iw-rainbow-g16d Quick Start Guide

Transcription

1 Quick Start Guide Vybrid µmxm SOM Development Platform R1.0

2 Disclaimer iwave Systems reserves the right to change details in this publication including but not limited to any Product specification without notice. No warranty of accuracy is given concerning the contents of the information contained in this publication. To the extent permitted by law no liability (including liability to any person by reason of negligence) will be accepted by iwave Systems, its subsidiaries or employees for any direct or indirect loss or damage caused by omissions from or inaccuracies in this document. Trademarks All registered trademarks and product names mentioned in this publication are used for identification purposes only. Technical Support iwave Systems technical support team is committed to provide the best possible support for our customers so that our Hardware and Software can be easily migrated and used. For assistance, contact our Technical Support team at, Address Website : iwave Systems Technologies Pvt. Ltd. # 7/B, 29th Main,BTM Layout 2nd Stage, Bangalore, India : support.ip@iwavesystems.com :

3 Quick Start Guide INTRODUCTION About this Guide This document is intended as the guide for unpacking and setting up the test environment for the iwave s -Vybrid µmxm Development platform. It also gives details about safety information and important cautions which should adhere while installing the platform. Development Platform Overview The Development Platform incorporates µmxm compatible Vybrid SOM which is based on Freescale s Vybrid VF6XX Series real time control application processor and Generic µmxm compatible Carrier Board. This platform can be used for quick prototyping of any end applications in verticals like Automotive, Industrial & Medical. The board is highly packed with all necessary onboard connectors to validate almost complete Vybrid CPU features. Important Symbols Used Important Note Warning Use ESD Protection ROHS complaint Check the local regulations for disposal of electronic products O1

4 UNPACKING Safety Information Before unpacking and installing the Development Platform or adding devices on it, carefully read all the manuals that came with the package. Place the product on a stable surface. To avoid short circuits in electronics, keep all conducting material away from the Development platform. Avoid using platform in extreme dust, humidity and temperature conditions. Do not place the Development platform in wet area. Before using the platform, make sure that all cables are correctly connected and the power adopter is correctly selected. Make sure that Electrical Outlet where you connected the power adapter is not damaged and working fine. If the power adapter is broken, do not try to fix it by yourself. To prevent electrical shock hazard, disconnect the power cable from the electrical outlet before displacing the system. Don t try to remove the µmxm SOM module from the Development platform unless really required. Before connecting or removing µmxm SOM module from the Development platform, ensure that power cable is unplugged and ESD antistatic guidelines are followed. Check the local regulations for disposal of electronic products. O2

5 Quick Start Guide Unpacking Guidelines Please follow the below guidelines while unpacking the Development platform. Make sure to follow the below antistatic guidelines before unpacking. Wear the anti-static wristband while unpacking and handling the Development platform to prevent electrostatic discharge. Use anti-static pad/mat with proper grounding to place the Development platform. Don't touch the inside surface of the Development platform circuit board. Self-grounding: Touch a grounded conductor every few minutes to discharge any excess static build-up. Make sure that packing box is facing upwards while opening. Make sure that the entire packing list items mentioned in Package Checklist present. Static electricity can destroy electronics in the platform. Make sure to follow the ESD precautions to prevent damage to the platform and injury to the user. O3

6 Package Checklist The µmxm Development Platform will be shipped with the following items: Sl. No. Package Item Qty 1 Vybrid µmxm Development Platform 1 2 5V,2.5A Power Adaptor with universal plugs 1 3 Debug USB Cable 1 4 Stylus 1 5 Quick Start Guide Hard copy 1 6 DVD (Please refer DVD Content section) 1 Image All components used in this platform is Lead free and ROHS complaint (Applicable only for resistive Touch Development platform) Do not proceed with installation, if any of the items listed in the above checklist is missing or damaged. Contact iwave support team. O4

7 Quick Start Guide SETTING UP THE TEST ENVIRONMENT Getting Start This section describes the step by step procedure to setup the test environment for Development System. Read the Development Platform Documents Get to know the Vybrid Development Platform Check Boot Mode Switch setting Check Boot Media Switch setting Setting up the Debug port Power ON the Development platform Read the Documents Before setting up the test environment, one must read all the documents of the Development platform to know about the Platform, its features and to get familiar with it. These documents are available in the DVD which comes along with the Package. Below mentioned documents are available in the DVD, Quick start Guide (This Guide) Vybrid µmxm SOM Hardware User Guide Vybrid Development Platform Hardware User Guide Software User Manual Software Release Notes Refer DVD contents section to know about the DVD content structure and platform related document s path. 05

8 Get to Know the Vybrid Development Platform Development platform consists of 85mmx40mm Vybrid µmxm SOM and 100mmx72mm Pico-ITX form factor µmxm Carrier Card as shown in below figure. Vybrid µmxm SOM µmxm Carrier Card Development platform bottom side major components location is shown in the below figure. RGB Unified LCD Connector (J19) JTAG Header (J20) Standard SD Slot (J23) Expansion Connector (J27) Bottom View of Development Platform 06

9 Quick Start Guide Development platform top side major components location is shown in the below figure. Power Jack (J3) TV IN RCA(J4) Ethernet2-RJ45 Ethernet1-RJ45 Audio USB1 Type-A USB0 Type-A IN/OUT (J2) (J7) (J6) UART2 TTL Header (J5) USB Micro-AB Debug Port (J10) CAN Header (J9) UART1 RS232 Header (J12) RTC Coin Cell (BT1) USB Micro-AB OTG Port (J13) Reset Switch MXM Conn. (J16) General Purpose Switch Boot Media Switch (SW2) Boot Mode Switch (SW3) Top View of Development Platform Refer Hardware User Manual for more details. 07

