Topic: MinerPro for NiceHash (Read 409 times)
The latest version added a "dirty" profit in Fiat and Bitcoins. The smaller the TDP, the lower the heat dissipation and temperature. Fan speed can not be controlled.
minor update
Of course the virus, please run. He is in the miner folder, I will reload and sign: a virus, so as not to be confused)
But seriously, I already wrote that there are source codes in the folder, I also attached a video.
Regarding moderation. Before that (and now) I’m sitting on a forum where this opportunity isn’t, but here it is, here I’ve clicked, without any malicious intent.
But seriously, I already wrote that there are source codes in the folder, I also attached a video.
Regarding moderation. Before that (and now) I’m sitting on a forum where this opportunity isn’t, but here it is, here I’ve clicked, without any malicious intent.
Self Moderated newbie post with a download virus? avoid
Let's take the steps:
1. You have added a rig and it is visible on the left.
2. We stuck at it (just in case) and in the top table we saw columns with its current parameters - Algorithm (so far empty), Excavator (current parameters of energy consumption, etc.), Devices (list of video cards of your rig).
3. The bottom table (Table SMA) is filled with zeros, the next step will be to conduct a benchmark.
4. Click the button "Switch to benchmark mode" (Switch to benchmark mode)
5. In the SMA Table, choose the algorithm from which you want to start, it will be marked with a horizontal selection - this is your current active algorithm.
6. Now press the button "Start mining selected algorithm" (the keyword here is selected (marked / selected).
7. The algorithm will start (it can be determined by messages in the right log, in the upper Status Table, and in the left Rig List).
8. When you decide that the algorithm works at maximum speed, then click the button "Save current algorithm as benchmark" - in the SMA table, the algorithm record will be updated (speed, electricity consumption, income, net income, etc.) will appear
9. Now you can try to overclock the algorithm using the TDP ?, CoreClock and MemoryClock parameters. Change them at your discretion and click the "Apply GPUs setting" button - the selected parameters are applied to the rig running on the current algorithm. The speed of the algorithm will increase (or decrease). In order not to wait for a long time while the speed will go up smoothly, go down, click the "Reset Workers" button - it will reset the Excavator's internal speed counters and almost immediately you will see the actual speed.
10. If you have achieved success in overclocking and you are satisfied with the result, click the "Save current algorithm as benchmark" button again, and update the SMA Table again.
11. With one algorithm finished, proceed to the next, i.e. item 5 of the current list.
After the completion of the benchmark of all (or part of) the algorithms, click the button "Switch to profitable mode", it will switch MinerPro into battle mode and it will effectively enrich you?
The first days I recommend to observe the work, important parameters:
- Uptime (time of continuous work of each copy of the Excavator) - shows how long it has not fallen, ideally, the uptime should increase and increase. If the Excavator crashes too often, reduce overclocking or TDP on the problem algorithm. The problem algorithm can be roughly calculated by typing the word crush into the filter filter of the right log — it will show you in the log all records about the fall of the Excavator (when and on which algorithm). But keep in mind, the algorithm may fall when switching to another algorithm (it will show what fell on the algorithm that worked before), so you need to look at the previous logs before the fall.
- Power - some algorithms consume energy not linearly, if you see that the value of current consumption (in the upper Status Table) does not coincide with those saved during the benchmark in the SMA Table, then click "Save current algorithm as benchmark" - the algorithm in the SMA Table will be updated completely (including speed)
All, tired of writing. If there are any questions (buttons of unclear purpose, fields in tables that are in doubt) - feel free to ask, I will be happy to help.
I'll add a video review later
1. You have added a rig and it is visible on the left.
2. We stuck at it (just in case) and in the top table we saw columns with its current parameters - Algorithm (so far empty), Excavator (current parameters of energy consumption, etc.), Devices (list of video cards of your rig).
3. The bottom table (Table SMA) is filled with zeros, the next step will be to conduct a benchmark.
4. Click the button "Switch to benchmark mode" (Switch to benchmark mode)
5. In the SMA Table, choose the algorithm from which you want to start, it will be marked with a horizontal selection - this is your current active algorithm.
6. Now press the button "Start mining selected algorithm" (the keyword here is selected (marked / selected).
7. The algorithm will start (it can be determined by messages in the right log, in the upper Status Table, and in the left Rig List).
