Bitcoin ASIC New Company Startup HELP!. REWARDS OFFERED!

[Coincle]

Good evening Bitcoin Community,

Our company is in need of ASIC developers. We are looking to build ASICS, we require ASIC-Miner-Developers and Assemblers.
We have the funding available, detailed posts will receive TIPS in BTC.

Edit: We are very serious we have the funding necessary, we are looking for people that can help us build powerful ASIC bitcoin miners contact me through here: https://btc-e.com/profile/9720 We will not be like other companies, we will ship them on time. We require ASIC manufacturers, assemblers, designers, developers. We just have the funds ready!

[zimmah]

Deliver in time

Best advice

[MICRO]

Good evening Bitcoin Community,

Our company is in need of ASIC developers. We are looking to build ASICS, we require ASIC-Miner-Developers and Assemblers.
We have the funding available, detailed posts will receive TIPS in BTC.

Umm... Do u have manufacturing facility ? Im not sure how serious u are about this but u dont just set off and build ASIC .

[MICRO]

Deliver in time

Best advice

LOL. I guess that can be best advice . But he is jet to get off building them. Delivery is far, far , far away.

[byt411]

Since you have the funds needed to manufacture and design them (I assume), then there should be no preorders. Ship a few units to trusted members of this forum so that they verify that they actually exist. Don't sell more than you can produce.

[Coincle]

We are very serious we have the funding necessary, we are looking for people that can help us build powerful ASIC bitcoin miners contact me through here: https://btc-e.com/profile/9720 We will not be like other companies, we will ship them on time. We require ASIC manufacturers, assemblers, designers, developers. We just have the funds ready!

[Mister S]

You have not mentioned whether or not you are using your own hashing chip design, or merely building a 'new version of the same old thing'. What platform will you be using, what form factor, how much power will your design require.

It sounds a lot like you're saying 'We want to build machines, but we don't know what we're doing yet'

Lay out your relevant information, like the estimated hashrate of the miners, the form factor, whether you have your own chip design or will be using a BFL/Avalon/Hashfast hashing chip.

Also lay out whether or not there are actual improvements over the standard available miners. Face it, Bitmain has you beat a long time ago, and continues to be the industry leader. They consistently deliver, and deliver what they promised. Unlike BFL, who promises, and offers smoke and mirrors, but hasn't actually produced anything viable for all the money invested in them.

If you're just taking the new Avalon4 with a slight improvement over reference design, you may want to rethink your entire plan.


With that said, what've you got?

[Coincle]

You have not mentioned whether or not you are using your own hashing chip design, or merely building a 'new version of the same old thing'. What platform will you be using, what form factor, how much power will your design require.

It sounds a lot like you're saying 'We want to build machines, but we don't know what we're doing yet'

Lay out your relevant information, like the estimated hashrate of the miners, the form factor, whether you have your own chip design or will be using a BFL/Avalon/Hashfast hashing chip.

Also lay out whether or not there are actual improvements over the standard available miners. Face it, Bitmain has you beat a long time ago, and continues to be the industry leader. They consistently deliver, and deliver what they promised. Unlike BFL, who promises, and offers smoke and mirrors, but hasn't actually produced anything viable for all the money invested in them.

If you're just taking the new Avalon4 with a slight improvement over reference design, you may want to rethink your entire plan.


With that said, what've you got?

We are looking for someone who can provide us with this information. We solely just have money to invest.

[Mister S]

We are looking for someone who can provide us with this information. We solely just have money to invest.

Then you've got a bit of work cut out for you, don't you.

The ASIC chips are the easiest. The most proven designs are the Avalon and Bitmain chips. Q48 form factors with good cooling. the larger '1 chip solutions' like what Cointerra uses are effective, but harder to cool, and more expensive per unit to manufacture and replace, should you end up with manufacturing defects.

Keep it simple. Just because it's 32 degrees celcius in a lab doesn't mean that these machines will be run under those conditions. 50-60% overcooling is recommended. The miners in the US southwest will appreciate the ability to run their systems at rated speed and still maintain proper temps at the board.
Speaking of the boards themselves. 4 layer PCBs are the norm. Design once, revise often. Altium Designer should be in your toolbox as far as creating the PCB design, from there you can confer with a manufacturer who will take the gerber designs and refine them for a fee. Trust these guys, they see more boards come across their desk than you'll ever know. They know what works, what doesn't, and how to make your design electrically and thermally efficient.

Don't skimp on materials. There's no reason NOT to go with better capacitors and resistors. 5% sounds like a little bit, but in the life of a hashing chip, it's the difference of a half a volt or two, depending on where it's placed.

DO try to build a rackmount with a redundant power supply. This is sorely lacking in the mining world. Redundancy is uptime, uptime is money.

I'm not a designer, or a chip manufacturer. I'm an assembler. I've built, rebuilt, and revised Avalon designs for my own purposes... but I ended up spending way too much money doing so. Take my advice, or not, doesn't matter to me. But I think Reliable over Bleeding Edge is what the mining community needs right now. Hashrate above Crashrate.

