Topic: Announcement: Bitmain launches AntMiner solution, 0.68 J/GH on chip - page 159. (Read 368268 times)
November 14, 2013, 11:36:07 AM
i will buy if it's profitable.
November 14, 2013, 11:30:03 AM
This sounds great. I would be a buyer at the right price point.
November 14, 2013, 11:24:59 AM
I hate to keep asking, but any chance you're planning on doing bulk chip sales?
Hi MrTeal, excuse us to keep you keep asking
Will you sell your chips? document, testing chip etc.
Yes, we sell BM1380 chips. Documents, software are being prepared while we are still testing the chip.
Our github:
https://github.com/AntMiner/AntGen1
Please fill the form to help us centralize the testing chip request information, thank you.
https://docs.google.com/forms/d/1nh1mF2bAKjHnwx9o4wt_X3q_epPWndLxj-qGwgqxNlA/viewform
The earliest time we can deliver the bulk sold chip will be in around 50 days. The chip order we sell will definitely have a commit day from foundry, which means we will sell the chip only after the wafer starts fabrication.
Good to know...
November 14, 2013, 11:06:31 AM
I hate to keep asking, but any chance you're planning on doing bulk chip sales?
Hi MrTeal, excuse us to keep you keep asking
Will you sell your chips? document, testing chip etc.
Yes, we sell BM1380 chips. Documents, software are being prepared while we are still testing the chip.
Our github:
https://github.com/AntMiner/AntGen1
Please fill the form to help us centralize the testing chip request information, thank you.
https://docs.google.com/forms/d/1nh1mF2bAKjHnwx9o4wt_X3q_epPWndLxj-qGwgqxNlA/viewform
The earliest time we can deliver the bulk sold chip will be in around 50 days. The chip order we sell will definitely have a commit day from foundry, which means we will sell the chip only after the wafer starts fabrication.
November 14, 2013, 10:38:37 AM
I hate to keep asking, but any chance you're planning on doing bulk chip sales?
November 14, 2013, 10:11:00 AM
Looking good, i will be watching this
November 14, 2013, 09:58:37 AM
I'm very curious about the evolving tech specs you gave us.
Several questions:
1) How many board per system you plan to sell?
2) The voltage levels can be configured via cgminer settings, or need to be done manually (using potentiometer or dip switch)?
3) The highest voltage (1.10V) to product around 3.7GH/s per chip. Assuming each board has 32 chips, it will be around 118GH/s per board?
Hope you will have a good price per board/system. We want the "kit" or complete system.
Several questions:
1) How many board per system you plan to sell?
2) The voltage levels can be configured via cgminer settings, or need to be done manually (using potentiometer or dip switch)?
3) The highest voltage (1.10V) to product around 3.7GH/s per chip. Assuming each board has 32 chips, it will be around 118GH/s per board?
Hope you will have a good price per board/system. We want the "kit" or complete system.
1) 2 blades combined into a independent mining "kit".
2) The voltage level will be fixed when we shipped out and cannot be adjusted without you manually change a resister on the board, which may need EE expertise.
3) At 1.10V voltage the chip runs at 2.8GH/s, it will be 90GH/s per board. After testing at 325MHz*8core this afternoon, we are now sure the chain of chips are working at this level, but the software on the control board cannot communicate with the chip properly. We are fixing it now.
November 14, 2013, 08:07:15 AM
I'm very curious about the evolving tech specs you gave us.
Several questions:
1) How many board per system you plan to sell?
2) The voltage levels can be configured via cgminer settings, or need to be done manually (using potentiometer or dip switch)?
3) The highest voltage (1.10V) to product around 3.7GH/s per chip. Assuming each board has 32 chips, it will be around 118GH/s per board?
Hope you will have a good price per board/system. We want the "kit" or complete system.
Several questions:
1) How many board per system you plan to sell?
2) The voltage levels can be configured via cgminer settings, or need to be done manually (using potentiometer or dip switch)?
3) The highest voltage (1.10V) to product around 3.7GH/s per chip. Assuming each board has 32 chips, it will be around 118GH/s per board?
Hope you will have a good price per board/system. We want the "kit" or complete system.
An quick update
[/b][/table]
From the afternoon of 12nd Nov, we started to test the multiple chain mode of the chip. We worked on it through the night. We slept only 3 hours in the early morning, and got up work again. In this afternoon, we decide that the multiple chain mode works all right.
Below is the photo of the testing board we soldered and assembled. It runs at 1.6GH/s per chip (50GH/s per board), and it does not need fans to be cool ( 60℃ without fans)
. However, we will still prefer fans added when it is mining, as the low temperature will help the DC/DC efficiency a lot. We will test the 2.8GH/s per chip(90GH/s per board) tomorrow. A young hardworking engineer is soldering it right now when I post When the chip is running at this speed, efficiency will be 1.32J/GH, but I guess the heat sank we ordered will handle the heat, with very low speed wind. The ambient is 27℃.
| Vlotage(V) | Hash Rate(GH/s) | Total power(W) | J/GH | ||||
| 0.75 | 1.60 | 1.07 | 0.68 | ||||
| 0.85 | 2.00 | 1.69 | 0.85 | ||||
| 1.00 | 2.50 | 2.82 | 1.13 |
| 1.10 | 2.80 | 3.70 | 1.32 |
From the afternoon of 12nd Nov, we started to test the multiple chain mode of the chip. We worked on it through the night. We slept only 3 hours in the early morning, and got up work again. In this afternoon, we decide that the multiple chain mode works all right.