10 Boot Mode Setting iw-rainbow-g16d Development platform supports different boot mode options for booting. Boot from RCON Mode (Default): This mode is used for normal booting and default set while shipping. Please make sure that boot mode switch (SW3) is in this mode while setting up the Test Environment. Serial Downloader Mode: This mode is used when user wants to program boot media using MFG Tool. For more details, please refer Software User Manual. Boot modes can be selected by user using boot mode switch (SW3) settings on Vybrid µmxm SOM as mentioned below. For more details, refer Vybrid µmxm SOM Hardware User Guide. Boot Mode Settings Truth Table Boot Mode Setting SW3 (2 Position Switch) POS1 POS2 Boot from RCON (Default) ON OFF Serial Downloader Mode OFF ON Image ON - High OFF - Low Use ESD Protection while changing the switch setting. 08

11 Quick Start Guide Boot Media Setting iw-rainbow-g16d platform supports different boot media options for booting. Boot media can be selected by user using boot media switch (SW2) settings on µmxm SOM as mentioned below. Boot Media Settings Truth Table Boot Media Setting SW2 (8 Position Switch) POS1 POS2 POS3 POS4 POS5 POS6 POS7 POS8 NAND Flash (Default) X X X ON X X X OFF SD-4 Bit OFF ON ON ON OFF X X X OFF Image ON - High OFF - Low X - Don't Care 1. platform is loaded with binaries on default boot media. 2. If different boot media is selected other than default one, make sure to load bootable binaries in selected boot media. 09

12 Debug Port Setting platform comes with Debug MicroAB to Type A cable for easy debugging and testing. Please follow the below procedure to setup the Debug Micro USB of Development platform. Connect TypeA end of USB cable to PC and Micro AB end of USB cable to Development platform's debug Micro USB connector(j10) as shown below. Debug Port Connection Install the driver for Debug USB Port in Host PC/Laptop using the below link. Drivers located at: Open the HyperTerminal on PC/Laptop with the following setting. Baud rate Data bits Parity Stop bits Flow control : bps :8 : None :1 : None 10

13 Quick Start Guide Powering ON platform comes with 5V, 2.5A power supply with universal plugs. Please follow the below procedure to power ON the Development platform. Connect the 5V power supply plug to the power connector (J3) of the platform as shown below and switch ON the power supply. Power Supply Connection Do not use different power adapter other than the supplied one. 11

14 Once Power is applied to platform, the Power LEDs in the Vybrid SOM module and Generic µmxm carrier board will glow as shown below. Power ON Indication Do not proceed with installation, if any of the Power Status LEDs are blinking or not glowing. Contact iwave support team. 12

15 Quick Start Guide Done with Test Environment Linux Test Environment Once power is applied to platform as explained in the previous section, the HyperTerminal of the PC/Laptop which is connected to the Development platform will immediately show the boot messages of the boot loader as described in the following section. In Linux Release, U-boot boot messages will appear in Hyper Terminal as shown below. U-boot on Terminal Immediately after power on, Press any key in HyperTerminal to go to the U-boot command prompt as shown below. Otherwise Linux will launch automatically. U-boot Command Prompt 13

16 Once Linux is launched, the LCD will show the Linux Boot images as shown below and HyperTerminal will show the Linux Login. Linux Boot Image on LCD Once Linux is launched, you will get the Linux command prompt as shown below. Once you get the prompt you are done with Test Environment setup on Linux delivery. Linux Command Prompt 1. Refer Linux Software User Manual for further details. 2. Make sure that all the steps mentioned in Getting Start section is followed. 14

17 Quick Start Guide DVD Contents Linux Release DVD Contents iwave supports Linux Operating System Releases for Development platform and comes with DVD with all our release deliverables as shown in the below DVD content structure. iwave continuously improves software releases with latest kernel version. Contact iwave for latest software release detail. 15

18 Unified RGB LCD Support unified LCD connector can support different RGB LCD (with RTP/CTP) panels from 3.5 inch to 7.0 inch size. *For more details about RGB LCD support, contact iwave Sales Team. Compatible LCD Panels Sl. No. Part No. 1 ET035080DH6 2 ET035080DM6 3 ET043080DH6 4 ET043080DM6 5 ET050080DH6 61 ET035080DH6 ET050080DM6 7 ET057080DH6 8 ET057080DM6 9 ET070080DH6 10 ET070080DM ETM070080ADH6 ET035080DH6 Manufacturer. EDT Corp. EDT Corp. EDT Corp. EDT Corp. EDT.Corp. EDT Corp. EDT Corp. EDT Corp. EDT Corp. EDT.Corp. EDT Corp. Acronyms: TP - Touch Panel RTP - Resistive Touch Panel CTP - Capacitive Touch Panel 16 Description 3.5 inch with RTP 3.5 inch without TP 4.3 inch with RTP 4.3 inch without TP 5.0 inch with RTP inch inchwithout with RTP TP 5.7 inch with RTP 5.7 inch without TP 7.0 inch with RTP 7.0 inch without TP 3.5 inch with CTP 7.0 RTP

19 iwave s Other New Products iw-rainbow-g17m-cyclone V SoC Q7 SOM iwave Systems launching Altera's Cyclone V SX SoC based Qseven compatible CPU module for the increased system performance requirements. The Dual ARM Cortex A9 core with the FPGA allows greater flexibility for the system designers to improve system security and helps lower the system cost and power consumption. iw-rainbow-g15s i.mx6 Pico ITX SBC iwave's new i.mx6 CPU based Pico ITX SBC integrates all standard interfaces into a single board with ultra-compact yet highly integrated platform that can be utilized across multiple embedded PC, system and industrial designs.

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