Instead of reading data from a local Hard Disk Drive (HDD) or Solid State Drive (SSD), the client computer sends data requests over the local area network (LAN) via PXE (Preboot Execution Environment). The CCBoot server intercepts these requests, reads the necessary data from the CCBoot image, and sends it back to the client.
Download and install the on the Master PC.
A common critique of shared images is the lack of persistence—how can a user save a file if the OS is a read-only stream? CCBoot solves this through Write-Back Files
Turn on the client PC. It will boot into the OS and notice new hardware. ccboot image
Before creating an image, preparation is key to ensuring stability.
The client will copy the entire C: drive into a single virtual file on the server. 3. Handling Multiple Hardware Specs (PNP)
Right-click the client, select , and choose the specific OS image you want to update. Instead of reading data from a local Hard
: Every time a client PC reboots, it restores to the original "clean" state of the image, wiping any viruses or changes made during the session. Hardware Compatibility (PnP)
Disconnect all other computers from the network to avoid IP conflicts.
However, simply using a massive driver pack can sometimes lead to slow 2-3 minute boot times. The solution is to use the function to keep a single image while managing drivers for different hardware configurations efficiently. A common critique of shared images is the
To achieve instantaneous boot times, configure on the CCBoot server specifically assigned to your OS image file. When multiple clients boot simultaneously, the server reads the image from ultra-fast RAM rather than hitting physical SSDs or HDDs, eliminating network choke points. 4. Regular Registry Cleaning
If you want, I can: