eCOG1X Low Cost Development Kit User Manual
Contents
1. 2 3 SoftWare iros Da a wap Susali sans kx 3 3 1 GyanlDE II IIIA 3 3 2 USBelCEDrivers 3 4 Installing ani AA o pr 4 4 1 From the Cyan Tools CD ROM 4 4 2 From the Cyan Website 4 4 3 Installing the USB elCE Driver 4 5 CyanlDE ExaMples ai UNAN IBG bg See Jak n Ke E Hg 5 5 1 Development Board Examples 5 5 2 Serial Port Configuration 5 5 3 Analogue Examples kk kk a ati 6 5 4 General Examples 6 5 5 GPIO Examples od lata a A RR K 620a 7 5 0 Serial EXamples x a packs ae s ated KG NANG anay 7 5 7 SimulatorEkamples 8 6 Development Board 9 6 1 NAI Wa AA kai ark ed de es 9 SEID AA NN NA haa Ki a aces EA 9 7 eCOG1X USB elCE Adaptor 10 7 1 inca a Aaa a mad a Neate s l m 10 KAGAD Se tee Mee 10 8 Peripheral Functions and Connections 11 8 1 Power Supply cee xas B elah 2 heki OW Aa 11 8 2 SIGE Deb g POrt secos das y Ad b lana le DENGAN aya 4 11 6 9 oelila kPOS ya Alana S Kak thes MAE AR 112. C y a n www cyantechnology com ESSENTIAL TEAMWORK FOR WINNING DESIGNS eCOG1X Low Cost Development Kit Version 1 0 Cyan Technology eCOG1X Low Cost Development Kit User Manual V1 0 22 January 2008 eCOG1X Low Cost Development Kit Version 1 0 Confidential and Proprietary Information Cyan Technology Ltd 2008 This document contains confidential and proprietary information of Cyan Technology Ltd and is protected by copyright laws Its receipt or possession does not convey any rights to reproduce manufacture use or sell anything based on information contained within this document Cyan Technology the Cyan Technology logo and Max elCE are trademarks of Cyan Holdings Ltd CyanIDE and eCOG are registered trademarks of Cyan Holdings Ltd Cyan Technology Ltd recognises other brand and product names as trademarks or registered trademarks of their respective holders Any product described in this document is subject to continuous developments and improvements All particulars of the product and its use contained in this document are given by Cyan Technology Ltd in good faith However all warranties implied or expressed including but not limited to implied warranties of merchantability or fitness for purpose are excluded This document is intended only to assist the reader in the use of the product Cyan Technology Ltd shall not be liable for any loss or damage arising from the use of any information in this g
3. Select Debug gt Run CyanIDE connects to the target processor on the development board downloads the application code and begins execution 22 January 2008 Cyan Technology Ltd Page 2 eCOG1X Low Cost Development Kit Version 1 0 3 Software 3 1 CyanIDE The CyanIDE V1 4 3 or later software development package supports the eCOG1X family of microcontrollers providing project management source code editor C compiler assembler linker source level debugger and online help files It is available on CD ROM or as a download to registered users on the Cyan web site at www cyantechnology com CyanIDE communicates with the eCOG1X microcontroller on the target system via the elCE debug port The host PC requires a simple elCE adaptor that connects to the 10 way header P3 on the development board The development kit includes the Cyan eCOG1X USB elCE adaptor CyanIDE includes a range of example applications for the various development boards These can provide a good starting point for customer applications or just as examples showing how to set up a software project Further application examples including CyanIDE project files with source code are available on the web site support pages 3 2 USB elCE Drivers The software drivers for the eCOG1X USB elCE adaptor are included in the CyanIDE development package CyanIDE V1 4 3 or later includes the required version of the driver files as standard To ensure that the driver files are present
4. 3 3V supply 3 I2C_SCL 12C serial clock PortD 0 I2C_SCL 4 I2C SDA 12C serial data PortD 1 12C_SDA 5 UART1_TX Transmit data output O UART1A TX 6 UART1_RX Receive data input PortA_1 UART1A_RX 7 UART2_TX Transmit data output 2 1 8 UART2_RX Receive data input PortA 3 1 RX 9 UART3 TX Transmit data output 4 UART2A TX 10 UART3 RX Receive data input PortA 5 UART2A RX 11 UART4 TX Transmit data output 6 2 TX 12 UART4_RX Receive data input PortA_7 UART2B_RX 13 LED1 PortB 0 GPIOB 0 14 LED2 PortB 1 GPIOB 1 15 GND OV supply 16 GND OV supply Table 2 J1 connections 8 8 2 J2 Pin Name Description Port Function 1 3 3V 3 3V supply 2 3 3V 3 3V supply 3 ADC Vin1 Analogue input 1 ADC1 Vin2 4 ADC Vin2 Analogue input 2 ADC1 Vin3 5 ADC Vin3 Analogue input 3 ADC2 Vin2 6 ADC Vin4 Analogue input 4 ADC2 Vin3 7 UCCT1 Counter clock input PortT 0 CNT1 CAP1 Capture timer input 8 UCCT2 Counter clock input PortT 1 CNT2 CAP2 Capture timer input 9 UCCT3 PWM timer output PortT 2 PWM1 CAP1 Capture timer input 10 UCCT4 PWM timer output PortT_3 PWM2 CAP2 Capture timer input 11 SPI_SCLK SPI serial clock PortE_0 ESPI_SCLK 12 SPI_MOSI SPI master out slave in PortE_1 ESPI_MOSI 13 SPI_MISO SPI master in slave out PortE_2 ESPI_MISO 14 SPI_CS SPI chip select PortE_3 ESPI_CS 15 GND OV supply 16 GND OV supply 22 January 2008
