Performance Optimization on Apple Devices - Apple Silicon creates a unified gaming platform across Mac, iPad, and iPhone, presenting challenges in delivering console-quality experiences on mobile devices [1] - The industry employs a systematic loop for performance optimization: observe, isolate, diagnose, and tune [5][6] - Metal Performance HUD is used as a live dashboard for spotting issues in real-time during development and QA [7][8] - Xcode Instruments, with the Game Performance Overview template, supports long captures to identify issues appearing over time [12][13] - Metal System Trace provides a detailed, low-level view of GPU hardware scheduling [15] - Metal Debugger, with frame capture, helps scrutinize single frames to identify the root cause of performance issues [17][18] Power Efficiency and Scaling - Sustained Execution Mode gives a steady performance state and a good target for optimizations; thermal metric in Metal Performance HUD helps catch issues early [27][28] - The industry monitors and controls power usage by marking games in info.plist to enable Game Mode [27] - Developers can use rendering resolution, asset/feature quality, and device capabilities to tune games for different devices [32][33][34][35] - MetalFX can bridge the performance gap by using spatial or temporal upscaling [4]

Hello, and welcome. In this video, we'll guide you through an overview of the AMD Versal Network on Chip, NoC, and discuss key strategies for its performance tuning. We will first start with an introduction to the AMD Versal Network on Chip, NoC, followed by the NoC architecture and terminology. Then we will show you how to access the Versal NoC for your designs.And finally, we will go over important NoC settings needed to achieve a desired bandwidth and latency. Let's get started. The AMD Versal Network on ...