Topic: [SOLD] 6 PCIE extenders 0.35 BTC each (Read 889 times)
Mine, all mine to mine with!
All sold to pandaminer.
I'll take whatever stock you have left of these. I have a prefunded Dwolla account if you wouldn't mind accepting USD equivalent. But if you must have BTC, I have some on reserve at BTC-E. Let me know in a PM. (so i get an email)
Thanks.
Thanks.
What's the significance of the modifcation(s) you did? (like, why did you do it, and does it change the way the riser works)
The 2 risers on the rigt were originally 1x-1x risers. By cutting off the edge, they are effectively 1x-16x risers.
I must be dense, so forgive my ignorance.
Are you saying that a 1x to 1x riser, can be modified to accept/fit onto a GPU's x16 "foot"? How can it stay in place?
I can see that a 1x to 16x riser ribbon only has a "few" wires in it, whereas a 16x to 16x riser ribbon has a whole lot more wires in it. For mining, we don't need but just the 1x portion of the signals, right?
Also, can a 1x to 1x riser "foot" fit into a 16x slot? So can a 1 to 16 fit on a 16 slot and become a 16 to 16 (with only 1x wires)?
Anyhoo, I am in the market for some risers. My motherboard will have 5 PCIe_x16 and 1 PCIe_x1. I already have:
(2) x16 to x16 risers
(2) x1 to x16 risers (like the two in the middle in your photo) [will only need one of these]
I need 3 more risers, which of the those you have for sale, do you recommend me buying off of you?
The m/b has 5 x16 slots, so I need to be able to plug into them.
1x riser can be modified to accept a x16 foot by slitting the edge so the rest of the foot can pass through. There is a gap between the power and data lines which helps to hold the card in. 1x card might not always work in a 16x slot. It will fit, but working depends on if the MB 16x slots are 1x compatible.
The 4 risers on the left are 1x to 16x. 2 on the right are modified
What's the significance of the modifcation(s) you did? (like, why did you do it, and does it change the way the riser works)
The 2 risers on the rigt were originally 1x-1x risers. By cutting off the edge, they are effectively 1x-16x risers.
I must be dense, so forgive my ignorance.
Are you saying that a 1x to 1x riser, can be modified to accept/fit onto a GPU's x16 "foot"? How can it stay in place?
I can see that a 1x to 16x riser ribbon only has a "few" wires in it, whereas a 16x to 16x riser ribbon has a whole lot more wires in it. For mining, we don't need but just the 1x portion of the signals, right?
Also, can a 1x to 1x riser "foot" fit into a 16x slot? So can a 1 to 16 fit on a 16 slot and become a 16 to 16 (with only 1x wires)?
Anyhoo, I am in the market for some risers. My motherboard will have 5 PCIe_x16 and 1 PCIe_x1. I already have:
(2) x16 to x16 risers
(2) x1 to x16 risers (like the two in the middle in your photo) [will only need one of these]
I need 3 more risers, which of the those you have for sale, do you recommend me buying off of you?
The m/b has 5 x16 slots, so I need to be able to plug into them.
What's the significance of the modifcation(s) you did? (like, why did you do it, and does it change the way the riser works)
The 2 risers on the rigt were originally 1x-1x risers. By cutting off the edge, they are effectively 1x-16x risers.
pretty much this. Why spend double the money on a riser that is electrically identical to a 1x > 1x riser and is difficult to plug into a video card when you can spend significantly less on a 1x > 1x, use a little elbow grease, and get a much easier to plug in riser?
What's the significance of the modifcation(s) you did? (like, why did you do it, and does it change the way the riser works)
The 2 risers on the rigt were originally 1x-1x risers. By cutting off the edge, they are effectively 1x-16x risers.
What's the significance of the modifcation(s) you did? (like, why did you do it, and does it change the way the riser works)
Bump, Price lowered
could I get the 2 1x-16x still packaged shipped for 1.25btc
Yes, check your PM.
could I get the 2 1x-16x still packaged shipped for 1.25btc
4 standard 1x-16x. 2 custom 1x-4x,8x,16x(modified by cutting edge off long end)
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