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Each I2C device address that a manufacturer uses has to be purchased and registered. In order to have multiples of a certain device (like a motor controller) each one currently has to have its own address.

I suggest that you put an address register as the first piece of data sent to a device and the device looks at that one word sub address before responding. If the board has a dip switch that can set 8 bits of sub address, then you can have 256 devices that use the same I2C address, but they share it in the same way that the I2C devices share the I2C bus using their addresses. Add the function that the communication from the host sends the address followed by sub address, then waits for the response. The slave device sees its I2c address, then waits for the sub-address to match before responding. In this way, the manufacturer only needs to register one I2C address for all their products. The user then assigns unique sub addresses to each unit that will be used together.

On the answer for the question: "Which layer should I use in EAGLE for milling?", please include an example, like you do for the question about the Mask layer ("If my PCB does not require Solder Mask, what should I do?"). I.e. what kind of comment? is it "This layer is for milling"? or is there some other information needed. Also, are their any restrictions on milling? If that extra information is already available in another FAQ, then please include a reference (e.g. link).

BTW: Because there is no This Article Was Not Helpful" button, I clicked the "Flag this article as inaccurate" 'button' hoping it would open a dialog that would allow me to explain why. After clicking it, of course, I learned that this is NOT the case, but there is no Undo, so I couldn't un-click it!

BTW2: Thank you for all the FAQs (e.g. the Knowledge Base). They're awesome!!

In your tutorial regarding how to export gerber files from DipTrace, you show the resulting output files as all having .gbr extension, yet your standard is for the extension to indicate the type of file and for each file name (sans extension) to be the same. That is misleading.

Also, you show a set of Gerber file types highlighted in the Layers box. This will NOT limit the output to only those file types. When you hit the "Export All" button it will, literally, Export ALL of the file types, not just the ones that were highlighted.

There is a way to get the DipTrace Gerber Exporter to export the files in the way SeeedStudios requires:

1. Click on the "Files" button.
2. Under the Filename column, enter "<project>.ext". Don't include the quotes and replace "ext" with the proper extension for that file type. For instance: for "Top Silk" enter "<project>.GTO". For "Top Mask" enter <project>.GTS.
3. Under the 'Include into "Export All"' column, set to "yes" all of the files SeedStudios requires, and "no" for all other file types.
4. Click "OK"

Once this is set up, hitting the "Export All" button will format the filenames in the SeeedStudio style AND will only export the file types that SeeedStudio requires. BTW: the "<project>" field is replaced with the project name, thus, each output file will have the project name as the body (with the appropriate extension).