Man, just shut up dreamer.  What the hell do you know about anything?

Buy orders seems nice
   

0.00000411    10000                    0.0411
0.00000410    45085.54634146    0.18485074
0.00000402    492562.43781095    1.980101
0.00000400    89116.68           0.35646672

All right now, I'm going to ask this question for about the FIFTH time....

How can I confirm that the pool is paying out to my correct wallet address, and how do I know my wallet address?  The BURST address I got by putting my 12 word pass phrase into the 1.0.3 wallet I downloaded a few days ago?

Can't somebody tell me how to mining in pools V2

1. Download pocminer_pool
2. move your plots folder from pocminer_v1 to pocminer_pool
3. In the mine.bat file, edit the poolip to http://178.62.39.204:8121
4. Go to http://localhost:8125/rewardassignment.html
5. At the bottom fill in your passphrase, and put BURST-8NZ9-X6AX-72BK-2KFM2 as recipient and submit. This will have a fee of 1
6. After 4 confirms, your generate address will show up in http://178.62.39.204:8121/users
7. run mine.bat

dev has put this in the post before, these step will be enough, i think, follow the step, and to ask which step you are in stuck
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Re: [ANN][BURST] Burst | Efficient POC Mining | Update to 1.0.3 before block 6500
August 31, 2014, 03:15:34 AM
   
Reply with quote  #4323
Alright, have a v2 pool running at http://178.62.39.204:8121/
The v1 pool will be converted to v2 in a day or 2, but setting up the migration would have delayed this release, and only running that one on v2 could result in a dangerously high portion of network hashrate on one pool, so it's better to split it for now anyway.

Usage:

You will need the pocminer_pool posted previously when the v1 pool was launched: https://mega.co.nz/#!7hwHQJLZ!-waC7CwWeMStkdAwjEVbew1fN_YqeZDRWMWfCylaNPo
Reward reassignment has not been integrated into the wallet gui yet, however an extra html page was included in the 1.0.3 release that you can use. http://localhost:8125/rewardassignment.html
Below where it says set reward recipient, fill in your passphrase, and put the pool's burst- address where it says recipient, and submit. This will have a fee of 1 Burst. It should come up with a page of a bunch of details you won't care about if everything is good.
Once the transaction is in a valid block + 3 confirms, you should be able to use the pool. You can check the users list on the pool to make sure that your numerical account id is there(your generate address)
Edit the pool's ip/port into the run_mine file for pocminer_pool.
Rename or move your passphrases.txt file, since pocminer_pool will try to solo instead if it sees a correct passphrase for those plots.

Starting target deadline is 75k
PPLNS
When your balance hits 500 burst you get paid.

All users who have not upgraded to 1.0.3 are now on a bad fork

V2 Pool allows you to mine with your solo plots. You do NOT have to regenerate plots if you have solo plots. v1 pool users can keep mining without doing anything. the v1 -> v2 migration for v1 pool users will be transparent to them, and not require them to do anything.

CPU is only important for the generation of the plots. A good 4-core i7 or 8-core AMD can generate over one TB per day on Linux using dcct's miner. A higher-end CPU can hit 2TB, and dual-cpu boxes with 8-core E5s can generate over 4TB/day. After the initial generation, the CPU will sit idle and do nothing, so you want to strike a good balance between getting the plots done fast, and wasting money on a CPU sitting idle. If you plan to constantly add more hardware, a higher-end CPU is worth it. If you plan to do a one-time setup, a lower end CPU may be more cost effective. If you already have a powerful computer at your house, you could always generate the plots on that, and then when they are finished hook them up to a mining computer with a simple dual-core i3, or something of the like.

Memory requirements aren't quite hammered down right now. For my mining, I like to give each 4TB drive (3.6TB formatted) 2.5GB of RAM to itself. However, even at that size I get the occasional memory error, but it's not disruptive in most cases if you leave your miner in a looped script. For 5 drives each with 3TB of unformatted storage, I would opt to get 16GB of RAM, though you would likely be able to make do perfectly fine with 12 or even 10, especially if using Linux.

External looks to be marginally cheaper ($150 for 4TB on WD MyBook drives today on NewEgg, and $150 off of $500 purchases if you pay in Bitcoin), and USB 3.0 is fast enough to support plot generation AND mining. However, you may need to get an add-on PCI-e USB 3.0 card like http://www.newegg.com/Product/Product.aspx?Item=14G-0001-00018&cm_re=usb_3.0_pci-e-_-14G-0001-00018-_-Product to get enough ports. I would advise against USB 2.0 for larger drives.

Bandwidth, assuming you aren't generating the plots elsewhere and downloading them (for that, get some good bandwidth!) is very minimal. Both solo mining and pool mining use far less than the average house's internet connection.

Thank you soo much!! You explained it all perfectly, it all makes sense to me now.

Im going to do exactly what you said. I have a box with an I7 8 Core CPU with 32GB of ram 8x2TB the only problem!! They are in raid 5 and i have about 9TB of data on them. Im going to buy 3x3TB and copy all my data across, delete the raid volume and put them into non raid. 16TB

If it works out and the price keeps going up I will just keep building rigs.

Someone said to me that they get 2k Burst per TB in 24hrs, is this still correct at the current difficulty.

Thanks

It wouldn't be very difficult to implement...

And the pump is on and we're going to see a new bottom price soon!