Topic: HashFast announces specs for new ASIC: 400GH/s - page 568. (Read 880816 times)
seem so easy to announce the new chip...
You guys crack me up when the post looses its focus 
Its about Hash Fast! 400Gh/s chips! Excited!
http://hashfast.com/fpga-xilinx-vertix-7/
Its about Hash Fast! 400Gh/s chips! Excited!
http://hashfast.com/fpga-xilinx-vertix-7/
Hey... who the heck made you "Gold Leader"! Not fair!
You guys crack me up when the post looses its focus
Its about Hash Fast! 400Gh/s chips! Excited!
http://hashfast.com/fpga-xilinx-vertix-7/
Its about Hash Fast! 400Gh/s chips! Excited!
http://hashfast.com/fpga-xilinx-vertix-7/
If you really want to shorten the code you can probably just do:
I'm assuming "%(...)" means 'turn ... into a string' (I've never used Ruby before. Also this doesn't give you the option of flipping the order. But you could just use all the names in both lists, and come up with names like "BitBit" "CoinCoin" "TotalMega" and "ASICASIC")
Code:
import random
print "Your new ASIC company name is: %s%s" %(
random.choice( ["Fast","Extreme","Total","Quick","Fury","Total","Mega","Go","Lon","Miner","Smash","Con","HandRouted","Huge","Force","Monster","Beast","Wildcat","Eruptor","CalmDown"]
random.choice( ["Bit","Coin","Hash","SHA-256","Ava","ASIC","Miner","Crypto","Blockchain"])
)
I'm assuming "%(...)" means 'turn ... into a string' (I've never used Ruby before. Also this doesn't give you the option of flipping the order. But you could just use all the names in both lists, and come up with names like "BitBit" "CoinCoin" "TotalMega" and "ASICASIC")
That's a RogerRoger.
Actually that is python.
If you really want to shorten the code you can probably just do:
I'm assuming "%(...)" means 'turn ... into a string' (I've never used Ruby before. Also this doesn't give you the option of flipping the order. But you could just use all the names in both lists, and come up with names like "BitBit" "CoinCoin" "TotalMega" and "ASICASIC")
Code:
import random
print "Your new ASIC company name is: %s%s" %(
random.choice( ["Fast","Extreme","Total","Quick","Fury","Total","Mega","Go","Lon","Miner","Smash","Con","HandRouted","Huge","Force","Monster","Beast","Wildcat","Eruptor","CalmDown"]
random.choice( ["Bit","Coin","Hash","SHA-256","Ava","ASIC","Miner","Crypto","Blockchain"])
)
I'm assuming "%(...)" means 'turn ... into a string' (I've never used Ruby before. Also this doesn't give you the option of flipping the order. But you could just use all the names in both lists, and come up with names like "BitBit" "CoinCoin" "TotalMega" and "ASICASIC")
That's a RogerRoger.
If you really want to shorten the code you can probably just do:
I'm assuming "%(...)" means 'turn ... into a string' (I've never used Ruby before. Also this doesn't give you the option of flipping the order. But you could just use all the names in both lists, and come up with names like "BitBit" "CoinCoin" "TotalMega" and "ASICASIC")
Code:
import random
print "Your new ASIC company name is: %s%s" %(
random.choice( ["Fast","Extreme","Total","Quick","Fury","Total","Mega","Go","Lon","Miner","Smash","Con","HandRouted","Huge","Force","Monster","Beast","Wildcat","Eruptor","CalmDown"]
random.choice( ["Bit","Coin","Hash","SHA-256","Ava","ASIC","Miner","Crypto","Blockchain"])
)
I'm assuming "%(...)" means 'turn ... into a string' (I've never used Ruby before. Also this doesn't give you the option of flipping the order. But you could just use all the names in both lists, and come up with names like "BitBit" "CoinCoin" "TotalMega" and "ASICASIC")
yes, sorry me ... (BTW i hate this 360 second break for answering)
I have got this answer at 25.July from KnCMiners:
Hi,
Yes, new paid orders are expected to ship in October. However please be aware that your queue placement is based on payment date, not order date.
Every order that has been paid for will ship as soon as it is produced. We do not batch ship our products.
Med vänlig hälsning | Best regards
Keith Gurnett
Kncminer
www.kncminer.com
Office: +46 8559 253 20
wrong thread?
