By following the steps in this guide—from initial upload to advanced differential branching—you transform a simple ccboot image into a high-performance, centralized operating system that rivals local SSD speeds.
CCBoot uses a two-tier caching system for all disks, including the boot image: RAM cache and SSD cache.
Additionally, you can enable . This allows the client to use its own local HDD or SSD for temporary write data while still booting from the network image, reducing the load on the server’s write-back disk.
Ensure the server NIC is bonded (load balancing) and that the network switches are Gigabit or 10Gbps. ccboot image
What specific are you experiencing?
Will your network consist of or mixed hardware specs ?
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. By following the steps in this guide—from initial
Ensure the CCBoot built-in DHCP server is active and that no other router on the network is conflicting with IP assignments. Conclusion
To ensure smooth FPS in high-demand games like Warzone or Fortnite , the image must be highly optimized to minimize network lag.
You need a physical "master PC" (identical hardware to your clients recommended) or a VM. Install a fresh copy of Windows. This allows the client to use its own
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If clients get stuck at the Windows logo during boot:
: Install a clean version of Windows on a computer with a local hard drive.
The most fascinating aspect of a CCBoot image is its "immortality." Unlike a standard PC where the operating system degrades over time due to accumulated junk files, malware, or user errors, CCBoot uses a stored on a central server.