The numbers doesn't quiet add up to me, I'm tired so excuse me if it's off and using rough math.
1 Avalon Chip does about 280 MH/s and uses about 1.9W.
To have a board do between 1.2TH/s and 1.9TH/s, you'd need between 4000 and 4500 Chips.
With that many chips required per board;
You not bought enough to do about 2 boards (you stated buying 10,000 Chips).
Which apparently each one would need in the region of 8000 Watts
This is you ignore the fact your suggesting you can fit that many chips on a board (or even a multi-layer boards), designed for a PCI-E slot.
So simply put, your numbers don't make sense.
Now I'm a bit more awake, lets see how things went wrong for you in your numbers.
They ordered 150 boards and 10,000 Chips.
That is 66.6 Chips per board, and there is some 64 Chip board designs floating around if I remember rightly.
So lets make a little assumption here, what could they do with 64 chips per board.
If you used a 64 Chip design, for the board, that would be:
Hash Rate: ~18GH/s
Power: ~125 Watts *1
Board Design: Single sided PCB could fit 64 chips *2
*1 - A single molex connector makes sense at this wattage.
*2 - Klondike with 16 Chips is a 10x10cm design. Fitting 64 into 9x31cm pci-express board would be possible with some optimisation.
So in conclusion VPSguy, instead of getting annoyed that people are "trolling" you, realise you made a mistake in your numbers.
Which by the way, vary a lot through out your original post. That is why your being questioned so much.
A 64 Chip design looks rather close to your upper limit when you scale it down to being 100 times smaller. Oops.
Anyone hoping to getting the speed they promise, will be sorely disappointed. It's either a scam or their entire team, doesn't realise what they doing so badly that their "150 combined years of experience" didn't realise the math failure.