Build a miner that's going to last years, not months. Make it modular. Make it upgradeable. Make it so we're not replacing it with the 'next best thing' two months down the road when the difficulty jumps to it's next astonishing level. A rackmount with a simple backplane, enough throughput to push the hash, enough power to run it three times over, and enough cooling to keep it at 45 celcius in desert heat.

Man, do you guys have your work cut out for you.

1FfgWkzXHiCJ7k6HxuzK7Uu85PX3WThPFV

[Coincle]

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[byt411]

I agree. Make a module that can add additional blades, for example, with adequate cooling built-in.

You could make some small-scaled miners right now, using chips from other manufacturers. That's easier, since designing boards isn't as complicated. (I believe).
If the boards can be designed to add more chips if needed, that would be completely awesome. Make it as compact as possible, and target 2 types:
-Industrial-sized mining
-Personal hobby use

The small ones can be as small as the old Block Erupter blades, easy to set up (USB Cable), and accessible outside the home network.
Industrial ones must have adequate cooling, stackable, and with a controller, so that everything can be managed easily.

Also, you should have a decent support team, and be able to answer customer queries ASAP, since a lot of people will have problems.

1Cb2JZxh2R8UxLCuQofdNFm4qnSkga2YyU

[Coincle]

I agree. Make a module that can add additional blades, for example, with adequate cooling built-in.

You could make some small-scaled miners right now, using chips from other manufacturers. That's easier, since designing boards isn't as complicated. (I believe).
If the boards can be designed to add more chips if needed, that would be completely awesome. Make it as compact as possible, and target 2 types:
-Industrial-sized mining
-Personal hobby use

The small ones can be as small as the old Block Erupter blades, easy to set up (USB Cable), and accessible outside the home network.
Industrial ones must have adequate cooling, stackable, and with a controller, so that everything can be managed easily.

Also, you should have a decent support team, and be able to answer customer queries ASAP, since a lot of people will have problems.

1Cb2JZxh2R8UxLCuQofdNFm4qnSkga2YyU

Do you have contact with ASIC designers/manufactures/assemblers etc? Thanks.

[byt411]

I agree. Make a module that can add additional blades, for example, with adequate cooling built-in.

You could make some small-scaled miners right now, using chips from other manufacturers. That's easier, since designing boards isn't as complicated. (I believe).
If the boards can be designed to add more chips if needed, that would be completely awesome. Make it as compact as possible, and target 2 types:
-Industrial-sized mining
-Personal hobby use

The small ones can be as small as the old Block Erupter blades, easy to set up (USB Cable), and accessible outside the home network.
Industrial ones must have adequate cooling, stackable, and with a controller, so that everything can be managed easily.

Also, you should have a decent support team, and be able to answer customer queries ASAP, since a lot of people will have problems.

1Cb2JZxh2R8UxLCuQofdNFm4qnSkga2YyU

Do you have contact with ASIC designers/manufactures/assemblers etc? Thanks.

I have some, but that depends on which country you are based in.

[Coincle]

I agree. Make a module that can add additional blades, for example, with adequate cooling built-in.

You could make some small-scaled miners right now, using chips from other manufacturers. That's easier, since designing boards isn't as complicated. (I believe).
If the boards can be designed to add more chips if needed, that would be completely awesome. Make it as compact as possible, and target 2 types:
-Industrial-sized mining
-Personal hobby use

The small ones can be as small as the old Block Erupter blades, easy to set up (USB Cable), and accessible outside the home network.
Industrial ones must have adequate cooling, stackable, and with a controller, so that everything can be managed easily.

Also, you should have a decent support team, and be able to answer customer queries ASAP, since a lot of people will have problems.

1Cb2JZxh2R8UxLCuQofdNFm4qnSkga2YyU

Do you have contact with ASIC designers/manufactures/assemblers etc? Thanks.

I have some, but that depends on which country you are based in.

Our company is based in Wein .

[byt411]

I agree. Make a module that can add additional blades, for example, with adequate cooling built-in.

You could make some small-scaled miners right now, using chips from other manufacturers. That's easier, since designing boards isn't as complicated. (I believe).
If the boards can be designed to add more chips if needed, that would be completely awesome. Make it as compact as possible, and target 2 types:
-Industrial-sized mining
-Personal hobby use

The small ones can be as small as the old Block Erupter blades, easy to set up (USB Cable), and accessible outside the home network.
Industrial ones must have adequate cooling, stackable, and with a controller, so that everything can be managed easily.

Also, you should have a decent support team, and be able to answer customer queries ASAP, since a lot of people will have problems.

1Cb2JZxh2R8UxLCuQofdNFm4qnSkga2YyU

Do you have contact with ASIC designers/manufactures/assemblers etc? Thanks.

I have some, but that depends on which country you are based in.

Our company is based in Wein .

Ummm.. Where is Wein?
For ASIC chips manufacturing, I suggest Innosilicon, http://www.innosilicon.com/, but obviously, you would somehow have to find someone to design chips for you first.
Maybe you could buy Bitmain or Gridseed?