improved version
Choose from: http://pastie.org/private/jyv9c4dyxoxoy4mf8pq4sg
Code:
import random
names1 = ["Fast","Extreme","Total","Quick","Fury","Total","Mega","Go","Lon","Miner","Smash","Con","HandRouted","Huge","Force","Monster","Beast","Wildcat","Eruptor","CalmDown"]
names2 = ["Bit","Coin","Hash","SHA-256","Ava","ASIC","Miner","Crypto","Blockchain"]
print "Your new ASIC company name is:"
print random.choice(names1) + random.choice(names2)
Choose from: http://pastie.org/private/jyv9c4dyxoxoy4mf8pq4sg
Challenge accepted ;-)
Ruby (1.9+) version
Code:
names1 = ["Fast","Extreme","Total","Quick","Fury","Total","Mega","Go","Lon","Miner","Smash","Con","HandRouted","Huge","Force","Monster","Beast","Wildcat","Eruptor","CalmDown"]
names2 = ["Bit","Coin","Hash","SHA-256","Ava","ASIC","Miner","Crypto","Blockchain"]
puts "Your new ASIC company name is: #{names1.sample}#{names2.sample}"
Beautiful! Much improved
.Don't forget the option to swap things around. How about:
Code:
import random
names1 = ["Fast","Extreme","Total","Quick","Fury","Total","Mega","Go","Lon","Miner","Smash","Con","HandRouted","Huge","Force","Monster","Beast","Wildcat","Eruptor","CalmDown"]
names2 = ["Bit","Coin","Hash","SHA-256","Ava","ASIC","Miner","Crypto","Blockchain"]
flip = random.randrange(2)
print "Your new ASIC company name is:"
if flip == 0:
print random.choice(names1) + random.choice(names2)
else:
print random.choice(names2) + random.choice(names1)
I'm afraid that I didn't attempt the Ruby, my horrible Python is enough to foist on the world.
Overkill edition :-
Code:
import random
names1 = ["Fast","Extreme","Total","Quick","Fury","Total","Mega","Go","Lon","Miner","Smash","Con","HandRouted","Huge","Force","Monster","Beast","Wildcat","Eruptor","CalmDown"]
names2 = ["Bit","Coin","Hash","SHA-256","Ava","ASIC","Miner","Crypto","Blockchain"]
print "Your new ASIC company name is: %s%s" %(random.choice(random.choice([[name1 + name2, name2 + name1] for name1 in names1 for name2 in names2])))
This will give you all possible combinations (i think)
Code:
[[name1 + name2, name2 + name1] for name1 in names1 for name2 in names2]
Waiting for the perl hacker to come up with a one liner....
but it tends to November??
It's not a scam. It's a legitimate company - I talked with Mr.Bateman and he confirmed that 400g/h miners will be available November 2013 at $4-5k usd.
This means miners of 1 T/Hs or more will be sold for the price of one 500g/h BFL miner
When you guys get these please do not join BTC-guild that is all
This means miners of 1 T/Hs or more will be sold for the price of one 500g/h BFL miner
When you guys get these please do not join BTC-guild that is all
The chips need to be made, before the miner can be made.
I cannot read anywhere a first hand statement about a miner product.
but it tends to November??
It's not a scam. It's a legitimate company - I talked with Mr.Bateman and he confirmed that 400g/h miners will be available November 2013 at $4-5k usd.
This means miners of 1 T/Hs or more will be sold for the price of one 500g/h BFL miner
When you guys get these please do not join BTC-guild that is all
This means miners of 1 T/Hs or more will be sold for the price of one 500g/h BFL miner
When you guys get these please do not join BTC-guild that is all
Can't put the chicken before the egg. The chips need to be made, before the miner can be made. So if the chips surface a few weeks earlier, the miner's will likely be sold at the following date once they have built and tested a prototype. Sounds v.similar to KnC in which they are hoping to sell as soon as they have the chip in hand, but they want to distribute further and wider and withe the choice of chips as well as devices, which makes me question the amount of hashrate sold they intend to limit as claimed. As by their own statement they don't want to flood the network, which neither do any of us want these companies to do!
So theoretically eASIC would be a partner for a standard cell ASIC too. But I would not choose them for a 28nm implementation, because they have no proven first time right tape-outs in this technology node and there is a hard learning curve for that kind of implementations.
Which might make one wonder: might a state machine with extremely low complexity and a simple, established core process be a good application with which to try to prove one's chops? Just speculatin'... So, if I read this correctly, FastHash plans to be shipping chips in October - not hardware incorporating these chips. Does anyone see a fault with this observation? And if there is no fault, then where would one buy the hardware to utilize the chips?
so much bla bla without any usefull information in this thread!
hashfast.com is speaking only about chips as of my information so far:
It's not a scam. It's a legitimate company - I talked with Mr.Bateman and he confirmed that 400g/h miners will be available November 2013 at $4-5k usd.
This means miners of 1 T/Hs or more will be sold for the price of one 500g/h BFL miner
When you guys get these please do not join BTC-guild that is all
This means miners of 1 T/Hs or more will be sold for the price of one 500g/h BFL miner
When you guys get these please do not join BTC-guild that is all
EDIT: but it could also mean chips in October and a product in November/December??
So, if I read this correctly, FastHash plans to be shipping chips in October - not hardware incorporating these chips. Does anyone see a fault with this observation? And if there is no fault, then where would one buy the hardware to utilize the chips?
And the first person falls victim of your name concatecation games
I understand it so that they will be providing complete mining solutions as well, but they have not stated it outright, only in a roundabout way.
So, if I read this correctly, FastHash plans to be shipping chips in October - not hardware incorporating these chips. Does anyone see a fault with this observation? And if there is no fault, then where would one buy the hardware to utilize the chips?
