installation guide for mv6410 (windows ce 6.0)boardset.com/manual/mv6410_windowsce_guide.pdf ·...

MV6410 Windows CE 6.0 Guide MicroVision

MV6410 Windows CE 6.0 Guide 1

Installation Guide for MV6410

(Windows CE 6.0)

MicroVision.,Cd.Ltd



Document Information

Version 1.0

File Name MV6410 Windows CE 6.0 Guide.doc

Date 2009.1.29.

Satus Working

Revision History

Date Version Update Descriptions Editor

2009.1.29. V1.0 First Edition Jongill Wee

MV6410-LCD

Author: MicroVision. Co., Ltd.

Publisher: MicroVision. Co., Ltd.

Tel: +82-2-3283-0101

Fax: +82-2-3283-0160

E-mail: [email protected]

Homepage: www.microvision.co.kr, www.mvtool.co.kr

#610 Hanshin IT Tower 235, Guro3-dong, Guro-gu, Seoul, Korea

MicroVision. Co., Ltd.

Copyright @1991 MicroVision Co., Ltd. ,



Contents……………………………...…...…

1. Outline 4/91

2. Spec.

2.1. An Arrangement Plan 5/91

2.2. Packages 6/91

2.3. H/W Lists 7/91

3. Memory Map (oemaddrtab_cfg.inc) 8/91

4. Doing Boot mode Configuration 9/91

5. To Install Windows Embedded CE 6.0 12/91

6. Setting Up Windows CE 6.0 29/91

6.1. Setting up Environmental Windows CE 6.0 29/91

6.2. To Add to Catalog Items 41/91

7. Setting for downloading Host PC to Board 50/91

8. Making SDK 64/91

9. Loading Application of Camera 70/91

10. Needs for Porting 76/91

11. Doing Execution Camera, DMB, TVOUT 87/91

11.1 Camera 87/91

11.2 DMB 90/91

11.3 TV OUT 91/91



1. Outline

The MV6410 is a 16/32-bit RISC microprocessor, which is designed to provide a cost-effective, low-power

capabilities, high performance Application Processor solution for mobile phones and general applications.

To provide optimized H/W performance for the 2.5G & 3G communication services, the MV6410 adopts

64/32-bit internal bus architecture. The 64/32-bit internal bus architecture is composed of AXI, AHB and

APB buses. It also includes many powerful hardware accelerators for tasks such as motion video

processing, audio processing, 2D graphics, display manipulation and scaling. An integrated Multi Format

Codec (MFC) supports encoding and decoding of MPEG4/H.263/H.264 and decoding of VC1. This H/W

Encoder/Decoder supports real-time video conferencing and TV out for both NTSC and PAL mode.

Graphic 3D (hereinafter 3D Engine) is a 3D Graphics Hardware Accelerator which can accelerate OpenGL

ES 1.1 & 2.0 rendering. This 3D Engine includes two programmable shaders: one vertex shader and one

pixel shader.

The MV6410 has an optimized interface to external memory. This optimized interface to external memory

is capable of sustaining the high memory bandwidths required in high-end communication services. The

memory system has dual external memory ports, DRAM and Flash/ROM. The DRAM port can be

configured to support mobile DDR, DDR, mobile SDRAM and SDRAM. The Flash/ROM port supports

NOR-Flash, NAND-Flash, OneNAND, CF and ROM type external memory.

To reduce total system cost and enhance overall functionality, the MV6410 includes many hardware

peripherals such as a Camera Interface, TFT 16-bit true color LCD controller, System Manager (power

management & etc.), 4-channel UART, 32-channel DMA, 5-channel 32bit Timers with 2PWM output,

General Purpose I/O Ports, I2S-Bus interface, I2C-BUS interface, USB Host, USB OTG Device operating

at high speed (480Mbps), 3-channel SD/MMC Host Controller and PLLs for clock generation. The ARM

subsystem is based on the ARM1176JZF-S core. It includes separate 16KB Instruction and 16KB data

caches, 16KB Instruction and 16KB Data TCM. It also includes a full MMU to handle virtual memory

management. The ARM1176JZF-S is a single chip MCU, which includes support for JAVA acceleration.

