- #VMWARE HORIZON CLIENT BANDWIDTH REQUIREMENTS MANUAL#
- #VMWARE HORIZON CLIENT BANDWIDTH REQUIREMENTS WINDOWS#
400 to 600Kbps average bandwidth for virtual desktops utilizing multiple monitors, 3D, Aero, and Microsoft Office.
#VMWARE HORIZON CLIENT BANDWIDTH REQUIREMENTS WINDOWS#
50 to 100Kbps average bandwidth for an optimized office productivity desktop: typical office applications with no video, no 3D graphics, with Windows desktop settings optimized and Horizon 7 optimized. 100 to 150Kbps average bandwidth for a basic office productivity desktop: typical office applications with no video, no 3D graphics, and the default Windows and Horizon 7 settings. When determining minimum bandwidth requirements for PCoIP, plan with the following estimates: Bandwidth Requirements for Various Types of Users PCoIP and Blast Extreme have much higher compression ratios.įor information about the controls that you can use to adjust the way PCoIP and Blast Extreme consume bandwidth, see Optimization Controls Available with PCoIP and Blast Extreme. WAN accelerators also compress network traffic between client and server, but this compression is usually limited to 2:1 compression ratios. Because PCoIP and Blast Extreme are UDP-based, this form of WAN acceleration is unnecessary. WAN accelerators spoof replies to handshakes so that the latency of the network is hidden from the protocol. The latency of these handshakes can be quite large. 
WAN optimization is valuable for TCP-based protocols such as RDP because these protocols require many handshakes between client and server.With PCoIP and Blast Extreme, many WAN optimization techniques are built into the base protocol. If you use the RDP display protocol, you must have a WAN optimization product to accelerate applications for users in branch offices or small offices. The PCoIP and Blast Extreme display protocols provided by VMware adapt to varying latency and bandwidth conditions. Note: You will want to capture these details from a variety of desktops to capture a sample of the different types of users in your environment.For wide-area networks (WANs), you must consider bandwidth constraints and latency issues.
#VMWARE HORIZON CLIENT BANDWIDTH REQUIREMENTS MANUAL#
This is a manual way to gather the details, but for those who don’t have fancy tools, it’ll help them get the job done. I can then take these numbers and estimate what our total network performance might be with some larger number of users connecting from the same locations. These numbers will help me estimate what my session performance will be and also how much network bandwidth each session will use. In this sample I wanted to monitor session latency and session bandwidth, which are both important. You should now be looking at the Permon graph and it will be displaying the counters that we selected earlier. Remove any unwanted counters and click on OK.
The counters that were selected should now be listed in the properties window of the Perfmon graph for the current session. You can see from the image below that there are a number of counters with several ones within each item. Once in Perfmon, choose the add counters option and scroll down and look for the PCoIP counters. Open Perfmon in a VMware Horizon View desktop session in which you want to monitor the network stats. Monitor VMware Horizon View Network Statistics This works great and it’s free, so if you do not have a tool that can monitor WMI counters remotely this will get the job done. The easiest way to monitor these is to run Perfmon in a desktop. These counters are used for monitoring PCoIP session statistics. Since the release of VMware View 5, VMware has included additional WMI counters that get installed when the View agent is loaded in your desktop images. In this post I will walkthrough some basic methods for monitoring PCoIP traffic in a VMware Horizon View (formerly VMware View) desktop. Some common reasons are for troubleshooting an existing environment or for planning a new one. There are many reasons why you would want to monitor network traffic. Network traffic in virtual desktops (VDI) is often given little thought or forgotten altogether.
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