hahahaha
the pdf doesn't say anything about 225GHz, only 200 mhz. I guess its not revelant to anyone who knows anything about English too
You're not going to find anything about "Hashing Power" in the datasheet....LOL!!! TROLL!!! Once again, someone who does not know about fpga's. What you will find is the number of gates and macrocells that the fpga has which will help you calculate your hashing power... fucking moron. It's not 225GHz, it's 225GH/s.... There's a difference.... For all you "Geniuses" out there please read the listing carefully and only make valuable additions to the post please... Stop wasting space and time....
How about you just take your attitude and leave that way >
My attitude is certainty that has to do with facts.... I'm sorry that you're trying to sell a KnC miner on your signature tag and now you realize your poor choice.... There is hope for you though... You'll get a chance to see those who can think out the box triumph.... Of course, you would want me to leave if you're selling a KnC miner...
Cheers.
And if you took the time to look- im not selling anything. At all. Its a group buy... you seem to be confused. Also some proof of your claims would be nice.
Good Point... I'm not a middleman, I actually have all of the fpga's that are listed in various auctions... Here's more info to show how these hashrates are even possible... Here's the link of a very good hashrate comparison of fpga's.... Anyone that can do proportions should be able to calculate the hashrates of my chips listed from this comparison chart. Gates and Macrocells are the main variables that should be used for the hashrate calculation of an fpga chip... The power required would be located on the actual Xilinx datasheet:
http://www.dinigroup.com/~mdini/Bitcoin_mhash_FPGA_guide_v1402.pdfAs you can see, the amount of gates is usually a good gauge of the hashrate... This comparison chart is from an Engineer Group that builds extremely powerful dev. boards and they have PERSONALLY validated the potential hashrates for these chips if properly implemented.