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Related Manuals for NXP Semiconductors SBC-S32V234
Summary of Contents for NXP Semiconductors SBC-S32V234
- Page 1 SBC-S32V234 QUICK START GUIDE (QSG) Getting started instructions and a Guide to all Hardware, Software, Tools and Document resources www.nxp.com/SBC-S32V234 EXTERNAL USE...
- Page 2 We at NXP continuously strive to provide an easy-to-use enablement package for our devices. This document serves as a launch-pad to navigate all essential resources that we provide to get started with S32V23x SoC and SBC-S32V234 board. It also contains instructions to get started with SoC, the board and a complete ecosystem.
- Page 3 Contents • Overview of a complete Ecosystem • Out-of-box experience: SBC-S32V234 • Getting Started Instructions • Resource Guide − Hardware resources − Software resources − Operating Systems − Drivers and other SWs − Tools − Documents EXTERNAL USE...
- Page 4 (Graph tools and Studio Compilers) picture Camera Modules Low Cost EVB Full EVB Sony IMX224, SBC-S32V234 S32V234-EVB2 OV10640, OV10635 Maxim Serializer/Deserializer Extensive partnership with companies with expertise, ISP tuning, Partners surround view application, machine learning, hardware design and more EXTERNAL USE...
- Page 5 Out-of-box experience: SBC-S32V234 1 of 2 The SBC-S32V234 is a low-cost development platform for S32V234 vision processor. SBC-S32V234 is a system- on-module concept developed by NXP partner, Carrier Board MicroSys Electronics GmbH. It comprises of a (CRX-S32V234) Module board mounted on a Carrier board.
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Page 6: Power Button
Connect board with 12V/2A DC power supply. Keep the board power off. Connect one end of the USB cable to the PC and the other end to the micro-B connector on the SBC-S32V234 board. Allow the PC to automatically configure the USB drivers. Install and Start Serial Terminal Install and open any serial terminal (e.g. - Page 7 GETTING STARTED INSTRUCTIONS EXTERNAL USE...
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Page 8: How To Get Started
How To Get Started? User often thinks …. “from where should I start working with this device?” • In this section will walk you through the steps of “how to get started?” • − We will start with the simple out-of-box experience and move forward by understanding different pieces of HW/SW one by one Understand Flash Linux BSP... - Page 9 Understand Linux BSP and Vision SDK As a part of the complete ecosystem NXP’s SW team has developed Linux Board • Support Package(BSP) and Vision SDK(VSDK) • Linux runs on S32V SoC and supports various NXP development boards − Using Yocto distribution, it can be customized to suit user application as well •...
- Page 10 Run Linux BSP that supports VSDK 1 of 3 • The Linux BSP that comes with the SBC-S32V234 is Vanilla BSP and need to be changed with the customized Linux BSP that supports VSDK − This customized Linux BSP is inherited from the Vanilla BSP itself •...
- Page 11 Follow the instructions in README.txt file to flash SD-card • Note: U-boot and dtb files available in this folder are for the other NXP EVBs. For SBC-S32V234 EVB use the u-boot dtb files provided by your marketer/sales person/application engineer. •...
- Page 12 Run Linux BSP that supports VSDK 3 of 3 • Once you followed the steps, SD-card is ready. You can insert it into the board and boot the linux! • You can go to home/root/vsdk directory and can run precompiled demo applications −...
- Page 13 Download S32 Design Studio and run a built-in example on EVB 1 of 2 • Now that we have our device up and running, the next step is to start the application development. • To aid the developer, NXP provides a free IDE called S32 Design Studio for Vision (S32DS for Vision) −...
- Page 14 Download S32 Design Studio and run a built-in example on EVB 2 of 2 • In this part we will download the S32DS for Vision, import a build-in example and run it on SBC- S32V234 board Please follow the steps below… •...