The ARM1176JZF-S includes a dedicated vector floating point coprocessor allowing efficient

implementation of various encryption schemes as well as high quality 3D graphics applications. The

MV6410 adopts the de-facto standard AMBA bus architecture. These powerful, industry standard features

allow the MV6410 to support many of the industry standard Operating Systems.



2. Spec.

2.1 An Arrangement Plan

- MAIN BOARD -

- BASE BOARD, Front -



- BASE BOARD, Back -

2.2. Packages

- Package Lists -



2.3. H/W Lists

ITEM Spec. Description

CPU S3C6410X ARM1176JZF-S CORE (533/667MHz) UFP / SIMD

SDRAM SAMSUNG mDDR 128MByte, 32bit access, clock speed 266MHz

NAND FLASH SAMSUNG NAND LARGE BLOCK 1Gb (128MByte)

NOR FLASH AMD NORFLASH 8Mb (1MByte), 16Bit (LIMIT 64Kbit)

AUDIO CODEC WM9713 STEREO 400mW, MIC IN, HEAD SET

GRAPHIC 3D/2D OpenGL 3D / 2D GRAPHIC CONTROLLER

USB 2PORT USB 2.0 OTG (HOST, CLIENT), USB HOST 1.1

UART 4PORT UART0: DEBUG, UART1: Bluetooth,

UART2: GPS, UART3: RXD, TXD, GND

VIDEO, (TV-OUT) 2PORT COMPOSITE

DMB GAON DMB GAON GDM-801, 1Ch SoC DAB/DMB Module, RF + BB :

T3500

CAMERA MICRON 2M PIXEL AUTO FOCUS , PREVIEW & SNAP SHOT

ETHERNET CS8900 10 BASE-T, LINK LED

SD/MMC 1PORT SD Host & High Speed Multi-Media Card Interface

HDD 1PORT FPC/FFC Connector Interface

BLUETOOTH UART1 BLUETOOTH TECHNOLOGY BASE ON CSR BC04-ROM

GPS GAON GPS

MODULE

GAON GGM-150E, SiEF Star III, GPS Engine Without

Antenna Engine Type, Size 15X13X27

LCD 7’WVGA 800X480 16bit (Data enable mode )

Battery (Option) 1530mAH @3.7V FULL OPERATION 1 HOUR

CHARGER,PMIC SMB122 AC & BATTERY SWITCHING 기능. PROTECTION,

AC PRESENT, CC-CV



3. Memory Map (oemaddrtab_cfg.inc)

NAME Physical Address Virtual Address Size(MB)

128MB DRAM 0x80000000 0x50000000 128

SROM SFR 0x90000000 0x70000000 4

TZIC0 0x90400000 0x71000000 4

FIMG-3DSE SFR 0x90800000 0x72000000 2

Indirect Host I/F 0x90A00000 0x74000000 2

USB Host 0x90C00000 0x74300000 2

DMA0 0x90E00000 0x75000000 2

2D Graphics 0x91000000 0x76100000 3

Post Processor 0x91300000 0x77000000 3

Camera I/F 0x91600000 0x78000000 1

JPEG 0x91700000 0x78800000 1

USB OTG LINK 0x91800000 0x7C000000 5

D&I (Security Subsystem Config) SFR 0x91D00000 0x7D000000 13

DMC, MFC, WDT, RTC, HSI TX/RX,

Keypad, ADC, SYSCON

0x92A00000 0x7E000000 1

TZPC, AC97, I2S, I2C, UART, PWM,

IrDA, GPIO, PCM, SPI

0x92B00000 0x7F000000 1

32 MB SROM (SRAM/ROM) BANK 0 0x93000000 0x00000000 16

CS8900 BANK 1 0x94000000 0x18000000 32



4. Doing Configuration Boot of mode.

▶ NAND Flash Boot Mode, DIP Switch

▶ NOR Flash Boot Mode, DIP Switch



▶ JUMP Mode

To Do Configuration JTAG

When you use JTAG Emulator.



