Sooo if anyone have an idea, it would be awesome !
Thanks
Topic: [DIY] - Reward $100 | Antminer S1/S3 Blade on Raspberry Pi - page 8. (Read 82171 times)
I made a bad manipulation and I broke one of my board. I pulled off the RIGHT trace on the board for R3 resistance. I'm trying to figure out if I can connect my wire somewhere else, if possible.
Sooo if anyone have an idea, it would be awesome !
Thanks
Sooo if anyone have an idea, it would be awesome !
Thanks
Any updates on the controller ?
Anyone interested in 4 boards? Never overclocked or pencil modded. Were working when upgraded to S3 boards. I live in central US. PM me an offer.
This is the type of community spirit that BitcoinTalk is all about originally.
This is an awesome project. Thank you.
I would like to add something I noticed.
I was looking at my S1 boards and my BTCGarden board. They are pretty much the same thing. There are a few more capacitors around the chips on the BTC Garden, (that probably is there to handle the extra power they put through.), but my question is this. Why is there a central FPGA? I would understand if it was using the board as its own control, but it is running network and cgminer through a RaspBerryPi. It uses half the chips of the S1 and gets about double it's hashrate. I am presuming the kicker is the FPGA.
So...if we hook-up an S1 Board to and FPGA board and run it through that and reversing the cgminer that BTCGarden is using..could we possibly quadruple the hashrate of the S1?
(Ie: If the BTC Garden runs 1 board at 155Ghash with 16 chips and an FPGA...would it not go to assume that 1 Board of S1 with 32 chips and FPGA would go about 4 x 85Ghash or 340Ghash?)
BTW: BTC Garden is using an Altera Cyclone IV chip.
I would like to add something I noticed.
I was looking at my S1 boards and my BTCGarden board. They are pretty much the same thing. There are a few more capacitors around the chips on the BTC Garden, (that probably is there to handle the extra power they put through.), but my question is this. Why is there a central FPGA? I would understand if it was using the board as its own control, but it is running network and cgminer through a RaspBerryPi. It uses half the chips of the S1 and gets about double it's hashrate. I am presuming the kicker is the FPGA.
So...if we hook-up an S1 Board to and FPGA board and run it through that and reversing the cgminer that BTCGarden is using..could we possibly quadruple the hashrate of the S1?
(Ie: If the BTC Garden runs 1 board at 155Ghash with 16 chips and an FPGA...would it not go to assume that 1 Board of S1 with 32 chips and FPGA would go about 4 x 85Ghash or 340Ghash?)
BTW: BTC Garden is using an Altera Cyclone IV chip.
The s1 and the btcgarden use entirely different asic chips with different specs.
Do you have a Datasheet on the chips?
That still doesn't explain the FPGA.
the fpga might just be programmed as a custom control chip..
Do you have a Datasheet on the chips?
That still doesn't explain the FPGA.
Nice work you guys have done here =) very impressed 
Are we waiting for jabber and his UART boards? =)
Are we waiting for jabber and his UART boards? =)
This is an awesome project. Thank you.
I would like to add something I noticed.
I was looking at my S1 boards and my BTCGarden board. They are pretty much the same thing. There are a few more capacitors around the chips on the BTC Garden, (that probably is there to handle the extra power they put through.), but my question is this. Why is there a central FPGA? I would understand if it was using the board as its own control, but it is running network and cgminer through a RaspBerryPi. It uses half the chips of the S1 and gets about double it's hashrate. I am presuming the kicker is the FPGA.
So...if we hook-up an S1 Board to and FPGA board and run it through that and reversing the cgminer that BTCGarden is using..could we possibly quadruple the hashrate of the S1?
(Ie: If the BTC Garden runs 1 board at 155Ghash with 16 chips and an FPGA...would it not go to assume that 1 Board of S1 with 32 chips and FPGA would go about 4 x 85Ghash or 340Ghash?)
BTW: BTC Garden is using an Altera Cyclone IV chip.
