When comparing the CCBoot Image to other diskless solutions (such as Intel PXE with iSCSI or alternatives like FOG Project), CCBoot distinguishes itself through its Windows-native optimization and robust caching algorithms. Unlike standard iSCSI boot, which treats the image as a raw block device, CCBoot is session-aware, optimizing RAM caching for frequently accessed system files. This results in boot times and application load speeds that often rival—or exceed—local SSDs, provided the network is adequate.
Unnecessary for diskless environments and causes heavy write-back cache usage. ccboot image
A physical or virtual machine with a fresh Windows installation. When comparing the CCBoot Image to other diskless
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. This allows the client to use its own