Yeah well the PEC power and PEC FPGA connectors are the most important then and we need a way to access them, if they don't need ultra fast IO then perhaps they are better substituted for standard header rows! If they are highly inaccesible to the average user then I can see a lot of complaining about the lack of hack-and-expandability.
I think a lot of people bought a parallela board thinking it would be a very hackable linux-arduino-supercomputer, but these headers might seriously put off a lot of people from buying them after the kickstarter backers get their boards.
At least some day 1 breakout needs to be supplied, ideally to the kickstarter backers too, since I believed I would be able to access the FPGA pins without getting a breakout board manufactured industrially (those headers don't seem to be solderable by hand and even if they were, the small pin spacing makes it very hard to etch boards in your kitchen, not to mention sourcing connectors in small quantities).
So yes, I find this choice of connectors quite concerning, can we put another breakout for the FPGA and power pins?
Another thing: Are we sure the epiphany chip connects to the zynq in a way that doesn't obstruct any of the 17 AMS ADC's? That is, are they brought out to the FPGA header? For my application they are invaluable!