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Project:Ethernet Arduino: Difference between revisions

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* '''[[User:jmccrohan|jmccrohan]]:''' I would be interested in purchasing 2-3 of these devices and would be willing to help out with the design
* '''[[User:jmccrohan|jmccrohan]]:''' I would be interested in purchasing 2-3 of these devices and would be willing to help out with the design
* '''[[User:monsonite|Ken]]:''' I can help with general design, layout, SMT assembly, sourcing parts from China and might even be able to find a Shoreditch local sponsor for this project. Working on BOM - determined to get it sub-£12.   
* '''[[User:monsonite|Ken]]:''' I can help with general design, layout, SMT assembly, sourcing parts from China and might even be able to find a Shoreditch local sponsor for this project. Working on BOM - determined to get it sub-£12.   
* '''[[User:monsonite|Ken]]:''' I have now started on an EagleCAD schematic and layout for the through-hole version - see below for first draft of placement. This draft is purely to show that the parts will fit onto an Arduino sized board Size 52 x 68mm, and that a route is achievable. Improvements will be made to the component placement and thre is likely to be some change to the choice of Magjack connector. It uses entirely through hole components so easy to hand assemble, and it is intended to take standard Arduino shields. This, I believe is a good compromise, as it allows anyone to build it, it can be used as a project for training courses or workshops and as a regular Arduino. A 6 way connector allows it to be connected directly to an FTDI cable for programming. Standard AVRISP connector fitted for bootloading.  [[File:etherduino_2B.jpg]]
* '''[[User:monsonite|Ken]]:''' I have now started on an EagleCAD schematic and layout for the through-hole version - see below for first draft of placement.  
This draft is purely to show that the parts will fit onto an Arduino sized board Size 52 x 68mm, and that a route is achievable.  
Improvements will be made to the component placement and there is likely to be some change to the choice of Magjack connector.  
It uses entirely through hole components so easy to hand assemble, and it is intended to take standard Arduino shields. This, I believe is a good compromise, as it allows anyone to build it, it can be used as a project for training courses or workshops and as a regular Arduino. A 6 way connector allows it to be connected directly to an FTDI cable for programming. Standard AVRISP connector fitted for bootloading.  [[File:etherduino_2B.jpg]]
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