5. install the CyanIDE software and any necessary updates before connecting the elCE adaptor to the host PC Further details about the software installation are shown later in this document Note that any previous version of CyanIDE should be uninstalled before the latest version is installed This includes any USB device drivers for Cyan products such as the evaluation board which should be removed via the Device Manager Installing the new version of CyanIDE also reinstalls the USB elCE device driver 22 January 2008 Cyan Technology Ltd Page 3 4 4 1 4 2 4 3 eCOG1X Low Cost Development Kit Version 1 0 Installing CyanIDE From the Cyan Tools CD ROM Insert the CD into the CD ROM drive The html start page should load automatically in the default browser If the start page does not load automatically or Autorun is disabled for the CD ROM drive then Browse the Cyan CD in a file manager or explorer window and open the file lt index htm gt When the start page is displayed click on the Menu button then select the Install CyanIDE item to begin installation of the development software Follow the instructions presented by the installation program From the Cyan Website e Navigate to the software downloads page on the website located at http www cyantechnology com support updates php Download the CyanIDE full version installation file to a temporary directory Please note that users must log in to the website with thei
6. on board regulators provide 3 3V and 1 8V for the eCOG1X device and for the I O connections to the target eCOG1X device All signals to the target device elCE conection include 100Q series resistors The LOADB signal also includes a 1kQ pull up resistor The USB 5V supply is also connected to the 10 way header this may be used to power small target systems provided the total current drawn is within the 500mA limit available from a standard USB host 22 January 2008 Cyan Technology Ltd Page 10 eCOG1X Low Cost Development Kit Version 1 0 8 Peripheral Functions and Connections 8 1 Power Supply The eCOG1X low cost development board can be powered from an external 5V d c supply via header J4 or from the USB 5V via the elCE adaptor connection on socket S1 The 5V power supply input is regulated down by two low dropout regulators to provide the 3 3V and 1 8V power supplies for the eCOG1X device 8 2 elCE Debug Port The pin connections for the elCE signals on the 10 way right angle socket S1 are shown in the table below Pin Name Description 1 elCE MOSI Master Out Slave In input from the elCE adaptor 2 VDD EICE 5V power supply input from the elCE adaptor 3 NC No connection 4 GND 5 elCE_LOADB elCE LoadB signal open collector bidirectional 6 GND 7 elCE_CLOCK elCE serial clock input from the elCE adaptor 8 GND 9 elCE_MISO Master In Slave Out output to the elCE adaptor 10 elCE_nRE
7. peripherals It operates at clock speeds of up to 7OMHz internally from an 8MHz crystal or 32 768kHz watch crystal Refer to the eCOG1X User Manual for further details The board is fitted with a 10 way right angle socket S1 for the elCE debug port This port connects directly to the processor core and is used for downloading and debugging applications code A Cyan USB elCE adaptor is supplied with the Development Board although any external elCE adaptor may be used The elCE adaptor connects directly to socket S1 Four serial ports are available on the Development Board Two of these may be buffered by an external LTC1386CS transceiver device The unbuffered serial port signals 3 3V are available on header J1 and the buffered ElA TIA 562 level signals are available on header J3 Four 12 bit analogue inputs on the eCOG1X device are available on header J2 The Development Board can be powered from an external 5V d c power supply connected via header J4 or from the USB 5V via the elCE debug connection on S1 22 January 2008 Cyan Technology Ltd Page 9 eCOG1X Low Cost Development Kit Version 1 0 7 eCOG1X USB elCE Adaptor 7 1 Overview The USB elCE adaptor provides a connection from the host PC to the target eCOG1 family device A number of different elCE adaptors are available from Cyan Technology The device driver software for the host PC is included in the CyanIDE installation Figure 2 eCOG1X USB elCE adaptor The Cya