I would like to add something I noticed.
I was looking at my S1 boards and my BTCGarden board. They are pretty much the same thing. There are a few more capacitors around the chips on the BTC Garden, (that probably is there to handle the extra power they put through.), but my question is this. Why is there a central FPGA? I would understand if it was using the board as its own control, but it is running network and cgminer through a RaspBerryPi. It uses half the chips of the S1 and gets about double it's hashrate. I am presuming the kicker is the FPGA.
So...if we hook-up an S1 Board to and FPGA board and run it through that and reversing the cgminer that BTCGarden is using..could we possibly quadruple the hashrate of the S1?
(Ie: If the BTC Garden runs 1 board at 155Ghash with 16 chips and an FPGA...would it not go to assume that 1 Board of S1 with 32 chips and FPGA would go about 4 x 85Ghash or 340Ghash?)
BTW: BTC Garden is using an Altera Cyclone IV chip.
The s1 and the btcgarden use entirely different asic chips with different specs.
Do you have a Datasheet on the chips?
That still doesn't explain the FPGA.
This is an awesome project. Thank you.
I would like to add something I noticed.
I was looking at my S1 boards and my BTCGarden board. They are pretty much the same thing. There are a few more capacitors around the chips on the BTC Garden, (that probably is there to handle the extra power they put through.), but my question is this. Why is there a central FPGA? I would understand if it was using the board as its own control, but it is running network and cgminer through a RaspBerryPi. It uses half the chips of the S1 and gets about double it's hashrate. I am presuming the kicker is the FPGA.
So...if we hook-up an S1 Board to and FPGA board and run it through that and reversing the cgminer that BTCGarden is using..could we possibly quadruple the hashrate of the S1?
(Ie: If the BTC Garden runs 1 board at 155Ghash with 16 chips and an FPGA...would it not go to assume that 1 Board of S1 with 32 chips and FPGA would go about 4 x 85Ghash or 340Ghash?)
BTW: BTC Garden is using an Altera Cyclone IV chip.
I would like to add something I noticed.
I was looking at my S1 boards and my BTCGarden board. They are pretty much the same thing. There are a few more capacitors around the chips on the BTC Garden, (that probably is there to handle the extra power they put through.), but my question is this. Why is there a central FPGA? I would understand if it was using the board as its own control, but it is running network and cgminer through a RaspBerryPi. It uses half the chips of the S1 and gets about double it's hashrate. I am presuming the kicker is the FPGA.
So...if we hook-up an S1 Board to and FPGA board and run it through that and reversing the cgminer that BTCGarden is using..could we possibly quadruple the hashrate of the S1?
(Ie: If the BTC Garden runs 1 board at 155Ghash with 16 chips and an FPGA...would it not go to assume that 1 Board of S1 with 32 chips and FPGA would go about 4 x 85Ghash or 340Ghash?)
BTW: BTC Garden is using an Altera Cyclone IV chip.
The s1 and the btcgarden use entirely different asic chips with different specs.
This is an awesome project. Thank you.
I would like to add something I noticed.
I was looking at my S1 boards and my BTCGarden board. They are pretty much the same thing. There are a few more capacitors around the chips on the BTC Garden, (that probably is there to handle the extra power they put through.), but my question is this. Why is there a central FPGA? I would understand if it was using the board as its own control, but it is running network and cgminer through a RaspBerryPi. It uses half the chips of the S1 and gets about double it's hashrate. I am presuming the kicker is the FPGA.
So...if we hook-up an S1 Board to and FPGA board and run it through that and reversing the cgminer that BTCGarden is using..could we possibly quadruple the hashrate of the S1?
(Ie: If the BTC Garden runs 1 board at 155Ghash with 16 chips and an FPGA...would it not go to assume that 1 Board of S1 with 32 chips and FPGA would go about 4 x 85Ghash or 340Ghash?)
BTW: BTC Garden is using an Altera Cyclone IV chip.
I would like to add something I noticed.
