Changes

'''Exp_ilms0015:''' It is a startup program for IGEP New York. It attach lis31v02d with Spi driver.

|-

| [[Image:Spi linux schematic.png|501x600px]]

Go to $(Kernel path)/arch/arm/mach-omap2/exp-ilms0015.c and edit the next fields in bold words.

|-

|

By default, poky-media-create (See: [http://labs.isee.biz/index.php/How_to_create_a_SD-card_with_the_latest_software_image Poky firmware with Kernel 2.6.37.y]) configured as igep0030, gives support only for IGEP Expansions Paris and Berlin. We need to configure igep.ini and gives support to IGEP New York:

|-

|  ; Machine configuration

Once you copy your new Kernel binaries and edit igep.ini. Power up your board, log in and check your changes:

|-

|

=== Read accelerometer axes ===

|-

| Finally we are going to read gravity force: LIS3DH has ±2g/±4g/±8g/±16g dynamically selectable full scale (See chapter 8.11). The axes values are expressed in two’s complement in 16 bits (See chapters 8.16, 8.17 and 8.18).

The next table shows results at different positions:

|-

| Position

'''Exp_ilms0015:''' It is a startup program for IGEP New York. It attach lis31v02d with Spi driver.

|-

| [[Image:Spi linux schematic.png|501x600px]]

Go to $(Kernel path)/arch/arm/mach-omap2/exp-ilms0015.c and edit the next fields in bold words.

|-

|

By default, poky-media-create (See: [http://labs.isee.biz/index.php/How_to_create_a_SD-card_with_the_latest_software_image Poky firmware with Kernel 2.6.37.y]) configured as igep0030, gives support only for IGEP Expansions Paris and Berlin. We need to configure igep.ini and gives support to IGEP New York:

|-

|  ; Machine configuration

Once you copy your new Kernel binaries and edit igep.ini. Power up your board, log in and check your changes:

|-

|

=== Read accelerometer axes ===

|-

| Finally we are going to read gravity force: LIS3DH has ±2g/±4g/±8g/±16g dynamically selectable full scale (See chapter 8.11). The axes values are expressed in two’s complement in 16 bits (See chapters 8.16, 8.17 and 8.18).

The next table shows results at different positions:

|-

| Position

= How to install Eclipse (under construction) =

{{Table/IGEP Technology Devices

}}

= Overview =

This is the 1/3 chapter of IGEPv2 Expansion Tutorial Guide.

= Requirements =

The IGEPv2 Expansion connects to the IGEPv2 Board through J990, JA41, JA42, JC30 and J960 connectors. Some IGEPv2 Expansion may include three jumpers, you should remove it because they are designed for test and lab purposes. Just take a look on the figure below to mount it:<br>

|-

| [[Image:Igepv2expconnectoigepv2.PNG|268px]]<br>

'''Know more'''<br>

== Serial port ==

'''Know more'''

== VGA monitor ==

'''Basic'''&nbsp;

|-

| [[Image:Igepv2expconnecttovga.jpg|150px]]

|}

'''Know more'''

This output is controled by ADV7125KSTZ140 Integrated Circuit.

== CAN bus ==

This output is controled by MICROCHIP MCP2515. J703 is a 3.5 mm pitch terminal blocks 4 Positions:

|-

| Signal Name

'''Basic'''

|-

| [[Image:IGEP0022 Modem with antenna.png|200px]]

*Power consumption (typical values)

== Composite Video Decoder ==

}}

= What can i do with igepv2 expansion =

This is the 2/3 chapter of IGEPv2 Expansion Tutorial Guide.

= What can I do<br> =

*You will successfully started the console.

|-

| [[Image:IGEPV2EXPCHMDB9.png|250px]]

'''Know more'''

== How to use TFT and Touchscreen ==

vi /tmp/temp/igep.ini </pre>

*In Seiko screen add the following line:

*In Powertip screen add the following line:

*Save changes and reboot your IGEP Device to finish it.<br>

buddy.modem=yes

*Power up the modem. You can power off using again these commands:

<pre>echo 0 &gt; /sys/class/gpio/gpio140/value

Press any key to end call

==== Sending a SMS<br> ====

If you want to cancel or restart the message press ESC.<br>

'''NOTE:''' Don't use special characters in SMS text message like &lt;`´'"&gt;.<br>

*Now you can see in your IGEP screen a result similar like this

|-

| [[Image:Igepv2expgstreamercapture.jpg|400px]]

'''Know more'''<br>

== How to use EEPROM ==

The IGEP0022 expansion board provides an AT24C01B serial EEPROM memory which is connected to the OMAP via I2C (register 50).<br>

<pre>i2cget &lt;bus&gt; &lt;chip&gt; &lt;register&gt;

For example, the following writes the value 0x22 to register 0x10 of device 0x50 on i2c bus 2:

<pre>i2cset -f -y 2 0x50 0x10 0x22

== How to use CAN bus (under construction) ==

|Tech_Family={{#lst:Template:Links|IGEPv2_EXPANSION_Tech_Family}}

|Tech_ID={{#lst:Template:Links|IGEPv2_EXPANSION_Tech_ID}}

|ISEE_Hardware={{#lst:Template:Links|IGEPv2_EXPANSION_ISEE_Hardware}}

}}

[[Category:IGEP_Technology_Devices_Guides]]