so, they will be quite small? that's good.
What's the noise level?
Topic: How the Single SCs will be operated? - page 2. (Read 4219 times)
I believe the specs say they'll use a very similar casing as the FPGA single which has a top-mounted fan. I think it's even a super silent Effizio Silenx red series fan if I remember correctly. So they're basically self contained units that monitor and run themselvs with their own power indicators and cooling and all that.
Good to know, i thought they will be stand alone units.
Does anybody know if they will require cooling? eg will they have fan noise? And what would be the physical dimensions of the new singles...?
I have a spare galaxy S3, would be pretty cool if i can connect them to that and run the mining proggie on it... :>
Does anybody know if they will require cooling? eg will they have fan noise? And what would be the physical dimensions of the new singles...?
I have a spare galaxy S3, would be pretty cool if i can connect them to that and run the mining proggie on it... :>
They are just external devices that plug into USB ports.
The FPGA mini-rig needs two USB ports. What I'm wondering is how many will be needed for 1,000GH rigs? Seems like a lot of data to be passing thru.
You would need somewhere in the neighborhood of 2500 of them PLUS also magic if you want them to be profitable, as ASICs are about to be released that are 8.75x faster at approximately the same power level (everyone assumes). The FPGA mini-rig needs two USB ports. What I'm wondering is how many will be needed for 1,000GH rigs? Seems like a lot of data to be passing thru.
They are just external devices that plug into USB ports.
The FPGA mini-rig needs two USB ports. What I'm wondering is how many will be needed for 1,000GH rigs? Seems like a lot of data to be passing thru.
The BFL MR uses 2 USB ports because it is actually using an average of 18 FPGA modules, that are all controlled via USB. There are 2 USB hubs inside the MR, and each hub has one of the cables you mentioned. It is unknown how many ASIC chips a 1TH unit will have, and likely won't be known until someone here on the forums gets one and takes it apart.The FPGA mini-rig needs two USB ports. What I'm wondering is how many will be needed for 1,000GH rigs? Seems like a lot of data to be passing thru.
It's actually not a lot of data, from what I've read here on the forums. The data sent to/from the computer to the miner is very small, so the USB bandwidth is nowhere near its max limits.
They are just external devices that plug into USB ports.
The FPGA mini-rig needs two USB ports. What I'm wondering is how many will be needed for 1,000GH rigs? Seems like a lot of data to be passing thru.
The FPGA mini-rig needs two USB ports. What I'm wondering is how many will be needed for 1,000GH rigs? Seems like a lot of data to be passing thru.
A cheap low powered netbook will work well for this. You dont need a lot of cpu power and 2gb ram is plenty. Connect to a usb hub if you need more ports.
I understand we haven't seen the design yet. If we were going to use the laptop, how many USB ports do we need? Each SC will take a USB port?! Can we join SCs together?
Each SC Single will most likely use 1 USB port. They don't use a lot of bandwidth, so using any USB hub will work just fine to connect several SC Singles to one laptop.
A cheap low powered netbook will work well for this. You dont need a lot of cpu power and 2gb ram is plenty. Connect to a usb hub if you need more ports.
I understand we haven't seen the design yet. If we were going to use the laptop, how many USB ports do we need? Each SC will take a USB port?! Can we join SCs together?
A cheap low powered netbook will work well for this. You dont need a lot of cpu power and 2gb ram is plenty. Connect to a usb hub if you need more ports.
Some people are even using Raspberry Pis with FPGA. I would think that they should theoretically be able to handle the ASICs as well: https://bitcointalksearch.org/topic/m.919685
I think this is my favorite tho.
A cheap low powered netbook will work well for this. You dont need a lot of cpu power and 2gb ram is plenty. Connect to a usb hub if you need more ports.
Some people are even using Raspberry Pis with FPGA. I would think that they should theoretically be able to handle the ASICs as well: https://bitcointalksearch.org/topic/m.919685
A cheap low powered netbook will work well for this. You dont need a lot of cpu power and 2gb ram is plenty. Connect to a usb hub if you need more ports.
Thanks
No. It should be just like current Singles or Mini Rigs or any other FPGA out there, you need a PC to run the mining equipment.
I don't understand. Sorry.So the Single SC will simply be a replacement for the current CPU or GPU? the Single SC will need other components of the PC, e.g. hard drive, memory to run?
Thanks
Here is a video (not mine) of 8 Singles connected by USB to a laptop, running a mining software (BitMinter) that uses the Singles to mine.
No. It should be just like current Singles or Mini Rigs or any other FPGA out there, you need a PC to run the mining equipment.
I don't understand. Sorry.
So the Single SC will simply be a replacement for the current CPU or GPU? the Single SC will need other components of the PC, e.g. hard drive, memory to run?
Thanks
Yes, exactly. Think of it as a peripheral. Like a mouse or keyboard, it's useless without being connected to a running computer.
No. It should be just like current Singles or Mini Rigs or any other FPGA out there, you need a PC to run the mining equipment.
I don't understand. Sorry.
So the Single SC will simply be a replacement for the current CPU or GPU? the Single SC will need other components of the PC, e.g. hard drive, memory to run?
Thanks
You will need a spare PC with spare USB ports (laptops work great for this).
Once configured, we can free up the laptop so the SC can go headless, right?You will need a spare PC with spare USB ports (laptops work great for this).
Once configured, we can free up the laptop so the SC can go headless, right?
You will need a spare PC with spare USB ports (laptops work great for this).
Does anybody know if they will be stand alone units that just need internet, or we will have to connect them to a PC?
How they will be controlled?
How they will be controlled?
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