持8KP60输出 |
| 05 | HDMI1输出接口 | 最高支持4KP60输出 |
| 06 | 以太网接口0 | 10/100/1000以太网自适应接口 |
| 07 | 以太网接口1 | 10/100/1000以太网自适应接口 |
| 08 | SATA接口 | SATA 3.0的最大数据传输速度达到6 Gbps |
| 09 | SATA电源接口 | 12V&5V支持 |
| 10 | 双层USB2.0座 | HOST2.0接口 |
| 11 | TF卡接口 | mmc4.5标准 |
| 12 | HDMI输出接口 | 最高支持4KP60输入 |
| 13 | 按键 | 复位，下载和电源按键 |
| 14 | eDP1接口 | 2line eDP接口，最高支持4KP60输出 |
| 15 | PCIE-M.2接口 | 支持WIFI+BT扩展，接口为PCIE+USB设计 |
| 16 | 扩展排针 | 通用I2C,SPI,CAN,UART,GPIO等功能 |
| 17 | POE排针 | 支持外扩POE供电模块，许单独增加 |
| 18 | PCIE-M.2接口 | 支持2242尺寸的nvme盘，接口为PCIE3.0X2规格 |
| 19 | PCIE标准插座 | 支持75针标准PCIE外设，接口为PCIE3.0X2规格 |
| 20 | MIPI-CSI-RX | 支持2个4line或者4个2line的MIPI摄像头输入 |
| 21 | MIPI-DSI-TX | 支持2个4line 接口LCD输出，单line速率2.5G |
| 22 | RTC电源接口 | 支持2个4line 接口LCD输出，单line速率2.5G |
| 23 | 扩展USB2.0接口 | 支持2个4line 接口LCD输出，单line速率2.5G |
| 24 | eDP0接口 | 2line eDP接口，单line速率5.4G,最高支持4KP60输出 |
| 序号 | 厂家 | 型号 | 接口 | 制式 | 版本 | 天线 | 支持机型 |
|---|---|---|---|---|---|---|---|
| 01 | Intel | AX200 | PCIE+USB | 802.11 ax/ac/abgn | 5.0 | 2T2R | CM5 |
| 02 | Intel | 9260NGW | PCIE+USB | 802.11 ac/abgn | 5.1 | 2T2R | CM5 |
| 03 | Realtek | Rtl8852be | PCIE+USB | 802.11 ax/ac/abgn | 5.2 | 2T2R | CM5 |
| 04 | Realtek | Rtl8822bu | USB | 802.11 ac/abgn | 4.1 | 2T2R | CP4/CM5 |
| 05 | Realtek | Rtl8821cu | USB | 802.11 ac/abgn | 4.2 | 1T1R | CP4/CM5 |
| 06 | Realtek | Rtl8188etv | USB | 802.11 abgn | N | 1T1R | CP4/CM5 |
| 07 | Realtek | Rtl8822be | PCIE+USB | 802.11 ac/abgn | 4.2 | 2T2R | CM5 |
| 08 | Realtek | Rtl8821ce | PCIE+USB | 802.11 ac/abgn | 5.0 | 1T1R | CM5 |
| 09 | Realtek | Rtl8822ce | PCIE+USB | 802.11 ac/abgn | 5.0 | 2T2R | CM5 |
| 10 | Aic | Aic8800 | SDIO+UART | 802.11 ax/ac/abgn | 5.2 | 1T1R | CP4/CM5 |
Coolpi CM5-EVB拥有活跃的开发者社区，您可以在这里分享经验、交流技术、寻求帮助。与广大开发者一起成长，共同推动技术的创新与发展。加入我们，成为开源社区的一员，共同探索科技的魅力，共创美好未来！
资料获取：提供完整的参考设计底板资料。详见Coolpi Wiki：[https://wiki.cool-pi.com/en/home]
软件生态：github提供完整底层源码。详见Coolpi github：[https://github.com/orgs/yanyitech/repositories]
主线内核：linux6.7主线内核已经增加coopi产品的配置。详见linux官网：[https://kernel.org/]
技术支持：产品使用和设计中的任何问题都可以在社区获得支持。详见Coolpi 技术论坛：[https://cool-pi.com/]
Coolpi CM5-EVB开源开发板，为您打开无限创新之门。立即加入我们，一起探索科技的边界，开启属于您的创新之旅！
尊敬的科技达人们，你是否已经厌倦了传统的笔记本电脑？是否渴望拥有一款能够完全按照自己意愿定制的开源笔记本？现在，我们自豪地宣布，基于强大的RK3588芯片，一款创新的开源笔记本正式亮相！
RK3588是瑞芯微电子推出的一款高性能的芯片，定位于高端市场，拥有强大的处理能力和丰富的功能特性。以下是对RK3588芯片的详细介绍：
丰富的接口设计，包括PCIE、USB、HDMI、TYPEC等，满足你的各种连接需求，让你无缝连接外部设备。机器主板有丰富的IO扩展功能，如PCIE-M2、USB3.0、USB2.0、SDMMC、I2C、SPI等，方便用户二次开发。
开源笔记本基于自由开放的软件平台，你可以自由定制操作系统、软件应用，实现个性化定制，发挥你的创造力。
WIKI知识库 https://wiki.cool-pi.com/en/home
镜像地址 https://pan.baidu.com/s/1CMBGGhGUMMDpg88-WulGWw?pwd=4rjd#list/path=%2F
轻薄便携的设计，让你随时随地携带，轻松应对移动办公、学习和娱乐的需求。
注重用户隐私和数据安全，采用硬件加密技术，确保你的数据安全无忧。
支付、网上银行、内容保护和企业身份验证之类的应用可通过利用TrustZone技术增强型设备所提供的三
个关键要素来提高其完整性、功能和用户体验：
支持多种linux发行版ubuntu、debin、armbian、buildroot、麒麟、统信等，支持安卓系统，支持用户自定义软件界面，支持原生应用开发。提供完善的技术支持。
作为开源项目，我们拥有活跃的开发者社区，你可以与其他开发者交流心得，共同学习和进步。
社区地址 https://cool-pi.com/
立即加入我们，一起探索开源笔记本的无限可能！让科技与你同行，共创美好未来！
RK3588开源笔记本，引领科技潮流，打造个性化电脑新体验！
@alfek
Sorry, CM5-EVB is currently unable to directly test the VCC5V0_USB current. If you have some hands-on ability, you can try adding a 100 milliohm sampling resistor at the position shown in the diagram to determine the current by testing the voltage at both ends of the resistor.
@etrin
You can try booting with a USB drive, formatting the EMMC, and burning the image again.
@jugg
配置完以后要保存然后复制到对应的defconfig文件上。
make ARCH=arm64 menuconfig
make ARCH=arm64 savedefconfig
cp defconfig ./arch/arm64/configs/rk3588_cpcm5_evb_defconfig
./build-kernel.sh cm5-evb-v11
@etrin
Please note that the updated USB port is the USB 3.0 interface located on the upper layer near the power connector.
@george
The following figure shows the location of the debug serial port, with a serial port level of 3.3V and a baud rate of 115200
@etrin
Can the machine enter UMS mode normally? If it can enter UMS mode, you can try formatting the UMS disk using Windows tools and then burning the Ubuntu system again. Generally, if the system can be burned normally, it indicates that there is no hardware problem.