Transcript SAM9261-EK WinCE DEMO

AT91SAM9261-EK WinCE 6.0 DEMO
ATMEL AT91 Application & Support Group
Version 1.O February 2007
- AT91SAM9261 WinCE Demo
AT91SAM9261-EK Boot Solutions
 Jumper J4 (Boot Mode Select) allows to select the Boot Mode
of the AT91SAM9261-EK
 J4 Opened, the AT91SAM9261 boots from the on-chip Boot ROM
- The Boot ROM Memory integrates different programs permitting
download and/or upload into the different memories of the product
- First, it initializes the DBGU and the USB Device Port.
- Then the DataFlash Boot program is executed. It looks for a
sequence of eight valid ARM exception vectors in a DataFlash
connected to the SPI. If a valid sequence is found, code is
downloaded into the internal SRAM. This is followed by a remap
and a jump to the first address of the SRAM.
- If no valid ARM vector sequence is found, SAMBA™ Boot is then
executed. It waits for transactions either on the USB device, or on
the DBGU serial port. Then, user can use SAM-BA GUI to download
binary file into the different memories of the product.
 J4 Closed, the AT91SAM9261 boots from the off-chip memory
connected to NCS0 (No memory is connected on the EK by
default)
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- AT91SAM9261 WinCE Demo
AT91SAM9261-EK
J19: USB Device Interface
5V Power
Supply
J15: DBGU
J4: Boot Mode Select (BMS)
Reset Button
J21: Position 1-2 For DataFlash Access
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- AT91SAM9261 WinCE Demo
AT91SAM9261-EK WinCE Demo
 Software requirements
 Demo WinCE.zip file including:
- Binary Files: BootRam.nb0, EBOOT.nb0 & NK.nb0
 AT91 ISP 1.8 Application installed on your PC
 Microsoft ActiveSync
 The Core Pocket Media Player (TCPMP)
 Hardware requirements
 5V Power supply
 AT91SAM9261-EK Evaluation Kit
 Serial Cross Cable (Female-Female)
 USB Cable
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- AT91SAM9261 WinCE Demo
AT91SAM9261-EK SAM-BA Boot
 Remove DataFlash Jumper (J21)
 Power up the board
 Connect the USB Device Interface (J19) to your PC using
the USB Cable
 If it is the first time an AT91 chip is connected to the PC:
 New Hardware detected
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- AT91SAM9261 WinCE Demo
AT91SAM9261 USB Device Detection
(Only the 1st time an AT91 chip is connected to the PC !)
 Hardware Wizard tool launched (1)
 Select “Yes, this time only”
 Software installation (2)
 Select “Install the software automatically (Recommended)”
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- AT91SAM9261 WinCE Demo
AT91SAM9261 USB Device Installation
(Only the 1st time an AT91 chip is connected to the PC !)
 Searching for driver (1)
 Windows logo testing (2)
 Select “Continue Anyway”
 Installation finished (3)
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- AT91SAM9261 WinCE Demo
AT91SAM9261-EK SAM-BA Boot
 Start SAM-BA GUI Application
 Choose USB Connection (1) and select the AT91SAM9261-EK (2)
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 Click on “Connect” (3)
 Plug DataFlash Jumper (J21) back in position 1-2
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- AT91SAM9261 WinCE Demo
Download DataFlashBoot in DataFlash with
SAM-BA
Select DataFlash AT45DB/DCB tab (1)
Choose Enable Dataflash on CS0 (2) in scripts rolling
menu and press Execute (3)
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- AT91SAM9261 WinCE Demo
Download BootRam.nb0 in DataFlash with
SAM-BA
Choose Send BOOT File (1) in scripts rolling menu
and press Execute (2)
Select file named BootRam.nb0 and press Open.
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- AT91SAM9261 WinCE Demo
Download EBoot.nb0 in DataFlash with
SAM-BA
 Enter “0x5000” in Internal Address text field (1)
 Press on Send File Name Browse button
(2)
 Choose EBOOT.nb0 and press Open
 Press Send File button (3)
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- AT91SAM9261 WinCE Demo
Download WinCE Demo (NK.nb0) in NandFlash with
SAM-BA
 Select NandFlash tab (1)
 Choose NandFlash Init (2) in scripts rolling menu and press
Execute (3)
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- AT91SAM9261 WinCE Demo
Download WinCE Demo (NK.nb0) in NandFlash with
SAM-BA
 Press on Send File Name Browse
button (1)
 Choose file named NK.nb0 and press Open. Take few seconds.