Below is the photo of the testing board we soldered and assembled. It runs at 1.6GH/s per chip (50GH/s per board), and it does not need fans to be cool ( 60℃ without fans)
. However, we will still prefer fans added when it is mining, as the low temperature will help the DC/DC efficiency a lot. We will test the 2.8GH/s per chip(90GH/s per board) tomorrow. A young hardworking engineer is soldering it right now when I post When the chip is running at this speed, efficiency will be 1.32J/GH, but I guess the heat sank we ordered will handle the heat, with very low speed wind. The ambient is 27℃. November 14, 2013, 07:47:03 AM
Looking very good
November 14, 2013, 06:41:44 AM
Congrats, looks very interesting. Out of curiosity, how big is your first batch, and what kind of production volume do you hope to achieve?
would be nice if first batch was 2500 or more. no delays no bs. if they ramped up to 5000 a batch and a batch every week they could sell them all. fast at the right price.
Talking usb sticks.
November 14, 2013, 06:13:52 AM
Congrats, looks very interesting. Out of curiosity, how big is your first batch, and what kind of production volume do you hope to achieve?
November 14, 2013, 02:52:11 AM
great work guys... price them below btcgarden, asicminer and i'm sure you'll have plenty of buyers lining up. Based on your test the chip seems pretty good at overclocking..
An quick update
In the afternoon of 12nd Nov, After testing the single chip for over 24 hours and the speed in pool are all right, we decided that the chip can work stably alone. We tried lots of voltage-frequency-efficiency combination. Here are some of them:
From the afternoon of 12nd Nov, we started to test the multiple chain mode of the chip. We worked on it through the night. We slept only 3 hours in the early morning, and got up work again. In this afternoon, we decide that the multiple chain mode works all right.
Below is the photo of the testing board we soldered and assembled. It runs at 1.6GH/s per chip (50GH/s per board), and it does not need fans to be cool ( 60℃ without fans). However, we will still prefer fans added when it is mining, as the low temperature will help the DC/DC efficiency a lot. We will test the 2.8GH/s per chip(90GH/s per board) tomorrow. A young hardworking engineer is soldering it right now when I post When the chip is running at this speed, efficiency will be 1.32J/GH, but I guess the heat sank we ordered will handle the heat, with very low speed wind. The ambient is 27℃.
In the afternoon of 12nd Nov, After testing the single chip for over 24 hours and the speed in pool are all right, we decided that the chip can work stably alone. We tried lots of voltage-frequency-efficiency combination. Here are some of them:
| Vlotage(V) | Hash Rate(GH/s) | Total power(W) | J/GH | ||||
| 0.75 | 1.60 | 1.07 | 0.68 | ||||
| 0.85 | 2.00 | 1.69 | 0.85 | ||||
| 1.00 | 2.50 | 2.82 | 1.13 | ||||
| 1.10 | 2.80 | 3.70 | 1.32 |
From the afternoon of 12nd Nov, we started to test the multiple chain mode of the chip. We worked on it through the night. We slept only 3 hours in the early morning, and got up work again. In this afternoon, we decide that the multiple chain mode works all right.
Below is the photo of the testing board we soldered and assembled. It runs at 1.6GH/s per chip (50GH/s per board), and it does not need fans to be cool ( 60℃ without fans)
. However, we will still prefer fans added when it is mining, as the low temperature will help the DC/DC efficiency a lot. We will test the 2.8GH/s per chip(90GH/s per board) tomorrow. A young hardworking engineer is soldering it right now when I post When the chip is running at this speed, efficiency will be 1.32J/GH, but I guess the heat sank we ordered will handle the heat, with very low speed wind. The ambient is 27℃. November 13, 2013, 11:36:38 PM
... it looks he is welding their chip to testing board...
http://boe.allconet.org/fo/Students/Student%20subject%20wepages/Welding/images/welding07.jpgLOL
This micro or nano china chipization procedures
i Rusia but this very funy
Double lol
November 13, 2013, 10:55:06 PM
waiting for the good news.
November 13, 2013, 10:20:20 PM
Ya, can't ask for more, let see if they have good payment options and good price per gh/s. We need to see videos of your running unit and more photo please.
November 13, 2013, 09:19:40 PM
Looking good will be watching this one
will be watching this one November 13, 2013, 08:42:35 PM
That looks like great!!! No fan thats a first at those speeds. Does it have ethernet connector built in?
yes. ethernet interface is built in the controller board. 
November 13, 2013, 07:19:04 PM
An quick update
giving more confident to bitmain..i am ready for the ordering..
November 13, 2013, 06:57:15 PM
Watching
November 13, 2013, 06:26:51 PM
Hallo
I'm ready to buy some!
I've just had a refund from KnC for a late delivery of my Mercury
I hope this will have a good ROI!!!
I'm ready to buy some!
I've just had a refund from KnC for a late delivery of my Mercury
I hope this will have a good ROI!!!
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