CCBoot’s image management can achieve near-local-disk performance if block size and caching are tuned. Future work includes benchmarking with NVMe-over-TCP and Windows 11 updates.
. Instead of updating fifty individual computers, an administrator only needs to update the single image on the server. Once the image is saved, every client machine automatically reflects those changes upon its next reboot. This ensures consistency across the network and eliminates the risk of fragmented software versions. Furthermore, CCBoot provides a high level of security and stability
By removing the need for individual hard drives, organizations can significantly reduce hardware costs. Additionally, because the server handles the bulk of the data management, the lifespan of client hardware is often extended. However, this shift places a higher demand on the network infrastructure; a robust Gigabit switch and a high-performance server (equipped with fast SSDs for the image cache) are required to ensure the "virtual" drives perform as fast as local ones. Conclusion
When a client machine powers on, it doesn't look for a spinning disk; it broadcasts a request to the CCBoot server. The server then streams the necessary bits of the image over the local area network (LAN). This creates a decoupled architecture where hardware and software are no longer tethered to the same physical box. The Logic of "One to Many" ccboot image
[ CCBoot Server ] │ ──(Stores Master VHD Image + Game Disks)──► ▼ [ Local Network (1Gbps/10Gbps Switch) ] │ ├─► [ Diskless Client 1 ] (Loads OS to RAM) ├─► [ Diskless Client 2 ] (Loads OS to RAM) └─► [ Diskless Client 3 ] (Loads OS to RAM) Step-by-Step: How to Create and Upload a CCBoot Image
Use the Ccboot Server Console:
: 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. Furthermore, CCBoot provides a high level of security
This merges the temporary changes into the main image.
Allocate sufficient RAM on the server for image caching to ensure multiple clients can read the same data simultaneously without bottlenecking.
: This setup is converted into a virtual disk file (typically .VHD or .VHDX ). Before you create an image
Log into your Ccboot server, review your existing images, check your write cache sizes, and ensure your backups are running.
Before you create an image, you need a "Master PC"—a physical machine that represents the hardware of your client PCs. Start with a fresh installation of Windows.