I was looking at my S1 boards and my BTCGarden board. They are pretty much the same thing. There are a few more capacitors around the chips on the BTC Garden, (that probably is there to handle the extra power they put through.), but my question is this. Why is there a central FPGA? I would understand if it was using the board as its own control, but it is running network and cgminer through a RaspBerryPi. It uses half the chips of the S1 and gets about double it's hashrate. I am presuming the kicker is the FPGA.
So...if we hook-up an S1 Board to and FPGA board and run it through that and reversing the cgminer that BTCGarden is using..could we possibly quadruple the hashrate of the S1?
(Ie: If the BTC Garden runs 1 board at 155Ghash with 16 chips and an FPGA...would it not go to assume that 1 Board of S1 with 32 chips and FPGA would go about 4 x 85Ghash or 340Ghash?)
BTW: BTC Garden is using an Altera Cyclone IV chip.
I am trying to get 2 S1 blades to work; so far, I can only get 1 blade to hash. If I plug in both USB UART sticks (cp2102), only 1 works, never 2. My cgminer running config is:
cgminer.exe --bmsc-options 115200:25 --hotplug 0 -o mypool:3333 -u myworker - p xxx
I am getting about 50 Ghs.
Both S1 blades are pencil modded for undervolting.
I'd like to get both blades to hash. BTW, the cp2102 USB sticks go in Pluggable USB Hub bought on Amazon. I am running the pre-compiled cgminer (cgminer-bmsc) found on the thread here. Zadig winusb driver installed for both 2102 sticks, running Windows 7 64-bit.
Any ideas?
cgminer.exe --bmsc-options 115200:25 --hotplug 0 -o mypool:3333 -u myworker - p xxx
I am getting about 50 Ghs.
Both S1 blades are pencil modded for undervolting.
I'd like to get both blades to hash. BTW, the cp2102 USB sticks go in Pluggable USB Hub bought on Amazon. I am running the pre-compiled cgminer (cgminer-bmsc) found on the thread here. Zadig winusb driver installed for both 2102 sticks, running Windows 7 64-bit.
Any ideas?
yeah remove the hotplug parameter, let it discover both blades then restart with the hotplug.
Thanks to pekatete and herbpean! Both of my blades are working! I plugged in my cp2012 sticks, ran zadig and replaced the driver with winusb, unplugged one stick, ran cgminer without hotplug parameter and then plugged in the stick again, now cgminer found both blades, amu0 and amu1. I am getting about 98 Gh/s.
vvg congrats
Thank you! It's working well, except for "AMU1 invalid nonce - HW error" every once in a while.
Well, after banging a little while my head against linux permissions, pinouts and the usual stuff, i finally revived my antminer whose control board's usb controller died using 2 cp2102 and following this thread + a little bit of googling.
Now i'm looking at some standalone blades, if someone has some to sell, i'm interested.
Best regards!
Now i'm looking at some standalone blades, if someone has some to sell, i'm interested.
Best regards!
I am trying to get 2 S1 blades to work; so far, I can only get 1 blade to hash. If I plug in both USB UART sticks (cp2102), only 1 works, never 2. My cgminer running config is:
cgminer.exe --bmsc-options 115200:25 --hotplug 0 -o mypool:3333 -u myworker - p xxx
I am getting about 50 Ghs.
Both S1 blades are pencil modded for undervolting.
I'd like to get both blades to hash. BTW, the cp2102 USB sticks go in Pluggable USB Hub bought on Amazon. I am running the pre-compiled cgminer (cgminer-bmsc) found on the thread here. Zadig winusb driver installed for both 2102 sticks, running Windows 7 64-bit.
Any ideas?
cgminer.exe --bmsc-options 115200:25 --hotplug 0 -o mypool:3333 -u myworker - p xxx
I am getting about 50 Ghs.
Both S1 blades are pencil modded for undervolting.
