Which policy setting controls the target frame rate and color depth to optimize HDX performance on high-latency, low-bandwidth connections?

Which policy setting controls the target frame rate and color depth to optimize HDX performance on high-latency, low-bandwidth connections?

• A. View window contents while dragging
• B. Target frame rate and color depth
• C. CPU usage
• D. Maximum number of sessions

Answer: (B)

The setting that directly adjusts how aggressively HDX streams are delivered over a poor network is the target frame rate and color depth policy. By enforcing a lower target frame rate, fewer frames are sent each second, which cuts bandwidth usage and helps reduce perceived lag on high-latency connections. Lowering the color depth reduces the amount of data per frame, further easing bandwidth pressure and speeding up transmission. Together, these adjustments keep the session responsive without overwhelming a constrained link, making it the best choice for improving performance under limited bandwidth and latency. Other policies touch on different aspects—viewing window contents while dragging affects UI behavior in real time, CPU usage changes how much processing power is allocated, and maximum number of sessions controls scalability. None of these directly manage frame rate and color precision for HDX streaming, so they don’t achieve the same network-effect benefits as the target frame rate and color depth setting.

The setting that directly adjusts how aggressively HDX streams are delivered over a poor network is the target frame rate and color depth policy. By enforcing a lower target frame rate, fewer frames are sent each second, which cuts bandwidth usage and helps reduce perceived lag on high-latency connections. Lowering the color depth reduces the amount of data per frame, further easing bandwidth pressure and speeding up transmission. Together, these adjustments keep the session responsive without overwhelming a constrained link, making it the best choice for improving performance under limited bandwidth and latency.

Other policies touch on different aspects—viewing window contents while dragging affects UI behavior in real time, CPU usage changes how much processing power is allocated, and maximum number of sessions controls scalability. None of these directly manage frame rate and color precision for HDX streaming, so they don’t achieve the same network-effect benefits as the target frame rate and color depth setting.