Could the use of two DVI channels be a sources for delay which might cause jitter in a PCoIP Remote Workstation Card configuration?
Using the two DVI channels on a PCoIP Zero Client to PCoIP Remote Workstation Card with the Dual-link DVI connector converter to achieve a 2560x1600 resolution is NOT a source for delay which might cause jitter. The use of two DVI channels could be one of …
Knowledge Base Article Advisory Performance Display Remote Workstation Card Zero Clients
Last modified: July 3, 2020
208
Can I constrain PCoIP bandwidth usage to fit my network?
The maximum PCoIP bandwidth usage an be configured per a session. When restricting the maximum PCoIP session bandwidth, the frame rate and image quality maybe reduced due to the reduction in bandwidth. For limiting PCoIP Zero Clients see: PCoIP Zero …
Knowledge Base Article Advisory Performance HP Anyware Remote Workstation Card Zero Clients
Last modified: August 7, 2023
200
Why is there sudden poor video performance after a VMware view or VMWare tools update?
Updates of VMware Tools include a SVGA driver which may not be compatible with the version of VMware View. Hardware version 7 and above support a new svga driver. Ensure you have the ESXI matching version of VMware tools installed and perform the update …
Knowledge Base Article Troubleshooting Performance Third Party Enhancements Zero Clients
Last modified: September 3, 2023
192
What happens when a PCoIP Packet is lost in transit?
When a PCoIP packet is lost or considered lost, the PCoIP protocol makes an intelligent decision on if the packet should be re-transmitted. PCoIP packets containing audio and sometimes imaging may never be re-transmitted as the next sample of audio or new …
Knowledge Base Article Advisory Performance Remote Workstation Card Zero Clients HP Anyware
Last modified: September 3, 2023
193
Is there any bandwidth consumed when a PCoIP device is idle?
The idle bandwidth depends on the PCoIP host type. Below are the idle bandwidths for different host types: HP Anyware 2.12 and newer, the idle bandwidth consumed is 1-2 kbps. VMware View 4.5 (using PCoIP Software 3.5) and earlier, the idle bandwidth …
Knowledge Base Article Advisory Performance HP Anyware Remote Workstation Card Zero Clients
Last modified: August 7, 2023
194
What congestion avoidance should be used in network switches and routers?
Weighted Random Early Discard (WRED) should be configured as the congestion avoidance, or congestion management method. WRED gradually drops packets while considering IP precedence, as network devices become congested. This allows PCoIP protocol …
Knowledge Base Article Advisory Performance HP Anyware Remote Workstation Card Zero Clients
Last modified: September 3, 2023
193
Why does traffic to my PCoIP Remote Workstation Card exceed the configured bandwidth settings?
Problem After setting the bandwidth limits on the PCoIP Remote Workstation Card in the PCoIP Remote Workstation Card AWI, excessive traffic is seen going to the PCoIP Remote Workstation Card from the PCoIP Zero Client. Cause PCoIP Remote Workstation …
Knowledge Base Article Troubleshooting Performance Remote Workstation Card Zero Clients
Last modified: September 3, 2023
190
Why is the image quality reduced for a couple seconds right after a session is connected?
This is expected behaviour during the first couple seconds when a PCoIP session is established and is caused by the PCoIP device's bandwidth management algorithm. The algorithm continuously optimizes the amount of network traffic a PCoIP device generates …
Knowledge Base Article Troubleshooting Session Performance Remote Workstation Card Zero Clients HP Anyware
Last modified: August 7, 2023
189
When accessing the support site, cannot download documents or binaries, and never move past the spinning cursor
Symptoms When downloading documents or binaries associated with PCoIP, the support site shows a spinning circle and eventually times out without showing any content.   Causes The page content contained embedded elements that were blocked by some sites. …
Knowledge Base Article Advisory Accounts
Last modified: September 3, 2023
183