I'd like to get both blades to hash. BTW, the cp2102 USB sticks go in Pluggable USB Hub bought on Amazon. I am running the pre-compiled cgminer (cgminer-bmsc) found on the thread here. Zadig winusb driver installed for both 2102 sticks, running Windows 7 64-bit.
Any ideas?
yeah remove the hotplug parameter, let it discover both blades then restart with the hotplug.
Thanks to pekatete and herbpean! Both of my blades are working! I plugged in my cp2012 sticks, ran zadig and replaced the driver with winusb, unplugged one stick, ran cgminer without hotplug parameter and then plugged in the stick again, now cgminer found both blades, amu0 and amu1. I am getting about 98 Gh/s.
vvg congrats
I am trying to get 2 S1 blades to work; so far, I can only get 1 blade to hash. If I plug in both USB UART sticks (cp2102), only 1 works, never 2. My cgminer running config is:
cgminer.exe --bmsc-options 115200:25 --hotplug 0 -o mypool:3333 -u myworker - p xxx
I am getting about 50 Ghs.
Both S1 blades are pencil modded for undervolting.
I'd like to get both blades to hash. BTW, the cp2102 USB sticks go in Pluggable USB Hub bought on Amazon. I am running the pre-compiled cgminer (cgminer-bmsc) found on the thread here. Zadig winusb driver installed for both 2102 sticks, running Windows 7 64-bit.
Any ideas?
cgminer.exe --bmsc-options 115200:25 --hotplug 0 -o mypool:3333 -u myworker - p xxx
I am getting about 50 Ghs.
Both S1 blades are pencil modded for undervolting.
I'd like to get both blades to hash. BTW, the cp2102 USB sticks go in Pluggable USB Hub bought on Amazon. I am running the pre-compiled cgminer (cgminer-bmsc) found on the thread here. Zadig winusb driver installed for both 2102 sticks, running Windows 7 64-bit.
Any ideas?
yeah remove the hotplug parameter, let it discover both blades then restart with the hotplug.
Thanks to pekatete and herbpean! Both of my blades are working! I plugged in my cp2012 sticks, ran zadig and replaced the driver with winusb, unplugged one stick, ran cgminer without hotplug parameter and then plugged in the stick again, now cgminer found both blades, amu0 and amu1. I am getting about 98 Gh/s.
I am trying to get 2 S1 blades to work; so far, I can only get 1 blade to hash. If I plug in both USB UART sticks (cp2102), only 1 works, never 2. My cgminer running config is:
cgminer.exe --bmsc-options 115200:25 --hotplug 0 -o mypool:3333 -u myworker - p xxx
I am getting about 50 Ghs.
Both S1 blades are pencil modded for undervolting.
I'd like to get both blades to hash. BTW, the cp2102 USB sticks go in Pluggable USB Hub bought on Amazon. I am running the pre-compiled cgminer (cgminer-bmsc) found on the thread here. Zadig winusb driver installed for both 2102 sticks, running Windows 7 64-bit.
Any ideas?
cgminer.exe --bmsc-options 115200:25 --hotplug 0 -o mypool:3333 -u myworker - p xxx
I am getting about 50 Ghs.
Both S1 blades are pencil modded for undervolting.
I'd like to get both blades to hash. BTW, the cp2102 USB sticks go in Pluggable USB Hub bought on Amazon. I am running the pre-compiled cgminer (cgminer-bmsc) found on the thread here. Zadig winusb driver installed for both 2102 sticks, running Windows 7 64-bit.
Any ideas?
yeah remove the hotplug parameter, let it discover both blades then restart with the hotplug.
I am trying to get 2 S1 blades to work; so far, I can only get 1 blade to hash. If I plug in both USB UART sticks (2102), only 1 works, never 2. My cgminer running config is:
cgminer.exe --bmsc-options 115200:25 --hotplug 0 -o mypool:3333 -u myworker - p xxx
Both S1 blades are pencil modded for undervolting.