8. Comments DuartEcho eCOG1XE01A cyp CyanlDE project file cstartup asm C environment initialisation pack asm C const and init data segments eCOG1XE01A cfg Peripheral configuration file internal map Memory map main c Application code 22 January 2008 Cyan Technology Ltd Page 7 5 7 1 5 7 2 eCOG1X Low Cost Development Kit Version 1 0 Simulator Examples The following example simulator applications are also included with CyanIDE They can be found in the lt examples simulator gt directory located below the CyanIDE installation directory Example Comments primes Searches for prime numbers oscillator Example of using a simulated memory mapped device primes The primes application searches for prime numbers and displays results in the Debug Output Window The results are displayed using an implementation of putchar that includes the assembler PRINT instruction The simulator interprets this instruction according to the Print mode option in Project Properties printing a character a hexadecimal value or raising an exception File Comments primes cyp CyanIDE project file cstartup asm C environment initialisation pack asm C const and init data segments irq asm Entry point and interrupt vectors primes c Application code putchar c Character output routine simulator map Memory map oscillator The oscillator application reads a
9. Ensure that CyanIDE is closed down before disconnecting the USB cable or powering down the target system CyanIDE may report an error message on its first attempt to connect to the target system via elCE This occurs when it tries to find a connection to a target system on the parallel port instead of the USB port Repeat the command and CyanIDE should connect to the USB elCE target system successfully If the debugger still does not start check that power is present on the target system that all required jumper links are fitted and that the USB cable is connected correctly to the host PC 22 January 2008 Cyan Technology Ltd Page 14 Version 1 0 eCOG1X Low Cost Development Kit ircuit Diagram Appendix B z Jo 3945 yosy Nag 34 9093 au buaj j 00Z 01 70 uequiny Bular q 19qUINN pipog Aed 3919090 ABojouyse uDAo uga 10801 _Luge 11901 uge 1201 Luga LL oe AND A dda uga _ uga _ uga 1 601 ZIT LLO 649 697 ANO 421 dol T 89 2x 22 aye id E 1 92 omx M01 y 2 89275 Pr IX so Ul IDK MOT Be 1007 103 UBIH ag 6 1 25 O 9 103x 19004 v r AND M ASO NL LO al Page 15 Cyan Technology Ltd 22 January 2008 Version 1 0 eCOG1X Low Cost Development Kit T z yjesys osy sq x oooe uequiny J49QUINN pinog Asq 3919
10. Table 3 J2 connections Cyan Technology Ltd Version 1 0 Page 12 eCOG1X Low Cost Development Kit Version 1 0 8 8 3 J3 Buffered Serial Ports Pin Name Description Port Function 1 GND OV supply 2 UART1_TX Transmit data output PortA 0 UART1A TX 3 UART1 RX Receive data input PortA 1 UART1A RX 4 UART2 TX Transmit data output PortA 2 UART1B TX 5 UART2 RX Receive data input PortA 3 UART1B RX 6 GND OV supply Table 4 J3 connections 8 8 4 J4 Power Pin Name Description Notes 1 PWR 5V supply Square pad next to J4 label 2 GND OV supply Round pad 22 January 2008 Table 5 J4 connections Cyan Technology Ltd Page 13 eCOG1X Low Cost Development Kit Version 1 0 Appendix A Important Notes The following recommendations should be observed when using the USB elCE adaptor Connect the USB cable from the elCE adaptor directly to the host PC not via an external hub CyanIDE can fail to restart the elCE debug connection after any errors if the USB device is connected via an external hub e The memory window in CyanIDE can be quite slow to refresh across the USB elCE link Close the memory window when it is not required to improve the speed of response to commands Do not disconnect the USB elCE cable or power down the target system while CyanIDE is running This can cause CyanIDE to hang up on the next attempt to connect to the target system via elCE
