I have just seen those pricing numbers.. 4043.48 for 14 TH/s and 5198.76 for 18 TH/s , IS THIS FOR REAL?
Topic: Ebang Announces E9++, E10, and E10.1 - page 5. (Read 14721 times)
Maybe you are missing something there? First and third picture are the same? Maybe you have pasted wrong link or something like that...
I have just seen those pricing numbers.. 4043.48 for 14 TH/s and 5198.76 for 18 TH/s , IS THIS FOR REAL?
I have just seen those pricing numbers.. 4043.48 for 14 TH/s and 5198.76 for 18 TH/s , IS THIS FOR REAL?
AND it is just a PR pitch.
Maybe - just maybe - they have Engineering samples to tinker with but that is a far cry from anything even close to production status.
Again it MUST be emphasized that 10nm miner chips are a long way off. As said elsewhere, the '10nm' chips used in the latest Galaxy and iPhones are cheaters - only memory cells are 10nm. Toss in that that these nodes are targeting mobile apps - read as low-power - what is possible with a chip pulling under 500mw is a helluva long way from one pulling 10W or more. Just as happened at 16/14nm ya know they are going to pack in as many cores as possible meaning many watts of power per-chip.
Maybe - just maybe - they have Engineering samples to tinker with but that is a far cry from anything even close to production status.
Again it MUST be emphasized that 10nm miner chips are a long way off. As said elsewhere, the '10nm' chips used in the latest Galaxy and iPhones are cheaters - only memory cells are 10nm. Toss in that that these nodes are targeting mobile apps - read as low-power - what is possible with a chip pulling under 500mw is a helluva long way from one pulling 10W or more. Just as happened at 16/14nm ya know they are going to pack in as many cores as possible meaning many watts of power per-chip.
How long away are we talking about?
AND it is just a PR pitch.
I have someone on the ground there who has seen the live demo in person, he is sending me the info live as its happening. They announced production is starting in January. Apparently Samsung was involved in the creation of the chip.
AND it is just a PR pitch.
Maybe - just maybe - they have Engineering samples to tinker with but that is a far cry from anything even close to production status.
Again it MUST be emphasized that 10nm miner chips are a long way off. As said elsewhere, the '10nm' chips used in the latest Galaxy and iPhones are cheaters - only memory cells are 10nm. Toss in that that these nodes are targeting mobile apps - read as low-power - what is possible with a chip pulling under 500mw is a helluva long way from one pulling 10W or more. Just as happened at 16/14nm ya know they are going to pack in as many cores as possible meaning many watts of power per-chip.
Maybe - just maybe - they have Engineering samples to tinker with but that is a far cry from anything even close to production status.
Again it MUST be emphasized that 10nm miner chips are a long way off. As said elsewhere, the '10nm' chips used in the latest Galaxy and iPhones are cheaters - only memory cells are 10nm. Toss in that that these nodes are targeting mobile apps - read as low-power - what is possible with a chip pulling under 500mw is a helluva long way from one pulling 10W or more. Just as happened at 16/14nm ya know they are going to pack in as many cores as possible meaning many watts of power per-chip.
Considering this is 10nm the efficiency is pretty underwhelming.
Direct from the trade show.
Ebit E9++
https://i.imgur.com/8ru6tWt.jpg
Ebit E10
https://i.imgur.com/rP4rYEf.jpg
Ebit E10.1
https://i.imgur.com/94ORIYp.jpg
Pricing is RMB1900/TH
which is almost 30% more than bitmains current pricing.
Ebit E9++
https://i.imgur.com/8ru6tWt.jpg
Ebit E10
https://i.imgur.com/rP4rYEf.jpg
Ebit E10.1
https://i.imgur.com/94ORIYp.jpg
Pricing is RMB1900/TH
which is almost 30% more than bitmains current pricing.
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