When you use JTAG Dongle.



5. To Install Windows Embedded CE 6.0

Your host PC System Requirements

▶ PC with 933MHz or faster processor, 2GHz recommended

▶ Windows 2000 Professional Service Pack4, Windows XP Professional Service Pack2

▶ 512MB of RAM, 1GB recommended

▶ 118GB of available space required on installation derive

▶ DVD-ROM

I would like to recommend Windows full Update through the web site of Microsoft

before installing Windows CE 6.0

Procedure

▶ Step1 Installing Visual Studio 2005

▶ Step2 Updating Visual Studio 2005 Service Pack 1

▶ Step3 Installing Windows CE 6.0

▶ Step4 Updating .NET Compact framework 2.0 Service Pack 1

▶ Step5 Updating Windows CE 6.0 Service Pack 1

▶ Step6 Updating Windows CE qfe 2006

▶ Step7 Installing Virtual Machine Network Driver

▶ Step8 Updating Windows CE 6.0 R2

▶ Step9 Updating Windows CE qfe 2007, 2008



Step1 Installing Visual Studio 2005

Please, Insert the Visual Studio 2005 CD disc 1 in the appropriate drive of your PC

Select “Install Visual Studio 2005 ”

Click “NEXT”



Select “I accept the terms of the license agreement”,

Fill in the product key and then Click “NEXT”

Select “install”



Make an exchange CD 2 Disc and then, Click “OK”

Select “Finish”



Step2 Updating Visual Studio 2005 Service Pack 1

Connect Web Site http://www.microsoft.com/downloads/

Enter a key word “Visual Studio 2005 Service Pack 1 or

VS80sp1-KB926601-X86-ENU.exe” search for VS 2005 SP1

Click “RUN”

Click “OK”



Click “I accept”

Click “OK”



Step3 Installing Windows CE 6.0

Click “NEXT”

Fill in the product key and then, Click “NEXT”



Select “I accept the terms in the license Agreement”, Click “NEXT”

You have to add to ARMV4I for the use of the ARM of Core



Select “I accept the terms in the license agreement”, Click “NEXT”

Select “Install”



Click “Finish”

Step4 Updating .NET Compact framework 2.0 Service Pack 1


Enter a key word “.NET Compact framework 2.0 Service Pack 1”



Step5 Updating Windows CE 6.0 Service Pack 1


Enter a key word “Windows Embedded CE 6.0 Platform Builder Service Pack 1”

Click “RUN”

Click “NEXT”




Select “Install”



Click “Finish”

Step6 Updating Windows CE qfe 2006


Enter a key word “Windows Embedded CE 6.0 qfe”

Step7 Installing Virtual Machine Network Driver


Enter a key word “Virtual Machine Network Driver”



Step8 Updating Windows CE 6.0 R2


Enter a key word “Windows Embedded CE 6.0 R2”

Click “RUN”

Click “NEXT”




Click “NEXT”



Click “Install”

Click “Finish”



Step9 Updating Windows CE qfe 2007, 2008


Enter a key word “Windows Embedded CE 6.0 qfe”



6. Setting up Windows CE 6.0

6.1. Setting up Environment Windows CE 6.0

In this chapter, you can understand how to copy the MV6410 Windows CE 6.0 BSP

and Setup the Platform Builder.

First,

Doing into the “Properties” In CD \Sources\WindowsCE\PLATFORM



Please remove “Read-only” and then click “OK”

Click “OK”



To start the BSP installation, copy MV6410 BSP in \SRC\WindowsCE\PLATFORM

directory to C:\WINCE600\PLATFORM directory on your host PC.



