Output Merger Metrics
The following Output Merger Metrics are available with Intel® GPA on Cherry Trail:
For more complete information about compiler optimizations, see our Optimization Notice.
Intel® Graphics Performance Analyzers for Windows* Host
- Legal Information
- What's New
- Supported Platforms and Applications
- Getting Help and Support
- Using Secured/Unsecured Ports
- Analyzing Microsoft DirectX* Applications
- Best Practices
- System Analysis
- Frame Analysis
- Platform Analysis
- Choosing Local and Network Usage Modes
- Starting Application Analysis
- Configuring Analysis Settings
- Modifying Render States of the Graphics Pipeline
- Capturing Performance Data in Real Time
- Profiling DirectX* Frames
- Profiling DirectX* 9/10 Frames
- Configuring the Visualization Pane
- Measuring GPU Time
- Discovering Expensive Ergs
- Using Hotspot Mode
- Analyzing Frame Duration
- Running Experiments
- Identifying Graphics Elements with Complex Geometry
- Modifying DirectX* State
- Modifying Shader Code
- Analyzing Texture Bandwidth
- Minimizing Overdraw
- Viewing API Parameters and Statistics
- Exporting Captured Frame Data
- Profiling DirectX* 11/12 Frames
- Profiling DirectX* 9/10 Frames
- Opening Trace Files for Platform Analysis
- Optimizing Graphics-Rich Web Content
- Viewing System Information
- Troubleshooting
- Analyzing OpenGL/OpenGL ES* Applications
- System Analysis
- Frame Analysis
- Platform Analysis
- Configuring Host and Target Systems
- Setting up Android* Debug Bridge USB Connection
- Connecting System Analyzer to Android* Device
- Preparing OpenGL ES* Applications for Profiling
- Configuring Tracing Options
- Selecting an Application for Analysis with System Analyzer
- Profiling Android* Applications over Wi-Fi
- Connecting a Remote Ubuntu* Target System
- Capturing Performance Data in Real Time
- Isolating Graphics Bottlenecks through Modifying Render States
- Profiling Frames with Graphics Frame Analyzer
- Identifying Unsupported API Extensions
- Opening Frame Capture with Graphics Frame Analyzer for OpenGL*
- Locating API Errors in the Frame
- Finding Performance Bottlenecks in the Frame
- Experimenting with Render States
- Identifying Graphics Elements with Complex Geometry
- Optimizing States and Shaders
- Analyzing Application Textures
- Visualizing Color Distribution within the Frame
- Minimizing Overdraw
- Opening Android* Trace Data for Platform Analysis
- Automating Metrics Collection for Android* Applications from the Command Line
- Instrumentation and Tracing Technology APIs
- Performance Metrics Reference
- Windows* Metrics
- CPU Metrics
- DirectX* Metrics
- Buffer Creations
- Buffer Maps
- Clears
- Color Fills
- Draw Calls
- Frames per Second
- Frame Number
- Frame Time
- IB Creations
- IB Lock Time
- IB Locks
- Locks
- Lock Time
- Maps
- Resource Copies
- Resource Creations
- RT Changes
- RT Clears
- RT Data Gets
- Shader Creations
- State Block Applies
- State Block Captures
- State Changes
- Stretch Rects
- Surface Creations
- Surface Lock Time
- Surface Locks
- Surface Updates
- Subresource Copies
- Subresource Update
- Texture1D Maps
- Texture2D Maps
- Texture3D Maps
- Texture Creations
- VB Creations
- VB Lock Time
- VB Locks
- Volume Lock Time
- Volume Locks
- Z/Stencil Clears
- Memory Read Rate
- Memory Write Rate
- Memory R/W Rate
- GPU Metrics
- Main Metrics
- GTI Metrics
- LLC Metrics
- EU Array Metrics
- Sampler Metrics
- 3D Pipe Metrics
- Media Metrics
- Power Metrics
- Android* Metrics
- GPU Metrics for Devices Based on Intel® Processor Codenamed Bay Trail
- GPU Metrics for Intel Atom® Based Devices
- GPU Frequency
- TA Load
- PB Primitives/Second
- PB Vertices/Second
- PB Vertices/Primitive
- ISP Load
- TSP Load
- Texture Unit Load
- USC Active
- USC Fragment Active
- USC Stalled
- USC Vertex Active
- USSE Vertex Load
- USSE Pixel Load
- USSE Total Load
- USSE Vertices/Second
- USSE Cycles/Vertex
- USSE Cycles/Pixel
- USSE Stall Load
- GPU Metrics for Cherry Trail
- AVG GPU Core Frequency
- GPU Frequency
- GPU Busy
- GPU Core Clocks
- GPU Duration
- 3D Pipe Metrics
- GTI Metrics
- EU Array Metrics
- Sampler Metrics
- Execution Units Metrics
- OpenGL ES* API Metrics
- Memory Metrics
- Power Metrics
- Device I/O Metrics
- CPU Metrics
- Windows* Metrics
- User Interface Reference
- Graphics Monitor
- System Analyzer HUD
- System Analyzer
- Graphics Frame Analyzer
- Window: Open Frame Capture
- Window: Create Frame Capture (OpenGL ES* Workloads)
- Window: Profiling View
- Window: Profiling View (DirectX* 11,12 and OpenGL Workloads)
- Window: Profiling View (DirectX 9/10 Workloads)
- Dialog Box: System Information
- Menu: Edit
- Menu: File
- Menu: Help
- Menu: View
- Pane: Ergs Information
- Pane: Render Target Viewer
- Pane: Scene Overview
- Pane: Visualization
- Tab: API Log
- Tab: Details
- Tab: Experiments
- Tab: Frame Overview
- Tab: Geometry
- Tab: Pixel History
- Tab: Shader Constants
- Tab: Shaders
- Tab: State
- Tab: StretchRect
- Tab: Texture
- Toolbar: Visualization Settings
- Trace Analyzer
- Window: Platform View
