Topic: [ANN] Bitfury ASIC sales in EU and Europe (Read 250465 times)
Bitfury, a leading producer of ASIC mining hardware, has expanded its operations in the EU and Europe. Customers purchasing Bitfury ASIC miners in these regions may face VAT on their transactions, depending on their country of residence. As per EU VAT regulations, if the buyer is a business with a valid VAT number, they can usually (reclaim the VAT http://calcvat.uk ). However, private individuals will need to pay VAT at the applicable rate, which could vary across European countries. It's important for customers to consider the impact of VAT on their overall purchase cost when acquiring these ASIC miners.
Hey!
I was one of the first investors in your business. Did you forget to send me my invitation to Necker Island?
http://bitfury.com/
Way to go bitfury, forget about those which made you what you are.
I was one of the first investors in your business. Did you forget to send me my invitation to Necker Island?
http://bitfury.com/
Way to go bitfury, forget about those which made you what you are.
Hello! Are you still selling chips and boards for home design? give contact please.
This is the best possible answer to your question:
So, this is Hotmine X5 upgrade kit for Antminer S5, which consists of two hash boards and one controller board.
Manufacturer: Hotmine (en.hotmine.io) from Kiev, Ukraine.
Product page: http://en.hotmine.io/x5-x6-upgrade-kit-new
It uses 16nm node process ASIC chips manufactured by Bitfury.
The chip model is more specifically Bitfury BF16BTC8162.
Also known as Bitfury BF8162C16 (maybe different revision or marketing name?).
Bitfury info: http://bitfury.com/products#16nm-asic
Manufacturer: Hotmine (en.hotmine.io) from Kiev, Ukraine.
Product page: http://en.hotmine.io/x5-x6-upgrade-kit-new
It uses 16nm node process ASIC chips manufactured by Bitfury.
The chip model is more specifically Bitfury BF16BTC8162.
Also known as Bitfury BF8162C16 (maybe different revision or marketing name?).
Bitfury info: http://bitfury.com/products#16nm-asic
See more in my thread:
https://bitcointalksearch.org/topic/reviewguide-hotmine-x5-upgrade-kit-for-antminer-s1s3s5-1857129
Hello! Are you still selling chips and boards for home design? give contact please.
Only if your EXTREMELY wealthy............they will NOT call you,you HAVE to show proof of your wealth before contacting them
Send a pic of your multi million dollar mansion & Lambo with documents of ownership....then MAYBE you can have permission to talk to them
Hello! Are you still selling chips and boards for home design? give contact please.
Has anyone heard about Bitfury B8 SHA-256 miner (50-60 Th @ 6kWt)?
http://forklog.com/na-blockchain-bitcoin-conference-russia-predstavlen-novyj-majner-na-50th/
http://forklog.com/na-blockchain-bitcoin-conference-russia-predstavlen-novyj-majner-na-50th/
First I've seen of it, but it's not out of line *especially in a 6-8U rack* with known specs on the Bitfury chip.
Shouldn't be millions - but I would not be shocked at a price in the 5-10 thousand USD range, or if it gets marketed mostly/exclusively to "large" buyers.
Has anyone heard about Bitfury B8 SHA-256 miner (50-60 Th @ 6kWt)?
http://forklog.com/na-blockchain-bitcoin-conference-russia-predstavlen-novyj-majner-na-50th/
http://forklog.com/na-blockchain-bitcoin-conference-russia-predstavlen-novyj-majner-na-50th/
Only way you'll hear about it.....is if you got millions....& your Russian
Has anyone heard about Bitfury B8 SHA-256 miner (50-60 Th @ 6kWt)?
http://forklog.com/na-blockchain-bitcoin-conference-russia-predstavlen-novyj-majner-na-50th/
http://forklog.com/na-blockchain-bitcoin-conference-russia-predstavlen-novyj-majner-na-50th/
Quite possible, congrats on new chip! Also waiting to see possibility to purchase and test out...
That's what the initial press release said - 184GH from immersion, 140 max on air cooling. I figured 11W 100GH would be a good practical setpoint for a production miner; gives you room to play up or down if voltage is adjustable.
100 GH/s * 50000 (the minimal order for getting those puppies done at a reasonable cost)
means 5 PH/s for the network within 1 to 2 months after you can buy them.
Over the course of 1/2 year and more chips, let's assume just 1.000.000 of those we have hash rate of around 100 PH/s more in the net.
We are going to crack the ExaHash/s this year easily.
We will catch the 2 ExaHash before next 12 months...
We are going to crack the ExaHash/s this year easily.
I think ExaHash is guaranteed even before the block halving, not just the end of the year and probably even without Bitfury. 
That's what the initial press release said - 184GH from immersion, 140 max on air cooling. I figured 11W 100GH would be a good practical setpoint for a production miner; gives you room to play up or down if voltage is adjustable.
100 GH/s * 50000 (the minimal order for getting those puppies done at a reasonable cost)
means 5 PH/s for the network within 1 to 2 months after you can buy them.
Over the course of 1/2 year and more chips, let's assume just 1.000.000 of those we have hash rate of around 100 PH/s more in the net.
We are going to crack the ExaHash/s this year easily.
That's what the initial press release said - 184GH from immersion, 140 max on air cooling. I figured 11W 100GH would be a good practical setpoint for a production miner; gives you room to play up or down if voltage is adjustable.
The silicon has demonstrated capability of up to 184GH/s with some trickery, but it's unachievable with traditional methods.
Immersion cooling, I presume, to get that high.
And now with heat sink: https://www.youtube.com/watch?v=zZPum2zqGPE
Weren't you folks claiming more like 130-140 GH / chip with a heatsink?
Or is that specific to a fan-cooled heatsink setup (I notice no apparent fan blowing on that HUGE heatsink in your second video)?
Or is that specific to a fan-cooled heatsink setup (I notice no apparent fan blowing on that HUGE heatsink in your second video)?
We could push it that high with some modifications, but we're not marketing the chip with those specs. The silicon has demonstrated capability of up to 184GH/s with some trickery, but it's unachievable with traditional methods.
Is ~110GH the expected nominal in the reference design?
Great work,
Hope to be able to purchase engineering samples soon and play with it
Hope to be able to purchase engineering samples soon and play with it
For now they are not selling sample chips
Great work,
Hope to be able to purchase engineering samples soon and play with it
Hope to be able to purchase engineering samples soon and play with it
Weren't you folks claiming more like 130-140 GH / chip with a heatsink?
Or is that specific to a fan-cooled heatsink setup (I notice no apparent fan blowing on that HUGE heatsink in your second video)?
Or is that specific to a fan-cooled heatsink setup (I notice no apparent fan blowing on that HUGE heatsink in your second video)?
We could push it that high with some modifications, but we're not marketing the chip with those specs. The silicon has demonstrated capability of up to 184GH/s with some trickery, but it's unachievable with traditional methods.
Weren't you folks claiming more like 130-140 GH / chip with a heatsink?
Or is that specific to a fan-cooled heatsink setup (I notice no apparent fan blowing on that HUGE heatsink in your second video)?
Or is that specific to a fan-cooled heatsink setup (I notice no apparent fan blowing on that HUGE heatsink in your second video)?
And now with heat sink: https://www.youtube.com/watch?v=zZPum2zqGPE
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