Topic: KnCMiner Openday Wednesday 5th & Monday 10th June - page 21. (Read 91301 times)
When I left I saw some 500 Euro notes on the table, seems some one just paid cash directly to Sam
I noticed that on their linux machine, they even had a seperate console utility to monitor the status of all the FPGAs (temp, current, power usage etc), this means that they have a whole suite of FPGA related design platform, and they just fit bitcoin's hashing function into that platform
And they said they are not going to have an ASIC prototype, just replace the FPGA with standard cell ASIC and direct go for mass production. I think this is risky, without a prototype, how can they sure all the heat and power usage fall in a reasonable level? Unless they have done this many times before, they might encounter what BFL experienced last year
And they said they are not going to have an ASIC prototype, just replace the FPGA with standard cell ASIC and direct go for mass production. I think this is risky, without a prototype, how can they sure all the heat and power usage fall in a reasonable level? Unless they have done this many times before, they might encounter what BFL experienced last year
Why u dont ask them?
as i understood it they are experienced with heating/cooling problems and approaching it with being flexible in both the number of chips used per device and extend of load on each chip in an overall modular setup.
Also remember it's meant to have liquid-cooled ASICs...
They will be air cooled. I'll evolve this later on.
Full watercooling: blocks, radiators, reservoirs, pumps, hoses= $2000
Air cooling: fans= $50
Pre-selling an item then changing the specs : Priceless
For everything else there's Mastercard
I hope you used one.
Sorry couldn't resist it
SO KNC IS REAL??!?!?
I noticed that on their linux machine, they even had a seperate console utility to monitor the status of all the FPGAs (temp, current, power usage etc), this means that they have a whole suite of FPGA related design platform, and they just fit bitcoin's hashing function into that platform
And they said they are not going to have an ASIC prototype, just replace the FPGA with standard cell ASIC and direct go for mass production. I think this is risky, without a prototype, how can they sure all the heat and power usage fall in a reasonable level? Unless they have done this many times before, they might encounter what BFL experienced last year
And they said they are not going to have an ASIC prototype, just replace the FPGA with standard cell ASIC and direct go for mass production. I think this is risky, without a prototype, how can they sure all the heat and power usage fall in a reasonable level? Unless they have done this many times before, they might encounter what BFL experienced last year
Why u dont ask them?
as i understood it they are experienced with heating/cooling problems and approaching it with being flexible in both the number of chips used per device and extend of load on each chip in an overall modular setup.
As I remember, the first set of BFL wafers (last December) just went to trash bin because it either over current or over heat, no way to make them work, then the second set wafers (this February) ran at half of the designed frequency and still draw double amount of current than simulation results, so only 2 of those chip can be powered and sit in a box that originally designed for single SC. Now they have rest of the wafer using a different metal layer implementation and further improved the power draw and heat, but still by no means reached their original claim of 1w/Gh, more like 5W/GH
But anyway knc's estimation is 3W/GH, that is quite reasonable for a 28nm chip
I noticed that on their linux machine, they even had a seperate console utility to monitor the status of all the FPGAs (temp, current, power usage etc), this means that they have a whole suite of FPGA related design platform, and they just fit bitcoin's hashing function into that platform
And they said they are not going to have an ASIC prototype, just replace the FPGA with standard cell ASIC and direct go for mass production. I think this is risky, without a prototype, how can they sure all the heat and power usage fall in a reasonable level? Unless they have done this many times before, they might encounter what BFL experienced last year
And they said they are not going to have an ASIC prototype, just replace the FPGA with standard cell ASIC and direct go for mass production. I think this is risky, without a prototype, how can they sure all the heat and power usage fall in a reasonable level? Unless they have done this many times before, they might encounter what BFL experienced last year
Why u dont ask them?
as i understood it they are experienced with heating/cooling problems and approaching it with being flexible in both the number of chips used per device and extend of load on each chip in an overall modular setup.