Please Make new folder “\OSDesigns\MV6410” directory and then,

Copy all of files MV6410.pbxml BSP in \Sources\WindowsCE\OSDesigns\MV6410

directory to C:\WINCE600\OSDesigns\MV6410 directory on your host PC.



Execute MV6410.pbxml in C:\WINCE600\OSDesigns\MV6410

Select “ Platform Builder Development Settings” Click “Start Visual Studio”



This is Windows CE 6.0 included MV6410 BSP

Click, Project -> MV6410 Properties



The OS Design Properties Pages window appears on your screen. Select Locale tab and click

Clear All button. It clears all the language settings in your platform. Now select English (United

States)

Now please uncheck the square boxes Enable KITL (no IMGNOKITL=1) in the Build Options

Properties in OS Design Properties Pages window and then click OK button.



If you want to start over through New Platform, nothing copy “MV6410.pbxml”

Please the following window appears on your screen.

On the File menu in the Visual Studio 2005 window, click New -> Project

The following window appears on your screen. Click “OK” to continue



Click “NEXT”

The Board Support Packages (BSPs) window appears on your screen.

Select MV6410: ARMV4I and then click “Next”



Select PDA Device from Available design templates list and then click “Next”

Select Mobile Handheld from Available design Variants list and then click “Next”



Select the Application & Media you want to include in your platform and then click “Next”

The Networking & Communications wizard window appears on your screen. Click “Finish”



Click “Acknowledge”

Done



6.2 To Add to Catalog Items

▶File System-RAM and ROM File System add

▶Registry Storage-RAM-based Registry add

▶Storage Manager-Binary Rom Image file System add

▶Storage Manager-FAT File System add

▶Storage Manager-Storage Manager Control Panel Applet add



▶Graphics-Direct3D Mobile add

▶Graphics-DirectDraw add

▶Media-DirectShow Video Capture add

▶Media-Video Codes and Renderers-WMV/MPEG-4 Video Codec add

▶Media-Windows Media Player add



▶ USB Function Driver add

▶ USB Host Support add

▶ USB Human Input Device(HID) Class Driver add

▶ USB HID Keyboard and Mouse add

▶ USB Storage Class Driver add



▶ OBEX File Brower add

▶ OBEX Inbox add



▶SD Memory add

▶USB Function Clients-Mass Storage add

▶USB Function Clients-serial add

▶Windows Embedded CE Test Kit add



▶ Serial Infrared (SIR) add

▶Bluetooth add



▶ For SDIO, add



Please make sure “MV6410 ARMV4I Release”

Click Build -> Advanced Build Commands -> Sysgen



Sysgen successful



7. Setting for downloading Host PC to Board

In this chapter, you can understand how to download STEPLDR.bin, Eboot.bin and

NK.bin. Please the following window appears on your screen.

First, you have to set up environment such as Board with Host PC and then Connect

USB 2.0 Device with your Host PC to download through USB and also UART for

monitoring.

To do configuration NOR Flash through the Dipswitch.

▶ NOR Flash Boot Mode, DIP Switch



Run DNW in \Sources\DNW

On the Configuration menu, click Options to set the UART/USB options. The following

window appears on your screen. Select Baud Rate and COM Port as shown in figure

“UART/USB options”, enter the download address as 0x50030000 and then click OK

button. But you want to work NK.nb0 without eboot.nb0 through the NOR Flash that

have to setup address 0x50100000 on the DNW.



On the Serial Port menu, click Connect. Switch ON the reference board and then press

any key and then install the USB driver in \Sources\DNW driver directory.



Enter “0”, On the USB Port menu, click “Transmit” and the following window appears

on your screen. Select EBOOT.nb0 file from C:\WINCE600\OSDesigns\MV6410

\RelDir\MV6410_ARMV4I_Release directory and then click “Open”



As soon as EBOOT.nb0 download is over, the following messages appear in the DNW

window. Please hit the SPACE BAR key to view the current Ethernet Boot Loader

Configuration. Configure the Ethernet Boot loader as follows by entering the respective

options.