- Page 15 Make an ISP and APEX graph project & Run it on EVB • After becoming an Expert with S32DS for Vision, let us move forward with Visual Graph Tools integrated into S32DS for Vision − APEX and ISP visual graph tools provide easy to use graphical interface to develop vision pipeline for this dedicated vision accelerators on S32V −...
- Page 16 Build a Lane Detection Application using APEX-CV libraries Let us create a “Lane Detection Application” using APEX-CV libraries • • Please follow instructions in the tutorial below 4_APEX_CV_Lane_Detection_Application.pdf Congratulation! You successfully started with S32V234 Processors! All the best for application development! Advanced: Build Lane Detection Application using APEX-CV...
- Page 17 RESOURCE GUIDE EXTERNAL USE...
- Page 18 Hardware: SBC-S32V234 • List of necessary documents and files for SBC-S32V234 Document Type Document Name Description Hardware User User_Manual_SBC_S32V234. This document describes all components and Manual connections on EVB Hardware MCU flow MCU_FlowDiag_SBC_S32V23 Walks through the flow of MCU execution that brings up diagram 4.pdf...
- Page 19 Schematics: Contact Module OV10640CSP-S32V OmniVision 10640 camera with serializer manufacturer MAX9286S32V234 Maxim 9286 deserializer board for above 2 cameras Buy: www.nxp.com/SBC-S32V234 >> BUY/PARAMETRICS Buy from Distribution Partners: Arrow, Avnet, Digi-Key, E14, Future or Mouser Buy from Maxim: maximintegrated.com >> ORDER EXTERNAL USE...
- Page 20 Software 1 of 2 • List of supported Operating Systems Description Linux BSP Linux Board Support Package with fully configurable Yocto Distribution AUTOSAR AUTOSAR OS 4.2.1 is available only for Cortex-M4 core and MCAL 4.2 is available for both Cortex-M4 & Cortex-A53 cores Visit BlackBerry QNX for more information Get Linux BSP &...
- Page 21 Software 2 of 2 • List of NXP developed important software Software Description Vision SDK contains necessary libraries and tools essential to the vision processing. Vision SDK It enables programming of on-chip vision accelerator IPs. Works with Linux BSP and QNX AVB Video Listener Driver to receive AVB streams from cameras connected through Ethernet Structural Core Self Test...
- Page 22 Tools • List of supported NXP or 3 party tools Tool Description An open source collaboration project that provides templates, tools and methods to Yocto Project help you create custom Linux-based systems for embedded products regardless of the hardware architecture IDEs NXP S32 Design Studio for Vision(S32DS for Vision) Elektrobit Tresos Studio, Green Hills MULTI...
- Page 23 Tools: S32 Design Studio for Vision • An eclipse based IDE for S32V234 − Eclipse Neon 4.6 Framework • Tool-Chain: Premium Compiler Support − GNU Tool-chain for ARM® Embedded Processors (Launchpad) build (4.9.3 20150529) Basic GCC Tool Compiler Integration − ARM64 Compiler: GCC Compiler 4.9 and GNU debugger for...
- Page 24 Documents: SoC • List of SoC specific documents Document Description Fact Sheet High level information of SoC Data Sheet SoC datasheet for Electrical and Physical characteristics Reference Manual Detailed manual for SoC IPs A guide for safety system developers to build safety-related systems using the Safety Manual safety mechanisms of the S32V234 Errata...
- Page 25 • Document Description Understand Linux BSP and Vision SDK APEX VGT Tutorial Get: www.nxp.com/SBC-S32V234 >> Documents >> Quick Start Package ISP VGT Tutorial APEX-CV Tutorial Get: open S32 Design Studio for Vision >> Getting Started (page) >> HOW TO Docs/Videos...
- Page 26 Looking for Support? : nxp.com/support NXP has dedicated teams of experts to handle support questions • Technical Communities: − We highly recommend to reach NXP community first for technical support, so that all users can benefit from questions you ask −...
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