System Requirements¶
The PCoIP License Server requires an environment with the following minimum specifications:
| Requirement | |
|---|---|
| Available disk space | 500 MB |
| Available RAM | 4 GB minimum available RAM |
| CPU | 2GHz (2 cores) |
| Supported virtual environments | Amazon EC2 VMware ESXi 6.5 QEMU-KVM 2.7 Google Compute Cloud instances Microsoft Azure (tech preview)1 |
| Operating System | CentOS 7 RHEL 7, 8 Rocky Linux 8 |
| Compatible PCoIP agents | 2.11+ (any agent type) |
Caution: Systems with less than 4GB of available RAM may fail
You should have at least 4GB of available RAM on the License Server machine. Instances with insufficent memory may not work.
Caution: Don't install more than one type of license server on the same machine
The PCoIP License Server version 22.01 cannot be installed on the same machine as the PCoIP License Server 1.x or an NVIDIA GRID License Server.
Important: PCoIP agent compatibility requirement
The PCoIP License Server 22.01 is compatible with all PCoIP agents version 2.11 or newer.
Important: Network visibility
The PCoIP License Server must be visible on the network to any PCoIP agents that use it for license validation.
Danger: Migrating from RHEL 7 to RHEL 8
If you have currently deployed a PCoIP License Server on RHEL 7 and wish to upgrade to RHEL 8, do not upgrade the operating system in place. Updating the operating system could invalidate your PCoIP licenses. See Migrating from RHEL 7 to RHEL 8 for a supported migration path.
Important: Offline license activation requirement
Offline license activation requires the ability to transfer files from the PCoIP License Server to an internet-connected machine. If you are not able to transfer files in this manner, Teradici Global Support Services will facilitate license activation for you. See Activating Licenses in an Offline Environment for more information.
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The PCoIP License Server 22.01 is currently supported as a technology preview on Microsoft Azure machines. It is intended for early adopters and may not work as expected in all situations. It is not appropriate for production systems. ↩