This is Eboot. Click number “6”(Enabled) and then “U”

USB Port menu, click UBOOT(WINCE500) -> UBOOT



Select STEPLDR.bin file from C:\WINCE600\OSDesigns\MV6410\RelDir

\MV6410_ARMV4I_Release directory and then click “Open”



REBOOT



Enter “0”, On the USB Port menu, click “Transmit” and the following window appears

on your screen. Select EBOOT.nb0 file from C:\WINCE600\OSDesigns\MV6410

\RelDir\MV6410_ARMV4I_Release directory and then click “Open”



As soon as EBOOT.nb0 download is over, the following messages appear in the DNW

window. Please hit the SPACE BAR key to view the current Ethernet Boot Loader

Configuration. Configure the Ethernet Boot loader as follows by entering the respective

options.



This is Eboot. Click number “6” (Enabled) and then “U”

USB Port menu, click UBOOT(WINCE500) -> UBOOT



Select EBOOT.bin file from C:\WINCE600\OSDesigns\MV6410\RelDir




Please reboot After Setting NAND of Boot

▶ NAND Flash Boot Mode, DIP Switch

The following window appears on your screen. First make sure number 6 “Enabled” and

then Select F -> 9 -> U



Select NK.bin file from C:\WINCE600\OSDesigns\MV6410\RelDir


But you want to work NK.nb0 without eboot.nb0 through the NOR Flash that have to

setup address 0x50100000 on the DNW.

Done



8. Making SDK

You’d like to use Visual Studio 2005 with Application of program. You should make SDK.

Please the following window appears on your screen

Project menu, -> Click “Add New SDK”

Fill in your wants name and then click “OK”



Build menu, -> Click “Build All SDKs”



Install SDK.mis in C:\WINCE600\OSDesigns\MV6410\SDKs\SDK2\MSI directory

Click “NEXT”

Select “Accept” -> Click “NEXT”



Click “NEXT”

Select “Complete”



Click “NEXT”

Click “Install”



Click “Finish”



9. Loading Application of Camera

Run Visual Studio 2005



Click File -> NEW -> Project

Select “Smart Device” -> “MFC Smart Device Application” -> Fill in name and then click “OK”



Click “NEXT”

Select “MV6410” Press the button “>” and then click “NEXT”



Select “Dialog based”, “Use MFC in a static library” and then click”NEXT”

Click “NEXT”



Select “ActiveX controls” Click “NEXT”

Select “Ccamera_testApp” Click”Finish”



Done



10. Needs for Porting

CPU Selection

▶In order to port bsp of MV6410 from bsp of SMDK6400 easily. there is pre-defined

values for CPU Name in three files

C:\WINCE600\PLATFORM\MV6410\MV6410.bat

C:\WINCE600\PLATFORM\MV6410\SRC\Inc\bsp_cfg.h

C:\WINCE600\PLATFORM\MV6410\SRC\Inc\s3c6410.inc


set BSP_SMDK6410=1

set BSP_SMDK6400=

set BSP_SMRP6410=

C:\WINCE600\PLATFORM\MV6410\Src\Inc\bsp_cfg.h

#define S3C6400 (1)

#define S3C6410 (2)

#define CPU_NAME (S3C6410)

C:\WINCE600\PLATFORM\MV6410\SRC\Inc\s3c6410.inc

CPU_NAME SETA S3C6410



System Clock Configuration

▶You can change System Clock Speed (including CPU Clock)

▶There are three pre-defined values for control system clock speed in two files

MV6410\SRC\Inc\bsp_cfg.h

MV6410\SRC\Inc\s3c6410.inc

▶Default setting is 532Mhz/133Mhz/33.25Mhz. (ARM/HCLK/PCLK)