 Press Send File (2) button (this will take a few moment): WinCE
has been stored in NandFlash
 Close SAMBA, remove USB cable
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- AT91SAM9261 WinCE Demo
Configure WinCE Boot: EBOOT
 Connect the Serial Debug Port (J15) to your PC using the Serial
Cross Cable
 Start an hyperterminal session on your PC with settings:
 115200 8-N-1-N
 Reset the board
 Press “Space” key when the message “Initiating image launch in x seconds”
is displayed to stop booting, the following Menu is then displayed
 Ethernet Boot Loader Configuration:
0) MAC address: 02:02:03:04:05:06
1) IP address: 192.168.100.128
2) Subnet mask: 255.255.255.0
3) Boot delay: 5 seconds
4) DHCP: (Enabled)
5) Reset to factory default configuration
6) Download new image at startup
7) Download image to SDRAM
8) Frequency settings (core at 200, bus divider 2)
A) test RTC:
D) Download image now
L) Launch existing flash resident image now
N) Nand Flash menu
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- AT91SAM9261 WinCE Demo
Configure WinCE Boot: EBOOT
Select option “6”
The following menu is then displayed:
 Ethernet Boot Loader Configuration:
0) MAC address: 02:02:03:04:05:06
1) IP address: 192.168.100.128
2) Subnet mask: 255.255.255.0
3) Boot delay: 5 seconds
4) DHCP: (Enabled)
5) Reset to factory default configuration
6) Launch existing flash resident image at startup
7) Download image to SDRAM
8) Frequency settings (core at 200, bus divider 2)
A) test RTC:
D) Download image now
L) Launch existing flash resident image now
N) Nand Flash menu
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- AT91SAM9261 WinCE Demo
Configure WinCE Boot: EBOOT
 In hyperterminal menu
 Select option “8” to setup ARM and bus frequency according to audio
frequency
- Enter new Core Frequency (old frequency is 200 MHz) 181
- Enter new Bus divider (old divider is 2) 2
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The audio frequency is 44100KHz
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F = 44100KHz * 256*2^X or F = 44100Khz *384*2^X (refer to audio codec dataheet)
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The values allowed are 181 MHz, 135 MHz, 90 MHz, 67MHz, 45 MHz,…
 Select option N, “Nand Flash menu”:
 The following menu is then displayed:
- Nand Flash Menu :
1) Erase all sectors
2) Enter manually the image parameters
3) Quit...
 Select option “2” and set the following settings:
- Physical Start Address : (0x80059000) : 0x (Press Return)
Starting ip : (0x8005a000) : 0x (Press Return)
Total ROM size : (0x75144c) : 0x01707b7c
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- AT91SAM9261 WinCE Demo
Start WinCE
 Reset the board to start WinCE.
 After the first reset, the WinCE kernel formats the
NandFlash. This operation can take several minutes. Do
not reset the board until the end of the format process (the
calibration screen is displayed).
 WinCE is running: makes calibration if needed and after,
click on the touch screen to enter Windows CE
 To save the touch screen parameters, enter the suspend
mode and restart the board.
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- AT91SAM9261 WinCE Demo
Install Microsoft ActiveSync
 Microsoft ActiveSync is a synchronization software for
Windows Mobile powered Pocket PCs and Smartphones
 http://www.microsoft.com/windowsmobile/downloads/acti
vesync41.mspx
 Download and install ActiveSync on your PC
 Start WinCE and Connect the on-board USB device to the PC
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- AT91SAM9261 WinCE Demo
Install Microsoft ActiveSync
 Once the connection is established, a “mobile device”
directory should appear on your desktop PC
 Don’t create any partnerships
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- AT91SAM9261 WinCE Demo
Install Microsoft ActiveSync
 Now you can browse, copy files from/to your PC to/from
the board : do it with the “Demo Files directory”
 For more information, please refer to ActiveSync
documentation
 Windows Media Player allows you to play audio or video
files stored in NandFlash via ActiveSync.
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- AT91SAM9261 WinCE Demo
How to install TCPMP on Windows CE
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The Core Pocket Media Player is an open-source media
player for Windows CE based devices.
 Install the last TCPMP for PocketPC from the PC
 Connect your AT91SAM9261-EK to your PC via USB
 Just follow the instructions provided by the installer on your
PC and on the target
 The installer allows to install TCPMP on the Main memory or
NandFlash.
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TCPMP is ready to use.
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- AT91SAM9261 WinCE Demo
Mounting a SD/MMC Card
 SD/MMC Card insertion is not automatically detected
 Plug the SD/MMC Card in the DataFlash Card Interface (J22)
 Start windows explorer by clicking My device icon on desktop
 In the directory Windows/Programs start the FlashLoader Application
 Select Plugged SD/MMC Card
 Close the FlashLoader Application
 The SD/MMC Card has been mounted and is now available
 You can store jpeg files on the SD/MMC Card and display the
pictures with “Image viewer” Application
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