NXP i.MX95 - Tools

NXP i.MX95
Introduction
What is i.MX95? Why i.MX95? Why choosing RidgeRun for your i.MX95 software?
Carrier Boards
Toradex i.MX 95 Verdin EVK Overview Boot Devices Audio Switch Yocto Support Setup Yocto Environment Building an Image Flashing the board Getting into the Board Variscite Dart MX95 Overview Boot Devices Yocto Support Setup Yocto Environment Building an Image Flashing the board Getting into the Board
GStreamer Support
How to enable GStreamer Example pipelines Performance
Multimedia Support
Audio Video Capture Capture Interfaces Capture Subsystem Testing Camera Capture Streaming RTSP Streaming UDP Streaming GPU Capabilities Examples Performance VPU Capabilities Examples ISP Capabilities How to Enable Examples Video and Image transformations Performance Libcamera Overview GStreamer Cam Test Application
Neural Processing Unit-NPU
eIQ i.MX95 NPU capabilities Machine Learning Software Stack Enabling and testing NPU Evaluating the NPU performance Debugging and analytics tools
Secure Boot
Introduction i.MX95 Secure boot How to enable secure boot
Tools
Arm Performance Studio
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Arm Performance Studio is a suite of performance analysis tools designed to help developers optimize software on Arm-based platforms. It provides detailed insights into how applications are utilizing CPU, and GPU. Streamline is one of these tools, that is particularly useful to capture performance metrics from the Arm Mali-G310, the GPU integrated in the i.MX95 SoC.

In this section, you will learn about the main features the Arm Performance Studio has to offer, in particular the tools best suited for embedded Linux devices, and how to use this tools to capture performance metrics from an Arm GPU.

• Arm Performance Studio: This section provides an overview of the tools included in Arm Performance Studio, including a guide on how to use some of these tools to measure the GPU usage from the i.MX95.