Template:NXP i.MX95/Main contents

Welcome to RidgeRun's guide to NXP i.MX95! NXP i.MX95		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 Video_Encoding_and_Decoding 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 Contact Us
The i.MX 95 applications processor family supports a wide range of edge applications, including automotive connectivity, Industry 4.0, and IoT platforms. This family features six Arm® Cortex-A55 cores, an Arm Mali GPU, a 4K VPU, an ISP, ML acceleration via an NPU, and Edgelock® secure enclave security. RidgeRun is an official member of the NXP registered partner program. We have created this wiki page with the intention of supporting our common customers. If you have any questions on the content, please contact us through our contact us page.
Overview
Extracted from NXP link RidgeRun understands the significance of documentation for your project and how having a single source of information can speed up your product's time-to-market. Therefore, we've chosen to share our expertise with the developer community by creating this wiki filled with technical documentation, tutorials, examples, and more. Here is a brief feature summary for the NXP i.MX95 platform: GPU: Arm Mali G310: 128 GFLOPS CPU: Octa Core Armv8.2, 2.0 GHz AI Acceleration: 4x eIQ® Neutron N3-1024S NPU, 2 TOP/s ISP Acceleration: NXP ISP w/ RGB-IR Encoder Acceleration (H.265): VPU, up to 32 video streams or 1x 4K@60fps Camera Support: Up to 8 concurrent, 2.5 Gbps/lane Security Acceleration: Edgelock® Secure Enclave + V2X Cryptographic Accelerator Sensors: 1x Digital Temperature Sensor (EVK) Size: Two SoC versions: 15 mm x 15 mm, 19 mm x 19 mm
RidgeRun support
RidgeRun provides support for embedded Linux development for NVIDIA, Qualcomm, NXP and Xilinx platforms, specializing in the use of hardware accelerators in multimedia applications. RidgeRun's products take full advantage of the accelerators to perform transformations on video streams, achieving great performance in complex processes. This guide contains detailed information on NXP i.MX95 SOC. To get up-to-speed with your NXP i.MX95, start by clicking below: Get Started Here! For direct inquiries, please refer to the contact information available on our Contact page. Alternatively, you may complete and submit the form provided at the same link. We will respond to your request at our earliest opportunity. Contact Us! Links to RidgeRun Resources and RidgeRun Artificial Intelligence Solutions can be found in the footer below. COMPANY Quick Start Client Engagement Process RidgeRun Blog Homepage SUPPORT Technical and Sales Support RidgeRun Online Store RidgeRun Videos Contact Us ARTIFICIAL INTELLIGENCE RidgeRun.ai: Artificial Intelligence RidgeRun.ai: Services RidgeRun.ai: Portfolio © 2024 RidgeRun. All rights reserved.