Forces the encoder to send a new I-Frame to restore image integrity if packet loss occurs. UI-Level Refresh
, which uses Motion-JPEG (MJPEG) to provide a fluid, high-bandwidth stream, Refresh Mode
: While traditional "refresh" modes often used MJPEG (Motion JPEG) to push a sequence of images to the browser, newer models support more efficient compression like H.265 to provide smoother video with lower bandwidth usage.
Automatically refreshes the stream source to a lower bitrate if the "New" refresh command detects hardware throttling. 3. Key Features of the "New" Refresh Implementation
| Metric | Traditional V-Sync (Fixed 120Hz) | New ViewerFrame Mode (Dynamic) | |--------|----------------------------------|--------------------------------| | Average End-to-End Latency | 28 ms | 16 ms (-43%) | | Display Interface Bandwidth | 32 Gbps (constant) | 12–21 Gbps (adaptive) | | GPU Render Load | 98% | 64% | | Perceived Tearing (subjective score) | 2/10 | 9/10 | | Power Consumption (mobile SoC) | 6.2W | 3.9W (-37%) |
This method was revolutionary because:
Viewerframe Mode Refresh New [new] -
Forces the encoder to send a new I-Frame to restore image integrity if packet loss occurs. UI-Level Refresh
, which uses Motion-JPEG (MJPEG) to provide a fluid, high-bandwidth stream, Refresh Mode viewerframe mode refresh new
: While traditional "refresh" modes often used MJPEG (Motion JPEG) to push a sequence of images to the browser, newer models support more efficient compression like H.265 to provide smoother video with lower bandwidth usage. Forces the encoder to send a new I-Frame
Automatically refreshes the stream source to a lower bitrate if the "New" refresh command detects hardware throttling. 3. Key Features of the "New" Refresh Implementation viewerframe mode refresh new
| Metric | Traditional V-Sync (Fixed 120Hz) | New ViewerFrame Mode (Dynamic) | |--------|----------------------------------|--------------------------------| | Average End-to-End Latency | 28 ms | 16 ms (-43%) | | Display Interface Bandwidth | 32 Gbps (constant) | 12–21 Gbps (adaptive) | | GPU Render Load | 98% | 64% | | Perceived Tearing (subjective score) | 2/10 | 9/10 | | Power Consumption (mobile SoC) | 6.2W | 3.9W (-37%) |
This method was revolutionary because:
