Topic: Baikal Giant N - Cryptonight, Cryptonight-lite FPGA/ASIC miner - page 14. (Read 32785 times)

There's also a dead end in this.... All those dev boards are produced in china! Shitmain and other fat wallets will just HIGHJACK this and the loop will just start cycle again.
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The three boards I am going to initially support are the Nexys Video (XC7A200T $490), Avnet AES-KU040-DB-G (Kintex Ultrascale+ $975), and VCU1525 (Virtex VU9P $3995).  I will start a thread soon and list which algorithms will be released for each board (the Virtex can run all the algorithms, the Kintex can run most, the Nexys can only run a few).

My implementations are 100% unrolled pipelines running at one clock cycle per stage.  The ROI on the Kintex and Virtex boards range from 50-150 days based on the algorithm, in today's bear market with 1-2 year ROI's on GPU's.  If the market rises back to Dec/2017 levels, ROI would be ridiculously short.

Please do not purchase any of the above hardware until I announce the official hash rates.  I hope other FPGA developers follow my lead and stop mining in secret and start spreading the wealth.  We need to give crypto back to the people.  With enough people mining with high end FPGA's, Bitmain and Baikal can no longer control the market and screw people over.

Power consumption for 90% usage on the VCU1525 is around 170W.  The best high end rig is a standard mining motherboard with 8 x VCU1525 and a single 1600W power supply.

The three boards I am going to initially support are the Nexys Video (XC7A200T $490), Avnet AES-KU040-DB-G (Kintex Ultrascale+ $975), and VCU1525 (Virtex VU9P $3995).  I will start a thread soon and list which algorithms will be released for each board (the Virtex can run all the algorithms, the Kintex can run most, the Nexys can only run a few).

My implementations are 100% unrolled pipelines running at one clock cycle per stage.  The ROI on the Kintex and Virtex boards range from 50-150 days based on the algorithm, in today's bear market with 1-2 year ROI's on GPU's.  If the market rises back to Dec/2017 levels, ROI would be ridiculously short.

Please do not purchase any of the above hardware until I announce the official hash rates.  I hope other FPGA developers follow my lead and stop mining in secret and start spreading the wealth.  We need to give crypto back to the people.  With enough people mining with high end FPGA's, Bitmain and Baikal can no longer control the market and screw people over.

Power consumption for 90% usage on the VCU1525 is around 170W.  The best high end rig is a standard mining motherboard with 8 x VCU1525 and a single 1600W power supply.







I am very interested in the FPGA project that you mentioned, can you share the current progress, or when can you give a practical solution to the actual use of the FPGA algorithm? Will it be charged? How is the charging method? thank you very much

The three boards I am going to initially support are the Nexys Video (XC7A200T $490), Avnet AES-KU040-DB-G (Kintex Ultrascale+ $975), and VCU1525 (Virtex VU9P $3995).  I will start a thread soon and list which algorithms will be released for each board (the Virtex can run all the algorithms, the Kintex can run most, the Nexys can only run a few).

My implementations are 100% unrolled pipelines running at one clock cycle per stage.  The ROI on the Kintex and Virtex boards range from 50-150 days based on the algorithm, in today's bear market with 1-2 year ROI's on GPU's.  If the market rises back to Dec/2017 levels, ROI would be ridiculously short.

Please do not purchase any of the above hardware until I announce the official hash rates.  I hope other FPGA developers follow my lead and stop mining in secret and start spreading the wealth.  We need to give crypto back to the people.  With enough people mining with high end FPGA's, Bitmain and Baikal can no longer control the market and screw people over.

Power consumption for 90% usage on the VCU1525 is around 170W.  The best high end rig is a standard mining motherboard with 8 x VCU1525 and a single 1600W power supply.

The three boards I am going to initially support are the Nexys Video (XC7A200T $490), Avnet AES-KU040-DB-G (Kintex Ultrascale+ $975), and VCU1525 (Virtex VU9P $3995).  I will start a thread soon and list which algorithms will be released for each board (the Virtex can run all the algorithms, the Kintex can run most, the Nexys can only run a few).

My implementations are 100% unrolled pipelines running at one clock cycle per stage.  The ROI on the Kintex and Virtex boards range from 50-150 days based on the algorithm, in today's bear market with 1-2 year ROI's on GPU's.  If the market rises back to Dec/2017 levels, ROI would be ridiculously short.

Please do not purchase any of the above hardware until I announce the official hash rates.  I hope other FPGA developers follow my lead and stop mining in secret and start spreading the wealth.  We need to give crypto back to the people.  With enough people mining with high end FPGA's, Bitmain and Baikal can no longer control the market and screw people over.

Power consumption for 90% usage on the VCU1525 is around 170W.  The best high end rig is a standard mining motherboard with 8 x VCU1525 and a single 1600W power supply.

Good work,
what platform you are targeting only Virtex? Some lower end Kintex UltraScale, Kintex UltraScale+ parts have enough internal ram to run at least one instance and they are much more easy to find ready to ship.  
 

Good work,
what platform you are targeting only Virtex? Some lower end Kintex UltraScale, Kintex UltraScale+ parts have enough internal ram to run at least one instance and they are much more easy to find ready to ship.  
 

First public-ready algorithms should be done around mid to late June.  However I am hesitant to 'release' the bitstreams unless numerous algorithms are available.  I wouldn't want someone to invest $10K in hardware with only 1 or 2 algorithms in case those coins profit or ROI suddenly changes.  A good investment would be to have 4-5 algorithms available, making the hardware more secure against market changes.
Anyway, once people start mining with PC's linked to numerous high end FPGA cards, they will be 'immune' to forks since the algorithms in the FPGA's can be changed as fast as developers can fork their coin, actually faster in most cases since even a poorly tested rig can still mine, whereas a coin cannot fork until the new setup is heavily tested.

I'm developing many algorithms for the Virtex Ultrascale+ VU9P on the VCU1525 board and this FPGA has 47MB of internal SRAM, enough for 22 instances of Cryptonight V7.  Your developer friend is gravely mistaken.
Having said that, Cryptonight V7 is not the most profitable algorithm for FPGA's at the moment, but high end FPGA's always beat GPU's, and ROI for the high end FPGA's are around 50-110 days vs. years for GPU's.
I will be releasing my bitstreams (to the public) soon, my current plan is to release them for free with a 4% mining fee.  And you would need to buy your own FPGA boards from Avnet/Digikey/Xilinx/Digilent/Hitechglobal/Bittware, etc...

I'm developing many algorithms for the Virtex Ultrascale+ VU9P on the VCU1525 board and this FPGA has 47MB of internal SRAM, enough for 22 instances of Cryptonight V7.  Your developer friend is gravely mistaken.
Having said that, Cryptonight V7 is not the most profitable algorithm for FPGA's at the moment, but high end FPGA's always beat GPU's, and ROI for the high end FPGA's are around 50-110 days vs. years for GPU's.
I will be releasing my bitstreams (to the public) soon, my current plan is to release them for free with a 4% mining fee.  And you would need to buy your own FPGA boards from Avnet/Digikey/Xilinx/Digilent/Hitechglobal/Bittware, etc...

First public-ready algorithms should be done around mid to late June.  However I am hesitant to 'release' the bitstreams unless numerous algorithms are available.  I wouldn't want someone to invest $10K in hardware with only 1 or 2 algorithms in case those coins profit or ROI suddenly changes.  A good investment would be to have 4-5 algorithms available, making the hardware more secure against market changes.
Anyway, once people start mining with PC's linked to numerous high end FPGA cards, they will be 'immune' to forks since the algorithms in the FPGA's can be changed as fast as developers can fork their coin, actually faster in most cases since even a poorly tested rig can still mine, whereas a coin cannot fork until the new setup is heavily tested.

Amazing. Can't wait for that. Do you have an estimated date?

I'm developing many algorithms for the Virtex Ultrascale+ VU9P on the VCU1525 board and this FPGA has 47MB of internal SRAM, enough for 22 instances of Cryptonight V7.  Your developer friend is gravely mistaken.
Having said that, Cryptonight V7 is not the most profitable algorithm for FPGA's at the moment, but high end FPGA's always beat GPU's, and ROI for the high end FPGA's are around 50-110 days vs. years for GPU's.
I will be releasing my bitstreams (to the public) soon, my current plan is to release them for free with a 4% mining fee.  And you would need to buy your own FPGA boards from Avnet/Digikey/Xilinx/Digilent/Hitechglobal/Bittware, etc...

I talked to another cryptonight coin developer about fpga, he said that it's cost prohibitive due to memory restrictions.  So there goes fpga out the door, cause I was thinking fpga too. 

how to set the correct diff to mine?

Monero community could be vibrant, but good question is why the monero devs didnt increased the scratchpad size from the current size (2Mb), fpga miners are not affected by this fork

Monero community could be vibrant, but good question is why the monero devs didnt increased the scratchpad size from the current size (2Mb), fpga miners are not affected by this fork