Difference between revisions of "Linuxstamp Mboard 1"
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== Introduction == | == Introduction == | ||
| − | This project is purely in the planning stages. There are no designs available. It is meant to be a brainstorming area. | + | 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 == | == Sensor wish list == | ||
| Line 13: | Line 13: | ||
* Zigbee interface | * Zigbee interface | ||
* 900Mhz radio | * 900Mhz radio | ||
| + | ** [Chipcons CC1100]] | ||
== Power supply == | == Power supply == | ||
Revision as of 18:15, 28 May 2007
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
Communication wish list
- 802.11b/g interface
- Zigbee interface
- 900Mhz radio
- [Chipcons 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