#define S3C6410_APLL_CLK CLK_667MHz // CYM - MV6410 667MHz

//#define S3C6410_APLL_CLK CLK_800MHz

//#define S3C6410_APLL_CLK CLK_1066MHz

MV6410\SRC\Inc\s3c6410.inc

S3C6410_APLL_CLK SETA CLK_667MHZ ; CYM - MV6410(667MHz)

;S3C6410_APLL_CLK SETA CLK_800MHZ

;S3C6410_APLL_CLK SETA CLK_1066MHZ



LCD Display Module Configuration

▶You can change LCD module type for SMDK6410 board

▶There are four pre-defined LCD module configuration in BSP

LTS222 : Portrait 2.2” QVGA

LTV350 : Landscape 3.5” QVGA (SMDK6410 Base Board Rev0.0)

LTE480 : Landscape 4.8” WVGA (SMDK6410 Base Board Rev0.1)

EMUL48_D1 : Landscape 4.8” WVGA works as D1 (720x480)

EMUL48_QV : Landscape 4.8” WVGA works as QVGA (320x240)

EMUL48_PQV : Landscape 4.8” WVGA works as PQVGA (240x320) Rev0.1)

LTP700 : Landscape 7” WVGA


#define LCD_MODULE_LTS222 (0)// Portrait 2.2" QVGA RGB16

#define LCD_MODULE_LTV350 (1)// Landscape 3.5" QVGA RGB16

#define LCD_MODULE_LTE480 (2)// Landscape 4.8" WVGA RGB16

#define LCD_MODULE_EMUL48_D1 (3)// Landscape 4.8" WVGA RGB16 as D1 (720x480)

#define LCD_MODULE_EMUL48_QV (4)// Landscape 4.8" WVGA RGB16 as QVGA (320x240)

#define LCD_MODULE_EMUL48_PQV (5)// Landscape 4.8" WVGA RGB16 as PQVGA (240x320)

#define LCD_MODULE_EMUL48_ML (6)// Landscape 4.8" WVGA RGB16 as 480x320

#define LCD_MODULE_EMUL48_MP (7)// Landscape 4.8" WVGA RGB16 as 320x480

#define LCD_MODULE_LTP700 (8)// Landscape 7" WVGA RGB24

#define SMDK6410_LCD_MODULE (LCD_MODULE_LTE480)

If you want use any other module than pre-defined in BSP, you should define several

definitions related to LCD module dimensions as sample code in bsp_cfg.h, and

implement LDI_fill_output_device_information() function and module control functions

(LDI_XXX()) in C:\WINCE600\PLATFORM\MV6410\Src\Drivers\Display



Display Driver Configuration

▶Display device can be disabled. (set BSP_NODISPLAY=1)

▶If you clear BSP_NODISPLAY as following code, Display driver will be included in OS

image

▶Default setting is enabled.


set BSP_NODISPLAY=

Setting BSP_NODISPLAY=1 means that display driver is removed from OS image.



UART Debug Port Configuration

▶There are two UART port available for debug. You can use one port at a time.

▶If you set BSP_DEBUGPORT as following code, Debug port will use UART0

▶Default setting is UART0


set BSP_DEBUGPORT=SERIAL_UART0

@REM set BSP_DEBUGPORT=SERIAL_UART1



▶You can change Baudrate for debug port also

▶Default setting is 115200 bps


#define DEBUG_UART0 (0)




#define DEBUG_BAUDRATE (115200)



NAND Flash

▶For using NAND Flash, timing parameter should be set appropriately

▶The default setting leaves a margin. (TACLS: 7, TWRPH0: 7, TWRPH1: 7)

▶Please set optimal timing parameter for NAND Flash your platform uses


#if (S3C6410_HCLK == CLK_100MHz)

#define NAND_TACLS (7)

#define NAND_TWRPH0 (7)


#elif (S3C6410_HCLK == CLK_133MHz)

#define NAND_TACLS (7)





Touch Screen Driver Configuration

▶Touch screen device can be disabled. (set BSP_NOTOUCH=1)

▶If you clear BSP_NOTOUCH as following code, Touch screen driver will be included

in OS image



set BSP_NOTOUCH=

▶Setting BSP_NOTOUCH=1 means that touch screen driver is removed from OS image.