11. simulated ADC which is generating data representing a sine wave and writes a filtered value back to a memory location The filtered value is logged to a file File Comments oscillator cyp CyanIDE project file cstartup asm C environment initialisation pack asm C const and init data segments irq asm Entry point and interrupt vectors oscillator c Application code putchar c Character output routine oscillator py Simulated ADC written in Python The Run on project load option for this file is set simulator map Memory map includes CUSTOM entry 22 January 2008 Cyan Technology Ltd Page 8 eCOG1X Low Cost Development Kit Version 1 0 6 Development Board 6 1 Overview Figure 1 eCOG1X low cost development board The eCOG1X low cost development board has the following major features eCOG1X1A5 microcontroller with 512Kbytes flash memory and 24Kbytes SRAM or eCOG1XE01A6 microcontroller with 64Kbytes flash memory and 8Kbytes SRAM e 10 way right angle socket for the elCE debug port S1 Four serial ports two with optional ElA TIA 562 transceiver Four 12 bit analogue inputs Two user status LEDs Hardware reset pushbutton Free pads or pin headers for input and output port connections Powered from the elCE adaptor or from an external 5V d c power supply 6 2 Description The eCOG1X microcontroller has a 16 bit CPU architecture and a wide range of on chip
12. 00MB free disk space e 512MB memory 1GB recommended A spare USB port A spare serial port optional e System administrator privileges are required for software installation 1 3 Additional Documents 1 eCOG1X or eCOG1XE01 User Manual CyanIDE User Manual eCOG1X USB elCE Programming Adaptor User Manual 1 4 Part Identification In this document any reference to eCOG1 means the generic chip and is applicable to all versions All eCOG1 devices are suffixed according to their version any reference to a particular version such as eCOG1XE01A6 is specific to that version 22 January 2008 Cyan Technology Ltd Page 1 2 eCOG1X Low Cost Development Kit Version 1 0 Quick Start Please also read Appendix A Important Notes 2 1 2 2 Set Up System Unpack and check contents of kit Install CyanIDE V1 4 3 or later development software and USB device drivers See section 4 Installing CyanIDE for more details Connect the Cyan eCOG1X USB elCE adaptor to socket S1 on the development board Connect the USB cable between the elCE adaptor and the host PC Copy the Example Projects CyanIDE includes a range of example projects for the development kits copied during installation into the lt examples gt directory under the CyanIDE install directory usually xCAProgram Files Cyan Technology CyanIDE gt The installation process also creates a lt CyanIDE Projects directory in the user s My Documents folder The eCOG1X low cost
13. 099 ABojouyoe unk Page 16 Cyan Technology Ltd 22 January 2008 Version 1 0 eCOG1X Low Cost Development Kit Appendix C Board Layout py ABojouyoe UA 200Z 9 V A9Y PIDO LX Aeq 1800 MOT Page 17 Cyan Technology Ltd 22 January 2008
14. 8 4 Analogue Inpulse ma sa ia si Kira ee me PIGAIN aa Ol E dv 11 ee aie wa E IA O nG SN Kaya tao XX 11 GR SER Misra AAA Aa daa 11 8 7 Timers and Counters 11 8 8 Input Output Connections 12 Appendix A Important Notes 14 22 January 2008 eCOG1X Low Cost Development Kit Version 1 0 Cyan Technology Ltd Page iii eCOG1X Low Cost Development Kit Version 1 0 Appendix B Circuit Diagram Appendix C Board Layout 22 January 2008 Cyan Technology Ltd Page iv eCOG1X Low Cost Development Kit Version 1 0 List of Tables OV PQ Na 22 January 2008 ST1 elCE connections hana aS Ace tea dee DAGA 11 SM CONNESCONS cess sehr asec A A die Ra Aa NN 12 JZ COMNECHONS barda Dr naa 12 JSICONNMECUONS rae A A Ka TA KAKA eae Asa 13 J4 CONNECTIONS A a eed cated Be A ae a 13 Cyan Technology Ltd Page v eCOG1X Low Cost Development Kit Version 1 0 1 Introduction This document describes the eCOG1X Low Cost Development Kit 1 1 Development Kit Contents Low cost development board fitted with an eCOG1X1A5 or an eCOG1XE01A6 device Cyan eCOG1X USB elCE adaptor USB cable A to mini B CD ROM containing CyanIDE development software and documentation 1 2 Requirements A Windows based PC system minimum 1GHz CPU speed higher speed recommended Windows 2000 or Windows XP operating system 1
