filmes porno buceta gostosa phim sex www xxnxx com xxxvideos porno Xvideos Com

Search Results

CPU Mining MicroBitcoin (MBC) Using the Power2b Algorithm

7, May 2020

MicroBitcoin (MBC) has started as a hard fork from Bitcoin at block 525000 some time ago, but since its inception it has moved through some changes and it its current form it is interesting for everyone that has spare CPU resources for mining. MBC currently employs a CPU-only mining algorithm called power2b which is essentially a yespower modification which is replaces sha256 with blake2b. Power2b or yespower2b is a CPU friendly algorithm with no GPU miners available and no apparent FPGA or ASICs miners available. So while a single CPU might not earn a lot of MicroBitcoin per day it is still something useful to do instead of having your CPUs sitting idle, and if you want to exchange the bitcoin into dollars there are tools as the Bitcoin to paypal services which help a lot of this.

There are a number of miners available with support for the power2b (yespower2b) algorithm with two of them that seem the most reasonable to be used. The fastest one at the moment of all variants that we have tried is the latest SRBMiner-MULTI miner closed source miner that has a 0.85% development fee and the bit slower cpuminer-opt that is open source and has no development fee (supported by user donations). Feel free to try them both on your hardware and see what works better, though in all our tests SRBMiner-MULTI has proved to be faster even with the extra dev fee. It is worth noting that Intel CPUs do manage to perform significantly better compared to their AMD counterparts, in fact an Intel Core i7-6850K (6C-12T) processor manages to get about 1550 H/s while an AMD Ryzen 9 3900X (12C-24T) surprisingly manages to get us just about 1000 H/s. So AMD Ryzen CPU users might be willing to stay away from this algorithm and use their CPU mining resource for RandomX and RandomX variations where the Ryzen CPUs do manage to get significantly better results compared to most Intel processors.

There are a number of mining pools available with support for MicroBitcoin (MBC) mining, but the top ones you might give a try are HashPool, Rplant, Zergpool, Zpool and SkyPool. Zergpool and Zpool support the option to mine MBC and get paid in MBCg or to mine MBC and have the coins autoconverted and sent as their BTC value, the other pools are just for mining MBC coins. The preferred crypto exchange with support for MBC to trade coins is Stex that has two trading pairs – MBC/ETH and MBC/USDT.

– For more details about the MicroBitcoin (MBC) crypto project on the official website…

Verus Coin (VRSC) VerusHash 2.1 Algorithm Mining With CPU

3, May 2020

Verus Coin (VRSC) is an interesting crypto project available for a while already that offers a hybrid PoW/PoS mode of operation, so you can mine and stake VRSC coins. The idea of the project and its custom VerusHash algorithm is to be mined with CPU and even though GPU miners do exist for the algo, they do not offer a performance advantage over a powerful processor. Near the end of last year Hashaltcoin FPGA mining support was made available publicly for the VerusHash algorithm with much better efficiency compared to existing CPU/GPU miners and that quickly drove away regular miners. This required a revision of the mining algorithm and the latest VerusHash 2.1 made FPGA miners unable to be used and brought back CPUs as the main choice for mining.

The preferred choice for mining Verus Coin (VRSC) is with CPU and the miner you need is called hellminer, or alternatively you can try with nheqminer. Hellminer is the faster, but closed source even though there is no developer fee it is limited to a single pool only – LuckPool, available for Linux and Windows, so you might want to go for it first. The Nheqminer miner fork (about 10-20% slower compared to hellminer) for VRSC is a bit slower in terms of performance, but is open source and available for Linux, Windows and MacOS and can work with all of the available mining pools.

As already mentioned there are miners for GPUs as well, but they do not offer performance advantage over CPU mining, in fact a multi-GPU mining rig might offer similar or slower performance to a higher-end processor, but with a much higher power usage. So while it is not very reasonable to mine VRSC with GPUs, you can at least try to see what your hardware is capable of and how it relates to CPU performance. There is a ccminer Verushash fork available for Nvidia GPUs as well as AMD Verushash miner available for AMD GPUs.

As far as performance is concerned, AMD’s latest generation Ryzen CPUs do seem to have some advantage over Intel processors, but in general the more cores you have, the better hashrate you can expect to get. Ryzen 3900X (12C-24T) does about 30 MH/s, while an Intel 6850K (6C-12T) does manage to get you just about 11 MH/s hashrate. As a comparison a GPU mining a GTX 1080 Ti does manage to get you just about 6 MH/s per GPU, so as we’ve explained it might not be very wise to mine VRSC with anything other than a higher-end processor, although it is possible to also use GPUs from AMD and Nvidia.

If you need a mining pool where you can try mining Verus Coin (VRSC), then you probably want to head on to Luckpool where most of the hashrate is currently located, alternatively you can try Lepool or Zergpool. The largest pool LuckPool has some nice features to miners such as awarding the block finder with a fixed reward as well as a hybrid solo mining mode where you still get rewarded even when not finding a block yourself. VRSC is currently traded on multiple smaller crypto exchanges such as SafeTrade, STEX, Graviex, AAcoin, Kuang Exchange.

Revisiting PegNet (PEG) CPU Mining At The Orax Mining Pool

16, Mar 2020

It has been a while since we have last talked about PegNet (PEG) CPU mining at the Orax Pool, so we have decided to check if there is any development lately. Well, there is apparently a new miner since the last time we have tried that increases performance significantly and it is well worth updating your mining software if you are using older one. Three or so months ago when we tested performance at the Orax Pool an Intel Core i7 6850K (6C-12T) processor was giving a hashrate of around 65000 H/s LXRHash algorithm (using version 1.0.10 of the miner). Now, the latest version 1.1.0 of the mining software results in almost double the performance of the older version with about 110 KH/s. And if you happen to have an AMD Ryzen 9 3900X (12C-24T) processor you could be getting up to about 140 KH/s with the latest miner.

Unlike with RandomX for instance where the latest AMD Ryzen processors have some advantage over Intel CPUs, here with the LXRHash algorithm used by PegNet (PEG) it seems that Intel does have some performance advantage. Of course the newer and faster Ryzen 3900X with its 12 cores and 24 threads does manage to outperform a 6 core and 12 threads Intel, but not by that much. So if you have a latest generation Ryzen processor you might be better off mining some other CPU coin. Recently we have tried even the fastest AMD Ryzen Threadripper 3990X with the PegNet (PEG) mining on the Orax Pool with the latest miner and it did manage to provide us with around 350 KH/s of hashrate for the LXRHash algorithm. The problem with the Threadripper 3990X is that he miner could not use more than 64 threads and while the processor does have 64 physical cores it has a total of 128 logical cores, so the miner could not fully utilize the available hardware, otherwise the actual performance should be higher.

– To check out the Orax Pool for mining PegNet (PEG) with your spare CPU processing power…


top