▶After Changing, Build display driver and make image.

▶Default calibration data is defined in registry. Set proper value for the touch panel

you have.

;------------ Touch Driver -------------------------------------------------

; @CESYSGEN IF CE_MODULES_POINTER

IF BSP_NOTOUCH !

[HKEY_LOCAL_MACHINE\HARDWARE\DEVICEMAP\TOUCH]

"DriverName"="s3c6410_touch.dll"

"MaxCalError"=dword:7

; 3.5" QVGA Landscape

; "CalibrationData"="504,508 233,236 231,788 785,792 790,227"

; 4.8" WVGA Landscape

; for S3C6410 SMRP 12bit


; "CalibrationData"="2026,2006 874,2645 911,1311 3159,1306 3156,2666"; CYM

; "CalibrationData"="2112,2097 994,2756 997,1407 3246,1409 3232,2745"; CYM

; "CalibrationData"="2103,2092 966,2739 964,1388 3225,1392 3212,2738 "; CYM

; "CalibrationData"="2079,2046 977,2696 969,1368 3197,1369 3190,2680"; CYM - 080917


; for S3C6410 12bit


; for S3C6410 10bit





"CalibrationData"="2079,2025 983,2640 983,1416 3187,1428 3177,2632"

; for S3C6400


; 4.8" WVGA Landscape as D1 (720x480)


; 4.8" WVGA Landscape as QVGA Landscape


; 4.8" WVGA Landscape as QVGA Portrait


; 4.8" WVGA Landscape as 480x320


; 4.8" WVGA Landscape as 320x480


ENDIF BSP_NOTOUCH !

; @CESYSGEN ENDIF CE_MODULES_POINTER

;-------------------------------------------------------------------------



Keypad Driver Configuration

▶Keypad/Keyboard device can be disabled. (set BSP_NOKEYBD=1)

▶If you clear BSP_NOKEYBD as following code, Keypad/Keyboard driver will be

included in OS image



set BSP_NOKEYBD=

Setting BSP_NOKEYBD=1 means that keypad/keyboard driver is removed from OS

image.

Power Button Driver Configuration

▶You can enter sleep mode and trigger S/W reset with power button driver

▶Power Button is switch 68 (SW68 in bottom of base board)

▶Reset Button is switch 66 (SW66 in bottom of base board)

▶Power Button driver can be disabled. (set BSP_NOPWRBTN=1)

▶If you clear BSP_NOPWRBTN as following code, Power Button driver will be included

in OS image



set BSP_NOPWRBTN=1

Setting BSP_NOPWRBTN=1 means that Power Button driver is removed from OS image.

After Changing, Build Power driver and make image



AC97 interface

▶Audio driver can be disabled (set BSP_NOAUDIO=1)

▶Default setting is enabled and AC97 interface


set BSP_NOAUDIO=

set BSP_AUDIO_AC97=1

Camera interface

▶Camera driver can be disabled. (set BSP_NOCAMERA=1)

▶Default setting is disabled.

▶If you clear BSP_NOCAMERA as following code, Camera driver will be included in OS

image


set BSP_NOCAMERA=

@REM these drivers will be delivered separately from BSP.

set BSP_NOMFC=

set BSP_NOJPEG=

set BSP_NOOES=

set BSP_NOSERIAL=

set BSP_NOUART0=1

set BSP_NOUART1=

set BSP_NOUART2=

set BSP_NOUART3=1

set BSP_NOIRDA2=1

set BSP_NOIRDA3=1

set BSP_NOI2C=

Setting BSP_NOCAMERAI=1 means that Camera driver is removed from OS image.