15. Comments SoftwareTrigger eCOG1XE01A cyp CyanlDE project file cstartup asm C environment initialisation pack asm C const and init data segments eCOG1XE01A cfg Peripheral configuration file internal map Memory map main c Application code 5 4 General Examples 5 4 1 Timers This example demonstrates the use of the timers available in the eCOG1X It uses UART1A to output text to a terminal File Comments Timers eCOG1XE01A cyp cstartup asm CyanIDE project file C environment initialisation pack asm C const and init data segments eCOG1XE01A cfg Peripheral configuration file internal map Memory map main c Application code 22 January 2008 Cyan Technology Ltd Page 6 eCOG1X Low Cost Development Kit Version 1 0 5 5 GPIO Examples 5 5 1 Flash LEDs This application flashes the LEDs on the development board in sequence It uses UART1A to output text to a terminal File Comments FlashLEDs eCOG1XE01A cyp CyanlDE project file cstartup asm C environment initialisation pack asm C const and init data segments eCOG1XE01A cfg Peripheral configuration file internal map Memory map main c Application code 5 6 Serial Examples 5 6 1 DUART Echo This example echoes back out any incoming characters from the UART1A serial port It uses the serial lib routines to provide circular buffering and interrupt support File
16. SET Active low reset connected in parallel with the reset switch Table 1 S1 elCE connections The Cyan USB elCE adaptor provides 5V d c on the VDD_EICE pin from the USB hub on the host PC 8 3 Serial Ports Four UART serial ports are available The unbuffered serial port signals are provided on header J1 Two of the serial ports may be buffered to EIA TIA 562 levels by an external LTC1386CS transceiver device The buffered signals for these two serial ports are provided on header J3 8 4 Analogue Inputs Connections to four analogue inputs on the eCOG1X on chip 12 bit analogue to digital converter are provided on header J2 8 5 12C The eCOG1X processor on the development board has an I2C compatible serial port The I2C SCL and SDA signals are available on header J1 8 6 SPI The eCOG1X processor has an SPI compatible serial port using a standard four wire connection The SPI SCLK MOSI MISO and CS signals are available on header J2 8 7 Timers and Counters The eCOG1X device has a total of five general purpose timers and counters available Four timer counter input and output signals are available on header J2 22 January 2008 Cyan Technology Ltd Page 11 eCOG1X Low Cost Development Kit 8 8 Input Output Connections 8 8 1 J1 Pin Name Description Port Function 1 3 3V 3 3V supply 2 3 3V
17. development board is described in CyanIDE as the eCOG1XE01 development board It is recommended that the examples for this board are copied from the the lt examplesleCOG1XE01 dev board directory into the user s projects directory before use to avoid making any changes to the original examples 2 3 Open the My Documents directory and browse into the CyanIDE Projects directory This includes a shortcut to the CyanIDE examples directory Open the sCyanIDE Examples shortcut and then the lt eCOG1XE01 dev board directory Type ctrl A or click Edit gt Select All to select all the eCOG1XE01 example projects then type ctrl C or click Edit gt Copy to copy them to the clipboard Click the Back button twice to return to the CyanIDE Projects directory Type ctrl V or click Edit gt Paste to paste the example projects from the clipboard into the current directory Running an Example Project As an introduction try the FlashLEDs example project located in the GPIO FlashLEDs directory Start CyanIDE From the main menu select Project 5 Open and browse to the LCD example directory lt CyanIDE Projects GPIO FlashLEDs gt Select the project file lt cyp gt and click Open CyanIDE loads the project and displays the files included in the project in the navigator pane at the left of the main window Select Build gt Rebuild All from the main menu This compiles the project source files and links the object code into a download image file
18. iggering ADC conversions in software General General purpose examples Timers Shows the use of all the eCOG1X timers GPIO Examples using the GPIO connections FlashLEDs Flashes LEDs in sequence on the development board Serial Serial port example DuartEcho Echoes received characters on UART1A 5 2 Serial Port Configuration Many examples use one of the serial ports to report results or display messages Use a terminal program such as HyperTerminal to communicate with the application The default serial port configuration is shown below e 9600 Baud 8 data bits no parity bits one stop bit e flow control 22 January 2008 Cyan Technology Ltd Page 5 eCOG1X Low Cost Development Kit 5 3 Analogue Examples 5 3 1 Counter Trigger Version 1 0 This example uses CNT 1 to trigger ADC conversions This is performed in the background while the application waits for the user to press a key a blocking operation It uses UART1A to output text to a terminal and receive keyboard input File Comments CounterTrigger eCOG1XE01A cyp CyanIDE project file cstartup asm C environment initialisation pack asm C const and init data segments eCOG1XE01A cfg Peripheral configuration file internal map Memory map main c Application code 5 3 2 Software Trigger This example performs ADC conversions by triggering the conversion from software It uses UART1A to output text to a terminal File
