Topic: Serial ATA RAID card with Avalon chips (Read 2012 times)
Does this work with BFL chips too ?
Everyone was born a genius itt.
Except not, and just pretentious assholes.
Except not, and just pretentious assholes.
that's retarded. PCI-e x1 =/= RAID. In the video, the PCI-e is used to interface the FPGA with the computer. The resemblance to a PCI-e RAID controller is purely cosmetic.
Actually that isnt PCI-e. Its just regular PCI 
.thanxs
that's retarded. PCI-e x1 =/= RAID. In the video, the PCI-e is used to interface the FPGA with the computer. The resemblance to a PCI-e RAID controller is purely cosmetic.
Actually that isnt PCI-e. Its just regular PCI . Stupid question to generate post count?...
okay as someone mentioned they look very alike im sry
ha, most hilarious post Ive seen in a while OP =P
Stupid question to generate post count?...
okay im sry i bringed it up 
could i put the avalon or asic chips on a Serial ATA RAID card
Yes. You can put an Avalon or other ASIC chip (potato, silicon, or other) on a SATA RAID card in the same way you could put a Ham Sandwich on a SATA RAID card. Expect similar hashing capabilities.
Wow, just wow.
Opps my bad
that's retarded. PCI-e x1 =/= RAID. In the video, the PCI-e is used to interface the FPGA with the computer. The resemblance to a PCI-e RAID controller is purely cosmetic.
How did you figure thats a Serial ATA RAID card? Because it looks the "same"? No sir that aint a Serial ATA RAID card.
could i put the avalon or asic chips on a Serial ATA RAID card
You can't be serious. That's like asking if you can add a 7950 to a van.i dont know i watched the video
https://www.youtube.com/watch?v=jW1hFQndX2I
could i put the avalon or asic chips on a Serial ATA RAID card
You can't be serious. That's like asking if you can add a 7950 to a van. 
I just don't know what to say. 
Good idea for next april fool ...
You need to have the proper traces (the little lines on the board) that are specific to those chips.
Each chip has its own pins with different voltages and signals going to each pin.
So, no, it's not as simple as sticking a chip or two to a board. The board has to be designed specifically for the chip.
Just like you cannot put an Intel processor onto an AMD motherboard. The pins do not match.
Each chip has its own pins with different voltages and signals going to each pin.
So, no, it's not as simple as sticking a chip or two to a board. The board has to be designed specifically for the chip.
Just like you cannot put an Intel processor onto an AMD motherboard. The pins do not match.
someone should design one they would alot of $$$$$$$$$$$
You need to have the proper traces (the little lines on the board) that are specific to those chips.
Each chip has its own pins with different voltages and signals going to each pin.
So, no, it's not as simple as sticking a chip or two to a board. The board has to be designed specifically for the chip.
Just like you cannot put an Intel processor onto an AMD motherboard. The pins do not match.
Each chip has its own pins with different voltages and signals going to each pin.
So, no, it's not as simple as sticking a chip or two to a board. The board has to be designed specifically for the chip.
Just like you cannot put an Intel processor onto an AMD motherboard. The pins do not match.
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