Editing Linuxstamp Mboard 1

== Introduction ==
This project is purely in the planning stages. There are no designs available. It is meant to be a brainstorming area. Feel free to add possible vendors.

== Sensor wish list ==
* A/D converter with selectable ranges
* 3-axis accelerometer
* Temperature sensor
* Pressure sensor
* GPS module
** [https://buy.garmin.com/shop/shop.do?cID=158&pID=6449 Garmin GPS module]

== Communication wish list ==
* 802.11b/g interface
** [http://www.sychip.com/PUB/WLAN6061EB.pdf Small wifi module.] The drivers aren't on the webpage. I don't know if you can get them GPL.
* Zigbee interface
* 900Mhz radio
** [http://focus.ti.com/docs/prod/folders/print/cc1100.html?DCMP=hpa_rfif_ccweb&HQS=Other+OT+ccweb_cc1100 CC1100]

== Power supply ==
* POE frontend
* +/- 15v
* +5v for the linuxstamp

== AVR slave ==
A dedicated slave processor could be helpful for many things. The main function I have in mind now is PWM outputs for servo control. I think an AVR could even be programmed through the SPI port of the AT91RM9200 (some hacking may be needed to make that work). Even if you can't programm the AVR through the AT91RM9200 it can still be an SPI slave device.
* PWM output with standard servo headers
@@ Line 3: / Line 3: @@
 == Sensor wish list ==
-* Oscilloscope
-** Example [https://courses.ece.uiuc.edu/ece445/?f=Projects&sem=spring2006&proj=25#a25 PC based digital oscilloscope] :Project 25
-* [[CAN bus]]
 * A/D converter with selectable ranges
 * 3-axis accelerometer
@@ Line 11: / Line 8: @@
 * Pressure sensor
 * GPS module
-** [http://www.parallax.com/detail.asp?product_id=28146 Parallax GPS module]
+** [https://buy.garmin.com/shop/shop.do?cID=158&pID=6449 Garmin GPS module]
 == Communication wish list ==
 * 802.11b/g interface
-** [http://www.sychip.com/PUB/WLAN6061EB.pdf Sychip wifi module.] The drivers aren't on the webpage. I don't know if you can get them GPL.
+** [http://www.sychip.com/PUB/WLAN6061EB.pdf Small wifi module.] The drivers aren't on the webpage. I don't know if you can get them GPL.
-** [http://www.nxp.com/acrobat/literature/9397/75015598.pdf NXP wifi SiP.] Again I don't know about the drivers
-** [http://www.atheros.com/pt/bulletins/AR6001GLBulletin.pdf Atheros module] This is what the openmoko project is using
-** [http://www.spectec.com.tw/ Spectec] has many SD card wlan modules. There is some support for linux.
 * Zigbee interface
-** [http://www.maxstream.net/products/xbee/xbee-pro-oem-rf-module-zigbee.php Maxstream zigbee module]
+* 900Mhz radio
-* Cellular modem
+** [http://focus.ti.com/docs/prod/folders/print/cc1100.html?DCMP=hpa_rfif_ccweb&HQS=Other+OT+ccweb_cc1100 CC1100]
-** [http://www.multitech.com/PRODUCTS/Categories/Embedded_Device_Networking/ Socket modems] from multitech
-* Mini PCI slot for any wireless card
 == Power supply ==
 * POE frontend
-** [http://www.powerfromethernet.com/pdf/Ag9000-Sv2-7.pdf A simple Isolated 5v 9 watt POE module] I've tested this module, and it works well with the Linuxstamp
+* +/- 15v
+* +5v for the linuxstamp
-The correct link may be http://www.powerfromethernet.com/pdf/Ag9000-Sv2-10.pdf
 == AVR slave ==
-A dedicated slave processor could be helpful for many things. The main function I have in mind now is PWM outputs for servo control. I think an AVR could even be programmed through the SPI port of the AT91RM9200 (some hacking may be needed to make that work). Even if you can't programm the AVR through the AT91RM9200, it can still be an SPI slave device.
+A dedicated slave processor could be helpful for many things. The main function I have in mind now is PWM outputs for servo control. I think an AVR could even be programmed through the SPI port of the AT91RM9200 (some hacking may be needed to make that work). Even if you can't programm the AVR through the AT91RM9200 it can still be an SPI slave device.
 * PWM output with standard servo headers
-* Counting/Frequency inputs
-== Links ==
-* Back to the [http://opencircuits.com/linuxstamp linuxstamp]
-[[Category:Projects]]