Ccboot Image -

Creating a CCBoot image involves preparing a "master" client PC, installing the CCBoot client software, and then "uploading" that PC's system drive to your server as a virtual disk (VHD) 🛠️ Prerequisites CCBoot Server installed and disks configured Master PC:

A physical or virtual machine with a fresh Windows installation.

Both the server and the master PC must be on the same local network. 📝 Step-by-Step Guide 1. Prepare the Master PC Install Windows: Perform a clean installation. It is recommended to use a single partition for the C: drive. Install Drivers: Only install the NIC (Network Interface Card) and chipset drivers at first. Disable UAC

, Windows Updates, and any unnecessary startup programs to keep the image lean. 2. Install CCBoot Client CCBoot Client setup on the master PC. When prompted, click "Install CCBoot Client" If you have multiple hardware types, click "Install Known NIC" to ensure broad compatibility. Restart the master PC when the installation finishes. 3. Upload the Image to the Server Open the CCBoot Client app on the master PC. Server IP Address Type a name for your image (e.g., Win10_Master.vhd Avoid spaces in the filename. "Upload Image"

Wait for the progress bar to finish. Once done, you can shut down the master PC. 4. Assign the Image on the Server On the CCBoot Server, go to the Image Manager If the image doesn't appear, right-click and select "Add Image" , then browse to the file you just uploaded. Client Manager

, select your diskless PCs, and assign this new image to them. 💡 Pro-Tips for Success Create boot image - CCBoot Cloud wiki ccboot image

A CCBoot image is a virtual disk file (typically in .VHD format) that contains the entire operating system, drivers, and applications for a diskless network environment. In a CCBoot setup, multiple client PCs boot from this single master image stored on a central server, ensuring they are wiped clean and restored to a "fresh install" state after every reboot. Core Image Management

Format Support: CCBoot primarily uses VHD for images. While VHDX is supported in some versions, it is often recommended to stick with VHD to ensure compatibility with built-in server features like compacting.

Super Image: A specialized, pre-optimized image designed to work across various hardware specifications out of the box. These are often used as a starting point to save hours on driver merging.

Hardware Profiles: Allows a single image to support multiple different PC builds (e.g., different GPUs) by storing hardware-specific data in separate profiles within the server manager. Creation and Deployment Process

CCBoot image (typically a file) is the core operating system file used in a diskless boot environment. It allows multiple client computers to boot into a fully functional Windows environment over a network without needing a local hard drive. Core Functionality Centralized Management Creating a CCBoot image involves preparing a "master"

: Instead of updating each PC individually, you update one image on the server, and all connected clients receive the changes upon reboot. Write-Back Data

: While the base image remains "read-only" to keep it clean, client changes (like temp files or browser history) are stored in separate write-back files on the server, which are usually cleared after a restart. Superclient Mode

: This special mode allows you to put a specific client into "update mode," where any changes made (driver updates, software installs) can be permanently saved back to the main image. Image Creation & Management

The lifecycle of a CCBoot image involves several key technical processes: Update image using Keep Writeback function - CCBoot

2. RAW Image

Licensing and compatibility

Step 2: Install Ccboot Client Software

On your master PC, install the Ccboot client. This injects the necessary network storage drivers (iSCSI/SCSI miniport) into the Windows kernel so the OS can boot from a network drive. Format: A bit-for-bit copy of a physical disk

Maintenance checklist

If you want, I can:

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Part 1: How Does a Ccboot Image Work? (The Architecture)

Before diving into creation, it is vital to understand the architecture. A ccboot image is not just a simple ISO file. It consists of three critical components on the server:

  1. The Base Image (.vhd or .vhdx): This is the raw virtual hard disk containing the OS files, drivers, and registry.
  2. The Write Cache (Write-back file): When 50 clients boot the same image, they cannot all write to the same file simultaneously. Ccboot creates a temporary cache file for each client. When a client thinks it is writing to "C:\Windows", it is actually writing to its private cache. When the PC shuts down, you can choose to discard or save these changes.
  3. The Configuration File (.ccboot or Registry keys): This dictates the NIC driver used, the RAM allocation mode, and the disk mode (Read-Only vs. Read/Write).

When a client boots via PXE, it downloads a tiny bootloader, connects to the Ccboot server, locates the assigned ccboot image, mounts it as a virtual drive, and loads the OS.