Also remember it's meant to have liquid-cooled ASICs...
They will be air cooled. I'll evolve this later on.
Boo!
I noticed that on their linux machine, they even had a seperate console utility to monitor the status of all the FPGAs (temp, current, power usage etc), this means that they have a whole suite of FPGA related design platform, and they just fit bitcoin's hashing function into that platform
And they said they are not going to have an ASIC prototype, just replace the FPGA with standard cell ASIC and direct go for mass production. I think this is risky, without a prototype, how can they sure all the heat and power usage fall in a reasonable level? Unless they have done this many times before, they might encounter what BFL experienced last year
And they said they are not going to have an ASIC prototype, just replace the FPGA with standard cell ASIC and direct go for mass production. I think this is risky, without a prototype, how can they sure all the heat and power usage fall in a reasonable level? Unless they have done this many times before, they might encounter what BFL experienced last year
Why u dont ask them?
as i understood it they are experienced with heating/cooling problems and approaching it with being flexible in both the number of chips used per device and extend of load on each chip in an overall modular setup.
Also remember it's meant to have liquid-cooled ASICs...
They will be air cooled. I'll evolve this later on.
I noticed that on their linux machine, they even had a seperate console utility to monitor the status of all the FPGAs (temp, current, power usage etc), this means that they have a whole suite of FPGA related design platform, and they just fit bitcoin's hashing function into that platform
And they said they are not going to have an ASIC prototype, just replace the FPGA with standard cell ASIC and direct go for mass production. I think this is risky, without a prototype, how can they sure all the heat and power usage fall in a reasonable level? Unless they have done this many times before, they might encounter what BFL experienced last year
And they said they are not going to have an ASIC prototype, just replace the FPGA with standard cell ASIC and direct go for mass production. I think this is risky, without a prototype, how can they sure all the heat and power usage fall in a reasonable level? Unless they have done this many times before, they might encounter what BFL experienced last year
Why u dont ask them?
as i understood it they are experienced with heating/cooling problems and approaching it with being flexible in both the number of chips used per device and extend of load on each chip in an overall modular setup.
Also remember it's meant to have liquid-cooled ASICs...
I noticed that on their linux machine, they even had a seperate console utility to monitor the status of all the FPGAs (temp, current, power usage etc), this means that they have a whole suite of FPGA related design platform, and they just fit bitcoin's hashing function into that platform
And they said they are not going to have an ASIC prototype, just replace the FPGA with standard cell ASIC and direct go for mass production. I think this is risky, without a prototype, how can they sure all the heat and power usage fall in a reasonable level? Unless they have done this many times before, they might encounter what BFL experienced last year
And they said they are not going to have an ASIC prototype, just replace the FPGA with standard cell ASIC and direct go for mass production. I think this is risky, without a prototype, how can they sure all the heat and power usage fall in a reasonable level? Unless they have done this many times before, they might encounter what BFL experienced last year
Why u dont ask them?
as i understood it they are experienced with heating/cooling problems and approaching it with being flexible in both the number of chips used per device and extend of load on each chip in an overall modular setup.
Why dip a toe, when you can jump in 
I think my group purchase is the first group buy to verify purchase of a Saturn - https://bitcointalk.org/index.php?topic=225322.0;all
"Now, we wait"
I think my group purchase is the first group buy to verify purchase of a Saturn - https://bitcointalk.org/index.php?topic=225322.0;all
"Now, we wait"
I noticed that on their linux machine, they even had a seperate console utility to monitor the status of all the FPGAs (temp, current, power usage etc), this means that they have a whole suite of FPGA related design platform, and they just fit bitcoin's hashing function into that platform
And they said they are not going to have an ASIC prototype, just replace the FPGA with standard cell ASIC and direct go for mass production. I think this is risky, without a prototype, how can they sure all the heat and power usage fall in a reasonable level? Unless they have done this many times before, they might encounter what BFL experienced last year
And they said they are not going to have an ASIC prototype, just replace the FPGA with standard cell ASIC and direct go for mass production. I think this is risky, without a prototype, how can they sure all the heat and power usage fall in a reasonable level? Unless they have done this many times before, they might encounter what BFL experienced last year
Why u dont ask them?
