A systems administrator recently deployed a VDI solution in a cloud environment; however, users are now experiencing poor rendering performance when trying to display 3-D content on their virtual desk

Updating guest graphics drivers addresses software compatibility issues, not resource allocation, and would not resolve performance degradation caused by insufficient VRAM at peak load.

Adding more vGPU licenses increases the number of concurrent users supported by the vGPU host, but does not increase the VRAM or compute resources assigned to each individual virtual desktop.

Restricting users to LAN access reduces network latency for display streaming but does not affect GPU rendering performance, which is a server-side compute resource issue.

vGPU profiles define the amount of video RAM and compute resources allocated to each virtual desktop instance. Selecting profiles with higher video RAM gives each virtual machine more GPU memory, which is critical for 3D rendering workloads. This directly addresses the rendering bottleneck without changing network topology or licensing counts.