Topic: DRILLBIT SYSTEM Miners - Avalon range available - Now $104.99! - page 111. (Read 273816 times)

Interesting choice given that Thailand is the one country in the world that has completely banned everything related to Bitcoin!

i believe there is no waiting list , but if there is
put me for waiting list as well , 2 8chip boards , thank you

http://www.futurlec.com.au get their boards done in Thailand. Also I think BkkCoins mentioned he has contacts for quick turn around boards in Thailand. You might want to PM him.

Yes PCBs will be made in china and Assembly will happen in Sydney or the U.S. This is mainly so we can be present for the manufacture, also to avoid potential dodgey assembly like in those pics you sent. Also, none of us speak Mandarin.

I see long term problems with large ASIC farms, they have overheads that backyard rigs don't, such as staff, air-conditioning, space rental etc. I think they are doomed to failure from a shareholders perspective. I don't see a bright future for the likes of ASICminer unless they make hardware sales their main focus, even then, the ASIC chip industry is due for a shake out in the next 12mths. there are too many players.

BARNTECH

I believe you are having the bare PCBs made in China, and the assembly will be done in Sydney ?

That might prevent some of the problems punin has seen with his August batch

http://m.imgur.com/a/t3AKx

How about powering more than 4 boards? I don't get why you chose an ATX cnx for only 100W. Are we suppose to buy a PSU for each 100W / 64GHps rig?? Initialy, it was clear we can stack "mini stack" to a upper lever and that would lead to a 16 PCB rig. Is it still true?
Will you still provide a PCB for 16 boards for free? Will it postpone shipping than without?
Or can we just supply each 4PCB rig using one of the 4 molex instead of using ATX ?

I'm not so worried about all that, I'm just trying to understand clearly so I can pave the way of the drillbit. As my previous miner, I just unpacked, plugged, and configured it  . I will share all my hardware choices (microPC, PSU, ...) on this topic.

By the way I'm glad that everything went as expected so far, congrats!!

Most likely we will be doing something like this. Can't give any details as yet on pricing, but we will make it as cheap and affordable as possible. Thinking about offering whole miners and 1/10th shares in miners. As you mention, this will require hosting. As i have mentioned in a previous post, my preference would be for small farms in each city so a little collective of people could form in any given place as a bitcoin mining co-op of sorts. That way people could meet and be able to visit the hardare that they have a share of. Also, it would help to fight against the centralization and monopolization of the Bitcoin network that i feel is coming with the new wave of hardware.

Nice to see you putting your hand up console cowboy. Yes, the legal situation would have to be solid so no one gets scammed but that shouldn't be too hard.

Are people into this idea?

Barntech

Most likely we will be doing something like this. Can't give any details as yet on pricing, but we will make it as cheap and affordable as possible. Thinking about offering whole miners and 1/10th shares in miners. As you mention, this will require hosting. As i have mentioned in a previous post, my preference would be for small farms in each city so a little collective of people could form in any given place as a bitcoin mining co-op of sorts. That way people could meet and be able to visit the hardare that they have a share of. Also, it would help to fight against the centralization and monopolization of the Bitcoin network that i feel is coming with the new wave of hardware.

Nice to see you putting your hand up console cowboy. Yes, the legal situation would have to be solid so no one gets scammed but that shouldn't be too hard.

Are people into this idea?

Barntech

After looking at cointerra's website, their individual chip prices aren't that bad... http://cointerra.com/product/goldstrike1-25th-asic-pack-50-500ghsec-asics/ $139,750 isn't that bad for 50 500gh/s chips. That puts a single chip unit at around $2795. I'd be curious what sort of samples they might send out to test the feasibility of a design. Even though its a ways off, if the cost of the board isn't too high I would certainly be interested in a $3000 500GH/s board. Might be cool if it was mountable in a PC case, as I imagine something like that would require quite a bit of cooling, much more than an array of much smaller bitfury chips. Price per a GH/s would be better than even our cheap bitfury pricing, as we would only get around 225-450GH/s with bitfury based on current and future pricing.

EDIT: I'd be interested in trying to run some group hosting as well. I've got years of experience in big IT. Main issue would be the establishing proper legal protection for the customers and for the mining operator. Being based in the US, a mining coop would also have to follow any laws and regulations pertinent to the mining. Just putting it out there as food for thought. 

I'm interested in this as well. Judging from the CAD pics and actual board photos, they look to be a smidge over 4x molex plugs in length and width?

I'm looking at housing them in an Antec Solo case. CPU, motherboard, RAM, PSU in their usual spots, and the Drillbit boards mounted on the floor of the case, with a case fan blowing over them, and the exhaust air going out the PCI expansion slots. The 24-pin ATX connector would be occupied by the PC's motherboard, so I gather I could just mount the Drillbit boards separate from each other (not using the four-stack mini-plane), and power them individually via their molex plugs?

Another option is to use my old Dell Mini 9 netbook, but I'm concerned about reliability over the long-term. It's a passively cooled netbook, using a thin aluminium plate just under the keyboard. I was thinking of removing the keyboard as well as running it headless, with a [dust filtered] fan blowing into the guts of the netbook. Power consumption (DC estimate) for the netbook alone would be 6~7W, compared to ~20W for the desktop CPU and motherboard (Celeron G1610 and H61 board).

An Intel NUC (Celeron 847 model -- ~$200 AUD) would be another option, drawing around 10~12W from the wall.

Or skip x86 and get a Raspberry Pi with negligible power consumption?

Just throwing some ideas around. I'm currently leaning towards the desktop CPU option, as I'm not too fussed about the slightly higher power consumption, plus I'd feel more comfortable with troubleshooting in Windows 7 than learning afresh in linux. Need a VGA port as well for my perfectly sized Asus 15.6" VW161D monitor, so would need an adapter for the Intel NUC. I gather with the rpi you could use an s-video/composite to VGA adapter?

The Drillbit Boards power from a 4 pin molex. The miniplane from an ATX power connector. The overall draw on a fully stacked miniplane won't be all that high. We're moving into testing phase this week and will publish details as we have them. There have been some good suggestions for PSUs on this thread. We may recommend one, but in the end it will be up to everyone how they want to do it, how many boards they will be needing to power etc. A $60 PSU should be fine though. More on that stuff soon. 

Barntech