I asked them and they said that simulation of that part is done by the chip manufacturer, they only have the simulation at rtl level
As the Swede I feel responsible for explaining this weird phenomena.
When Swedes graduate at third year of Gymnasium,
We celebrate that we now are unemployed and without a job by jumping on a big truck, half naked, spraying beer on each other and everything that moves while listening to loud music.
It is just a normal day in Sweden xD
//DeaDTerra
maybe graduating from the university would make it easier to get a job??
Which is why it feels a bit weird celebrating after gymnasium. I guess it is stuck from the old times when almost no one had higher education.
//DeaDTerra
Trust me, UK wise; graduating from university does not mean it's easier to get a job! Grrr...
It guarantees a lifetime of debt though!!
Here education is free
//DeaDTerra
Yes, thanks I'm aware of that, it was free here, until the bloody year I started!!
All Scandinavian countries give great education!
In Norway there is practically zero reason to ever leave education, their PhDs are as well funded as the jobs people do them for...
I noticed that on their linux machine, they even had a seperate console utility to monitor the status of all the FPGAs (temp, current, power usage etc), this means that they have a whole suite of FPGA related design platform, and they just fit bitcoin's hashing function into that platform
And they said they are not going to have an ASIC prototype, just replace the FPGA with standard cell ASIC and direct go for mass production. I think this is risky, without a prototype, how can they sure all the heat and power usage fall in a reasonable level? Unless they have done this many times before, they might encounter what BFL experienced last year
And they said they are not going to have an ASIC prototype, just replace the FPGA with standard cell ASIC and direct go for mass production. I think this is risky, without a prototype, how can they sure all the heat and power usage fall in a reasonable level? Unless they have done this many times before, they might encounter what BFL experienced last year
Why u dont ask them?
And that you can make some basic calculations to estimate both the watt and the hashing power based on the FPGA performance (as I understood it).
//DeaDTerra
ORSOC have pretty damn solid background in fpga design and development as far as I understand. If they are betting that they can do a pretty straight swap from fpga -> ASIC I for one would probably bet they know what they are talking about.
fwiw Sweden has some pretty damn talented engineers and programmers, especially in open source and electro mechanics.
As the Swede I feel responsible for explaining this weird phenomena.
When Swedes graduate at third year of Gymnasium,
We celebrate that we now are unemployed and without a job by jumping on a big truck, half naked, spraying beer on each other and everything that moves while listening to loud music.
It is just a normal day in Sweden xD
//DeaDTerra
maybe graduating from the university would make it easier to get a job??
Which is why it feels a bit weird celebrating after gymnasium. I guess it is stuck from the old times when almost no one had higher education.
//DeaDTerra
Trust me, UK wise; graduating from university does not mean it's easier to get a job! Grrr...
It guarantees a lifetime of debt though!!
Here education is free
//DeaDTerra
As the Swede I feel responsible for explaining this weird phenomena.
When Swedes graduate at third year of Gymnasium,
We celebrate that we now are unemployed and without a job by jumping on a big truck, half naked, spraying beer on each other and everything that moves while listening to loud music.
It is just a normal day in Sweden xD
//DeaDTerra
maybe graduating from the university would make it easier to get a job??
Which is why it feels a bit weird celebrating after gymnasium. I guess it is stuck from the old times when almost no one had higher education.
//DeaDTerra
Trust me, UK wise; graduating from university does not mean it's easier to get a job! Grrr...
It guarantees a lifetime of debt though!!