19. n eCOG1X USB elCE adaptor has the following major features Cyan eCOG1X5A5 device providing USB interface to host PC e Local control of elCE debug interface transactions gives higher performance USB mini B socket USB cable A to mini B for host PC connection 10 way boxed header for elCE debug port e Powered from USB 5V supply e V supply connection available for low power target systems 7 2 Description This adaptor uses the Cyan eCOG1X5A5 device to implement the USB interface to the host PC system A standard USB cable connects to the host side of the unit via a mini B USB socket The PC end of the cable has a type A USB connector fitted The elCE connection to the eCOG1X1A5 or eCOG1XE01 target device is via a 10 way boxed header that connects directly into the 10 way socket on the development board The eCOG1X5A5 device provides the USB interface to the host PC and digital inputs and outputs for the elCE signals Configuration data including serial numbers USB PID and VID numbers and identifier strings is stored in the eCOG1X internal flash memory This configuration data is required to allow the unit to identify itself to the host PC during the USB device enumeration process and for the PC then to select the correct device driver files The Cyan USB elCE adaptors are loaded with the required configuration data during functional test The adaptor is powered from the 5V supply available on the host USB connection Local
20. r registered account name and password for the support forum to download this file e Execute the downloaded file to install the development software Follow the instructions presented by the installation program Installing the USB elCE Driver CyanIDE V1 4 3 includes the driver files for the eCOG1X USB elCE adaptor as standard and it is not necessary to install them separately When an elCE adaptor is connected to a PC for the first time the USB enumeration process identifies it as new hardware and Windows starts the Found New Hardware process Driver installation under Windows 2000 and Windows XP is fully automatic and does not require any user interaction 22 January 2008 Cyan Technology Ltd Page 4 eCOG1X Low Cost Development Kit Version 1 0 5 CyanIDE Examples CyanIDE includes a number of example software projects pre configured for use with the eCOG1X development boards the eCOG1k development and evaluation boards or the eCOG1 simulator The examples for the eCOG1X low cost development board are described briefly in the table below 5 1 Development Board Examples The following example applications for the eCOG1X low cost development board eCOG1XE01 development board are included as standard with CyanIDE V1 4 3 Example Comments Analogue Examples showing the use of the analogue peripheral CounterTrigger Using the CNT1 counter to trigger ADC conversions SoftwareTrigger Tr
21. uide any error or omission in such information or any incorrect use of the product This product is not designed or intended to be used for on line control of aircraft aircraft navigation or communications systems or in air traffic control applications or in the design construction operation or maintenance of any nuclear facility or for any medical use related to either life support equipment or any other life critical application Cyan Technology Ltd specifically disclaims any express or implied warranty of fitness for any or all of such uses Ask your sales representative for details cyan 22 January 2008 Cyan Technology Ltd Page i eCOG1X Low Cost Development Kit Version 1 0 Revision History Version Date Notes V1 0 22 01 2008 First release 22 January 2008 Cyan Technology Ltd Page ii Contents Histor Tables x Bad Paka tarada aa wide SS ate aS ale 23 V 1 FT TOQUCLOL s 00 6 a anne uba ea m 1 1 1 Development Kit Contents 1 1 2 Requirements x3 3al kerka La aa a d ia eatin NG 1 1 3 Additional Documents 1 1 4 Partidentification 1 2 QUICK Sar lt lt sn A e AD ded are wee EA ay H Kai 2 2 1 Set Up OVS Mrs du a RS NES k ie ee n ye o ba 2 2 2 Copy the Example Projects 2 2 3 Running an Example Project
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