8. When you decide that the algorithm works at maximum speed, then click the button "Save current algorithm as benchmark" - in the SMA table, the algorithm record will be updated (speed, electricity consumption, income, net income, etc.) will appear
9. Now you can try to overclock the algorithm using the TDP ?, CoreClock and MemoryClock parameters. Change them at your discretion and click the "Apply GPUs setting" button - the selected parameters are applied to the rig running on the current algorithm. The speed of the algorithm will increase (or decrease). In order not to wait for a long time while the speed will go up smoothly, go down, click the "Reset Workers" button - it will reset the Excavator's internal speed counters and almost immediately you will see the actual speed.
10. If you have achieved success in overclocking and you are satisfied with the result, click the "Save current algorithm as benchmark" button again, and update the SMA Table again.
11. With one algorithm finished, proceed to the next, i.e. item 5 of the current list.
After the completion of the benchmark of all (or part of) the algorithms, click the button "Switch to profitable mode", it will switch MinerPro into battle mode and it will effectively enrich you?
The first days I recommend to observe the work, important parameters:
- Uptime (time of continuous work of each copy of the Excavator) - shows how long it has not fallen, ideally, the uptime should increase and increase. If the Excavator crashes too often, reduce overclocking or TDP on the problem algorithm. The problem algorithm can be roughly calculated by typing the word crush into the filter filter of the right log — it will show you in the log all records about the fall of the Excavator (when and on which algorithm). But keep in mind, the algorithm may fall when switching to another algorithm (it will show what fell on the algorithm that worked before), so you need to look at the previous logs before the fall.
- Power - some algorithms consume energy not linearly, if you see that the value of current consumption (in the upper Status Table) does not coincide with those saved during the benchmark in the SMA Table, then click "Save current algorithm as benchmark" - the algorithm in the SMA Table will be updated completely (including speed)
All, tired of writing. If there are any questions (buttons of unclear purpose, fields in tables that are in doubt) - feel free to ask, I will be happy to help.
I'll add a video review later
Când ați configurat prima dată și apoi faceți clic pe butonul Start mining, nu se întâmplă nimic. Ce fac greșit?
Excavatorul este configurat, VC sunt definite în program.
Excavatorul este configurat, VC sunt definite în program.
added source code to folder
Thank you
MinerPro for NiceHash control system for an unlimited number of local or remote instances of the miner
The calculation of the profitability of the algorithm takes into account the cost of electricity consumption. Including tariffs with different cost during the day.
Individual overclocking for each algorithm and the ability to change overclocking (TDP, Core, Memory) on the fly.
Fine-tuning the parameters of the algorithm.
Fast, less than one second, switching between algorithms.
Failover - switching to a different location when the stratum server falls.
Caching data Nicehash SMA.
Showing a nicehash balance and earnings forecast.
Supported currencies USD, CHF, HRK, MXN, ZAR, INR, CNY, THB, AUD, ILS, KRW, JPY, PLN, GBP, IDR, HUF, PHP, TRY, RUB, HKD, ISK, EUR, DKK, CAD, MYR, BGN, NOK, RON, SGD, CZK, SEK, NZD, BRL.
Push notifications about problems and the main log in the mobile application https://play.google.com/store/apps/details?id=en.flintnet.NiceHashStat&hl=en (in the process of implementation).
Dev fee 0.8% (one minute every two hours).
Download: https://github.com/registran/MinerPro-for-NiceHash/blob/master/MinerPro%20for%20NiceHash.rar
The calculation of the profitability of the algorithm takes into account the cost of electricity consumption. Including tariffs with different cost during the day.
Individual overclocking for each algorithm and the ability to change overclocking (TDP, Core, Memory) on the fly.
Fine-tuning the parameters of the algorithm.
Fast, less than one second, switching between algorithms.
Failover - switching to a different location when the stratum server falls.
Caching data Nicehash SMA.
Showing a nicehash balance and earnings forecast.
Supported currencies USD, CHF, HRK, MXN, ZAR, INR, CNY, THB, AUD, ILS, KRW, JPY, PLN, GBP, IDR, HUF, PHP, TRY, RUB, HKD, ISK, EUR, DKK, CAD, MYR, BGN, NOK, RON, SGD, CZK, SEK, NZD, BRL.
Push notifications about problems and the main log in the mobile application https://play.google.com/store/apps/details?id=en.flintnet.NiceHashStat&hl=en (in the process of implementation).
Dev fee 0.8% (one minute every two hours).
Download: https://github.com/registran/MinerPro-for-NiceHash/blob/master/MinerPro%20for%20NiceHash.rar
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