After Changing, Build Camera driver and make image

Because Camera driver use I2C interface to control external camera module. You have

to include I2C driver in OS image



SPI interface

▶SPI driver can be disabled. (set BSP_NOSPI=1)

▶Default setting is disabled.

▶If you clear BSP_NOSPI as following code, SPI driver will be included in OS image


set BSP_NOSPI=1

Setting BSP_NOSPI=1 means that SPI driver is removed from OS image.

USB Device

▶USB device can be disabled. (set BSP_NOUSBFN=1)

▶Default setting is enabled and Serial function.

▶If you clear BSP_NOUSBFN as following code, USB device driver will be included in

OS image


set BSP_NOUSBFN=

Setting BSP_NOUSBFN=1 means that USB device driver is removed from OS image.

After Changing, Build display driver and make image.

You can not use USB function device and USB KITL at a time.

Serial Function Driver

▶You can use USB Serial Function driver by setting as follows.

▶Default setting is serial function driver


set BSP_NOUSBFN=

set BSP_USBFNCLASS=SERIAL

@REM set BSP_USBFNCLASS=MASS_STORAGE



Mass Storage Function Driver

▶You can use USB Mass Storage Function driver by setting as follows.


set BSP_NOUSBFN=

@REM set BSP_USBFNCLASS=SERIAL

set BSP_USBFNCLASS=MASS_STORAGE

Host

▶USB device can be disabled. (set BSP_NOUSBHCD=1)


▶If you clear BSP_NOUSBHCD as following code, USB Host driver will be included in

OS image


set BSP_NOUSBHCD=

Setting BSP_NOUSBHCD=1 means that USB Host driver is removed from OS image.

UART

▶UART0, UART1, UART2 and UART3 can be disabled by each setting in BSP.

▶Default BSP setting is disabled.

▶The following codes means enable UART1


set BSP_NOUART0=1

set BSP_NOUART1=

set BSP_NOUART2=

set BSP_NOUART3=1



11. Doing Execution Camera, DMB, TV OUT

11.1 Camera

▶ Connect on the MAIN Board Camera through Camera Cradle Cable

- MAIN BOARD -



Procedure

▶ My Device -> Windows -> CameraDshowApp.exe -> Click ‘OK’

▶ Encode : Click “Stop Cap”, After Click “Start Cap”

▶ Capture : Click ‘Still’

▶ location Saved File: My Device -> release



11.2 DMB

- BASE BOARD Front -

Procedure

▶ Connect DMB with Antenna.

▶ In CD Sources\WindowsCE\DMB

\nexTVTSample_WCE_MFC_MV6410GDM801Ver0Beta_SPI2081010

“nexTVTSample_WCE.exe “ Here DMB Execution of file is.

▶ Copy “s3c6410_spi_gdm801.dll”

to “My Device” -> Paste in the “Windows’” directory..

▶ Execute a nexTVTSample_WCE.exe.



11.3 TV OUT

Procedure

▶ LCD Full screen output : My device -> Windows -> execute

'tvout_test_DMA_Primary'

▶ Video screen under LCD only : My device -> Windows -> 'execute

tvout_test_DMA_Overlay'

▶ Camera input : My device -> Windows -> execute 'tvout_test_DMA_Overlay'

If you want to see LCD Full screen during Video screen or Camera input, please follow

below steps;

tvout_test_DMA_Overlay -> tvout_test_DMA_Disable -> tvout_test_DMA_Primary

If you want to see Video screen or Camera during LCD Full screen, please follow below

steps;

tvout_test_DMA_Primary -> tvout_test_DMA_Disable -> tvout_test_DMA_Overlay

installation guide for mv6410 (windows ce 6.0)boardset.com/manual/mv6410_windowsce_guide.pdf ·...

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