CSSCurrent en:Requirements for Self Installed Systems: Unterschied zwischen den Versionen

Aus Cryptshare Documentation
Wechseln zu:Navigation, Suche
Keine Bearbeitungszusammenfassung
Keine Bearbeitungszusammenfassung
Zeile 1: Zeile 1:
= Supported Operating Systems =
= Supported Operating Systems =
As Cryptshare is a platform-independent solution that runs on Linux or Windows systems capable of running '''Java 17 (64 bit)'''. This includes a number of Linux systems as well as the Windows Server Operating Systems 2008 – 2022.
Cryptshare is a platform-independent solution that runs on Linux or Windows systems capable of running '''Java 17 (64 bit)'''. This includes a number of Linux systems as well as the Windows Server 2008 – 2022.
We're testing against OpenSuse / Ubuntu / Windows Server. Other Linux Distributions may use different basic commands which can lead to issues.
We're testing against OpenSuse / Ubuntu / Windows Server. Other Linux distributions may use different basic commands which can lead to issues.


= Minimum Requirements =
= Minimum Requirements =

Version vom 8. März 2024, 07:44 Uhr

Supported Operating Systems

Cryptshare is a platform-independent solution that runs on Linux or Windows systems capable of running Java 17 (64 bit). This includes a number of Linux systems as well as the Windows Server 2008 – 2022. We're testing against OpenSuse / Ubuntu / Windows Server. Other Linux distributions may use different basic commands which can lead to issues.

Minimum Requirements

  • CPU: Dual core or better
  • Memory: At least 4 GB
  • Free disk space:
    • Installation directory: At least 1 GB
    • Upload directory: Depends on several factors - the expected number of transfers per day, the expected average size for a transfer and the preferred average retention period for the transfers. Calculation example:
<minimum upload directory size> = <average transfer size> \* <average amount of transfers per day> \* <retention period> \*1.25

Optimum System Equipment / Sizing

We are happy to determine the optimum system resources for your system. For this some information about the expected system load is required:

  • Expected number of transfers per day
  • Expected average size for a transfer
  • Preferred average retention period for the transfers
  • Expected peak load (How many up,- and download operations shall the system be able to handle at maximum)