You guys keep "improving" it yet there's still 2 "Total" in all 
Whoops! You can tell we didn't spend long on this. Feel free to add your own adjectives, expletives etc. Maybe we need a git repo now
- or at least a new thread, so that we stop spamming poor HashFast. improved version
Choose from: http://pastie.org/private/jyv9c4dyxoxoy4mf8pq4sg
Code:
import random
names1 = ["Fast","Extreme","Total","Quick","Fury","Total","Mega","Go","Lon","Miner","Smash","Con","HandRouted","Huge","Force","Monster","Beast","Wildcat","Eruptor","CalmDown"]
names2 = ["Bit","Coin","Hash","SHA-256","Ava","ASIC","Miner","Crypto","Blockchain"]
print "Your new ASIC company name is:"
print random.choice(names1) + random.choice(names2)
Choose from: http://pastie.org/private/jyv9c4dyxoxoy4mf8pq4sg
Challenge accepted ;-)
Ruby (1.9+) version
Code:
names1 = ["Fast","Extreme","Total","Quick","Fury","Total","Mega","Go","Lon","Miner","Smash","Con","HandRouted","Huge","Force","Monster","Beast","Wildcat","Eruptor","CalmDown"]
names2 = ["Bit","Coin","Hash","SHA-256","Ava","ASIC","Miner","Crypto","Blockchain"]
puts "Your new ASIC company name is: #{names1.sample}#{names2.sample}"
Beautiful! Much improved
.Don't forget the option to swap things around. How about:
Code:
import random
names1 = ["Fast","Extreme","Total","Quick","Fury","Total","Mega","Go","Lon","Miner","Smash","Con","HandRouted","Huge","Force","Monster","Beast","Wildcat","Eruptor","CalmDown"]
names2 = ["Bit","Coin","Hash","SHA-256","Ava","ASIC","Miner","Crypto","Blockchain"]
flip = random.randrange(2)
print "Your new ASIC company name is:"
if flip == 0:
print random.choice(names1) + random.choice(names2)
else:
print random.choice(names2) + random.choice(names1)
I'm afraid that I didn't attempt the Ruby, my horrible Python is enough to foist on the world.
improved version
Choose from: http://pastie.org/private/jyv9c4dyxoxoy4mf8pq4sg
Code:
import random
names1 = ["Fast","Extreme","Total","Quick","Fury","Total","Mega","Go","Lon","Miner","Smash","Con","HandRouted","Huge","Force","Monster","Beast","Wildcat","Eruptor","CalmDown"]
names2 = ["Bit","Coin","Hash","SHA-256","Ava","ASIC","Miner","Crypto","Blockchain"]
print "Your new ASIC company name is:"
print random.choice(names1) + random.choice(names2)
Choose from: http://pastie.org/private/jyv9c4dyxoxoy4mf8pq4sg
Challenge accepted ;-)
Ruby (1.9+) version
Code:
names1 = ["Fast","Extreme","Total","Quick","Fury","Total","Mega","Go","Lon","Miner","Smash","Con","HandRouted","Huge","Force","Monster","Beast","Wildcat","Eruptor","CalmDown"]
names2 = ["Bit","Coin","Hash","SHA-256","Ava","ASIC","Miner","Crypto","Blockchain"]
puts "Your new ASIC company name is: #{names1.sample}#{names2.sample}"
I said cool kids, I guess Sam and Yifu are hipsters.
Introducing the Forcecoin Bithash Fastminer... preorder now! Limited quantity!
Introducing the Forcecoin Bithash Fastminer... preorder now! Limited quantity!
See it works, mwuhahahaha!
(Damnit, I left out 'miner'!!
)It does indeed work. Probably a good way to spawn copycat coin names too.
Code:
import random
def rngen():
rnum = random.random()
rinteger = int(rnum * 100)
return rinteger
names1 = ["Fast","Extreme","Total","Quick","Fury","Total","Mega","Go","Lon","Miner","Smash","Con","HandRouted","Huge","Force","Monster","Beast","Wildcat","Eruptor","CalmDown"]
names2 = ["Bit","Coin","Hash","SHA-256","Ava","ASIC","Miner","Crypto","Blockchain"]
rn = rngen ()
while rn >= len(names1):
rn = rngen()
part1 = names1[rn]
rn = rngen ()
while rn >= len(names2):
rn = rngen()
part2 = names2[rn]
print "Your new ASIC company name is:"
print part1 + part2
Edit: works a bit better with print part2 + part1
improved version
Code:
import random
names1 = ["Fast","Extreme","Total","Quick","Fury","Total","Mega","Go","Lon","Miner","Smash","Con","HandRouted","Huge","Force","Monster","Beast","Wildcat","Eruptor","CalmDown"]
names2 = ["Bit","Coin","Hash","SHA-256","Ava","ASIC","Miner","Crypto","Blockchain"]
print "Your new ASIC company name is:"
print random.choice(names1) + random.choice(names2)
Choose from: http://pastie.org/private/jyv9c4dyxoxoy4mf8pq4sg
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