Page tree

Versions Compared


  • This line was added.
  • This line was removed.
  • Formatting was changed.

The following sections include recommended system settings for optimal program performance.

Improving Network and System Performance

You can improve performance by optimizing your network settings, protocols, and workstation configuration. ACS Technologies® recommends the following for optimal performance:


  • Set the share for the HMaster directory and subdirectories to Full Control. Set the NTFS permissions to Full Control.
  • Use only TCP/IP protocols. You can use DHCP or static IP addresses.
  • Set full duplex connections to work with switches and half duplex connections to work with hubs.
  • Set the paging file to at least 12MB higher than the physical RAM.

Mapping Network Drives

Peer-to-Peer Networks

You can set up your Windows® 7 or 8 operating systems as peer-to-peer networks. If you choose to use the Windows 7 or 8 servers as workstations, you can map them to the root of the drive where the HMaster directory is located or map directly to the HeadMaster directory. If mapping directly to the HeadMaster folder, make sure that the server’s mapped drive is consistent with others. For example, the server will need to be mapped back to itself.

Peer-to-peer networks are supported only for very small networks (less than five workstations).

Dedicated Server

You can map to the root of the HMaster directory. For security reasons, you can create a partitioned drive with only the HMaster directory on it.

HeadMaster has been designed to take advantage of the client-server processing capabilities in Windows 2012 Server. While HeadMaster can be installed on a file server, we recommend a Microsoft 2012 server for most network installations of HeadMaster.


  • 100 Base T network connection
  • Category 5 or 6 UTP (Unshielded Twisted Pair) network cable

UNC (Universal Naming Convention)

HeadMaster does not support UNC. The drive or directory on the server where HeadMaster is installed must be mapped as a logical drive.