By selecting an instance type or shape, you select the virtual hardware that will be used for the Charon-SSP host instance in the cloud. Therefore, the selection of an instance type or shape determines the hardware characteristics of the Charon-SSP virtual host hardware (e.g., how many CPU cores and how much memory your virtual Charon host system will have).
The minimum hardware requirements are described below. To learn about the default settings and how to use the Charon-SSP configuration options to determine the resource allocation, refer to the different configuration sections of the general Charon-SSP User's Guide of your Charon-SSP version (see CHARON-SSP for Linux), in particular, the CPU Configuration section.
The minimum hardware requirements are described below. To learn about the default settings and how to use the Charon-SSP configuration options to determine the resource allocation, refer to the different configuration sections of the general Charon-SSP User's Guide of your Charon-SSP version (see Charon-SSP for Linux), in particular, the CPU Configuration section. Please note the following points regarding the sizing guidelines: The CPU core allocation for emulated CPUs and CPU cores for I/O processing is determined by the configuration. See CPU Configuration in the general Charon-SSP User's Guide for more information about this and the default allocation of CPU cores for I/O processing. Important general information:
Every deployment situation must be reviewed and the actual host sizing has to be adapted as necessary. For example, the number of CPU cores available for I/O must be increased if the guest applications produce a high I/O load. Also, a system with many emulated CPUs is typically able to create a higher I/O load and thus the number of CPU cores available for I/O may have to be increased. In a hyper-threading environment, for best performance, the number of CPU cores (i.e., real/physical CPUs) should be sufficient to fulfill CPU requirements of the active emulators, thus avoiding high-workload threads sharing one physical CPU core.