I'd like to get both blades to hash. BTW, the 2102 USB sticks go in Pluggable USB Hub bought on Amazon. I am running the pre-compiled cgminer (cgminer-bmsc) found on the thread here. Zadig winusb driver installed for both 2102 sticks, running Windows 7 64-bit.
Any ideas?
cgminer.exe --bmsc-options 115200:25 --hotplug 0 -o mypool:3333 -u myworker - p xxx
Both S1 blades are pencil modded for undervolting.
I'd like to get both blades to hash. BTW, the 2102 USB sticks go in Pluggable USB Hub bought on Amazon. I am running the pre-compiled cgminer (cgminer-bmsc) found on the thread here. Zadig winusb driver installed for both 2102 sticks, running Windows 7 64-bit.
Any ideas?
I had a similar issue and here's how I temporarily solved it (before moving my blades to rPi).
Start cgminer with just one board connected, and after it starts hashing, plug in the second board. You may need to remove the hotplug switch from your startup line though.
The difference from your scenario is that whenever I started cgminer with two blades connected, it would crash almost as soon as it recognised the boards.
Thanks! I will try it sometime today.
I am trying to get 2 S1 blades to work; so far, I can only get 1 blade to hash. If I plug in both USB UART sticks (2102), only 1 works, never 2. My cgminer running config is:
cgminer.exe --bmsc-options 115200:25 --hotplug 0 -o mypool:3333 -u myworker - p xxx
Both S1 blades are pencil modded for undervolting.
I'd like to get both blades to hash. BTW, the 2102 USB sticks go in Pluggable USB Hub bought on Amazon. I am running the pre-compiled cgminer (cgminer-bmsc) found on the thread here. Zadig winusb driver installed for both 2102 sticks, running Windows 7 64-bit.
Any ideas?
cgminer.exe --bmsc-options 115200:25 --hotplug 0 -o mypool:3333 -u myworker - p xxx
Both S1 blades are pencil modded for undervolting.
I'd like to get both blades to hash. BTW, the 2102 USB sticks go in Pluggable USB Hub bought on Amazon. I am running the pre-compiled cgminer (cgminer-bmsc) found on the thread here. Zadig winusb driver installed for both 2102 sticks, running Windows 7 64-bit.
Any ideas?
I had a similar issue and here's how I temporarily solved it (before moving my blades to rPi).
Start cgminer with just one board connected, and after it starts hashing, plug in the second board. You may need to remove the hotplug switch from your startup line though.
The difference from your scenario is that whenever I started cgminer with two blades connected, it would crash almost as soon as it recognised the boards.
I am trying to get 2 S1 blades to work; so far, I can only get 1 blade to hash. If I plug in both USB UART sticks (cp2102), only 1 works, never 2. My cgminer running config is:
cgminer.exe --bmsc-options 115200:25 --hotplug 0 -o mypool:3333 -u myworker - p xxx
I am getting about 50 Ghs.
Both S1 blades are pencil modded for undervolting.
I'd like to get both blades to hash. BTW, the cp2102 USB sticks go in Pluggable USB Hub bought on Amazon. I am running the pre-compiled cgminer (cgminer-bmsc) found on the thread here. Zadig winusb driver installed for both 2102 sticks, running Windows 7 64-bit.
Any ideas?
cgminer.exe --bmsc-options 115200:25 --hotplug 0 -o mypool:3333 -u myworker - p xxx
I am getting about 50 Ghs.
Both S1 blades are pencil modded for undervolting.
I'd like to get both blades to hash. BTW, the cp2102 USB sticks go in Pluggable USB Hub bought on Amazon. I am running the pre-compiled cgminer (cgminer-bmsc) found on the thread here. Zadig winusb driver installed for both 2102 sticks, running Windows 7 64-bit.
Any ideas?
I am looking for opensource miner build from scratch. Any idea?
Great thread!
I have 16 S1 boards in the UK if anyone is interested in buying them.
You got a PM. I have 16 S1 boards in the UK if anyone is interested in buying them.
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