I noticed that on their linux machine, they even had a seperate console utility to monitor the status of all the FPGAs (temp, current, power usage etc), this means that they have a whole suite of FPGA related design platform, and they just fit bitcoin's hashing function into that platform
And they said they are not going to have an ASIC prototype, just replace the FPGA with standard cell ASIC and direct go for mass production. I think this is risky, without a prototype, how can they sure all the heat and power usage fall in a reasonable level? Unless they have done this many times before, they might encounter what BFL experienced last year
And they said they are not going to have an ASIC prototype, just replace the FPGA with standard cell ASIC and direct go for mass production. I think this is risky, without a prototype, how can they sure all the heat and power usage fall in a reasonable level? Unless they have done this many times before, they might encounter what BFL experienced last year
Why u dont ask them?
And that you can make some basic calculations to estimate both the watt and the hashing power based on the FPGA performance (as I understood it).
//DeaDTerra
As the Swede I feel responsible for explaining this weird phenomena.
When Swedes graduate at third year of Gymnasium,
We celebrate that we now are unemployed and without a job by jumping on a big truck, half naked, spraying beer on each other and everything that moves while listening to loud music.
It is just a normal day in Sweden xD
//DeaDTerra
maybe graduating from the university would make it easier to get a job??
Which is why it feels a bit weird celebrating after gymnasium. I guess it is stuck from the old times when almost no one had higher education.
//DeaDTerra
I noticed that on their linux machine, they even had a seperate console utility to monitor the status of all the FPGAs (temp, current, power usage etc), this means that they have a whole suite of FPGA related design platform, and they just fit bitcoin's hashing function into that platform
And they said they are not going to have an ASIC prototype, just replace the FPGA with standard cell ASIC and direct go for mass production. I think this is risky, without a prototype, how can they sure all the heat and power usage fall in a reasonable level? Unless they have done this many times before, they might encounter what BFL experienced last year
And they said they are not going to have an ASIC prototype, just replace the FPGA with standard cell ASIC and direct go for mass production. I think this is risky, without a prototype, how can they sure all the heat and power usage fall in a reasonable level? Unless they have done this many times before, they might encounter what BFL experienced last year
Why u dont ask them?
I noticed that on their linux machine, they even had a seperate console utility to monitor the status of all the FPGAs (temp, current, power usage etc), this means that they have a whole suite of FPGA related design platform, and they just fit bitcoin's hashing function into that platform
And they said they are not going to have an ASIC prototype, just replace the FPGA with standard cell ASIC and direct go for mass production. I think this is risky, without a prototype, how can they sure all the heat and power usage fall in a reasonable level? Unless they have done this many times before, they might encounter what BFL experienced last year
And they said they are not going to have an ASIC prototype, just replace the FPGA with standard cell ASIC and direct go for mass production. I think this is risky, without a prototype, how can they sure all the heat and power usage fall in a reasonable level? Unless they have done this many times before, they might encounter what BFL experienced last year
Cool, let's get some expansion on that!
I noticed that on their linux machine, they even had a seperate console utility to monitor the status of all the FPGAs (temp, current, power usage etc), this means that they have a whole suite of FPGA related design platform, and they just fit bitcoin's hashing function into that platform
And they said they are not going to have an ASIC prototype, just replace the FPGA with standard cell ASIC and direct go for mass production. I think this is risky, without a prototype, how can they sure all the heat and power usage fall in a reasonable level? Unless they have done this many times before, they might encounter what BFL experienced last year
And they said they are not going to have an ASIC prototype, just replace the FPGA with standard cell ASIC and direct go for mass production. I think this is risky, without a prototype, how can they sure all the heat and power usage fall in a reasonable level? Unless they have done this many times before, they might encounter what BFL experienced last year
This thread is full of valuable information. Now i know exactly when to visit Sweden (and the Balkans)!
Mmm...frolicking beer-covered blonde co-eds and ASICS...
Mmm...frolicking beer-covered blonde co-eds and ASICS...
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