“ethereum mining forum”

“ethereum mining forum”

By far the most powerful Ethereum miner, the Radeon R9 295X2 has a hash rate of 46 MH/s, drawing 500 W from the wall. This means you’ll see a yearly return of $1,454.18 USD annually per card. That’s right, over $1,400 per card. Some might think the GTX 1080 is a more powerful alternative, but they’d be wrong. If you want to generate serious revenue by mining Ethereum, the R9 295 X2 is your card of choice.
Once you build trust into hashflare you can also pronounce it to connections or associates. I personaly have many links who invested into hashflare. You can make a make a also of of an easy 10% commission for each attain your referral makes. Be innocent to check out their affiliate system.
Hi Elmer, unless you are using the six pin connector on a discrete card, it will pull wattage from the PCIe slot — and you will overdraw if you use more than one RX 460. I apologize for not making this clearer.
There are many miners who are doing mining rig using cheap electricity due to geographical advantage like in China, Iceland etc. Using this with an efficient number of GPU’s increases the chances of mining ether faster and more in number. However, as more common people are getting into this network, time to mine per ether has increased vastly and thus, profitability depends on numerous factors.
The Radeon R9 295X2 is currently the most popular GPU when it comes to mining Ethereum. It offers a hash-rate of 46 MH/s and is the industry leader when it comes to hashing power. The R9 295X2 consumes a power of 500W. This GPU is in high demand and tends to get sold out as soon as it goes on stock. It comes with an 8GB GDDR5 RAM.
And what energy efficient motherboard + cpu would you recommend for that case? I want to buy 2 RX 460s and maybe bump the watts to 300 I don’t mind as long as I can hash 22 MH/s on the same small machine.
Repeat step 4 in a new command terminal (change directory command). To open a new command terminal, right-click on the previously active terminal icon found in the taskbar and then click on the terminal from the menu.
If using Standard GPU system with around 50-57 MH/s hash rate, then it could take a few months (around 6 months) to mine a single ether, however, using standard CPU it’s not even possible to mine one ether. Mining calculators can be used to do the reverse calculation as to how much ether is to be mined and accordingly how many GPU’s are required.
Believe it or not, the Power Color RX 480, which is otherwise a very efficient mining card, dumps more heat into the room than any other GPU in this roundup. After a little more than 10 minutes of mining, the card reaches nearly 80°C.
They are all priced the same on a cost per MH basis  – usually you get a discount the more you buy. However this is due to the demand with Ethereum as it is such a popular 2nd generation crypto currency. They generally offer daily payouts to the user which you can feed into your ethereum wallet on your phone or however you choose to store it.
With mining rigs, you want the lowest clocked CPU, bare minimum RAM, 5,6 or 7 GPUs and a very basic HD.   Oh, and as you can see from the picture, you don’t want nor can you fit all those GPUs instead of a normal case.  You can use a nice custom made case as you see above or something cheap like a milk crate.
Also I disagree that trusting the miners is foolish, yes 99% are in it for the profits but there is a balance between the difficulty, price, and gross hash power, and it seems to be working. Even if difficulty doubles (depending on your electricity) it still has a 12 to 18 month payback without price inflation.
The GTX 1060 has a hash rate of around 21 Mh/s with a power draw of about 105W, it will make a profit of 47.24 USD per month. With a power cost of 6.43 USD per month. It will take just about 5-6 months to pay off the GPU depending on the price you get it at.
Bitcoin mining is highly susceptible to changing factors, such as mining difficulty and currency rates. All information provided here is a snapshot based on values taken at the time of calculation and is subject to some volatility due to Bitcoin’s inherent nature. We strongly encourage our customers to base their final profit estimation on their own research. A helpful guide is provided within our FAQ. We strongly recommend you to read our Terms of Use.
Now that you have your rig up and running, check out this optimization guide for details on how to modify your GPU BIOS to both increase mining speed and decrease power consumption. If you’re looking to maximize your Ethereum mining efficiency, this is a must-read!
There is also work being done on Ethereum, which may move it from a “proof of work” to a “proof of stake” set-up. If this happens, it will result in an exponential rise in block difficulty that will make blocks virtually impossible to solve.
If you do not own a lot of hardware, we believe cloud mining is the best option to generate Ethereum as a digital currency. Cloud mining also users to form pools where their joint efforts are rewarded with greater income, compared to mining with individual hardware.
With the 2GB MSI R7 370 cards, I have no problems adjusting voltage with atitweak. Even though all my 370’s have the same BIOS version, a couple of them default to 1.163V while the rest default to 1.188V. To get them stable at 1140 core I need to run them at 1.188. So far they are the best cards I’ve found for hash/$. I picked up a few of them from NCIX as open box sales for
When it comes to cryptocurrencies, they need to be mined as well. This mining is computational and is done by specialised computers that solve very specific math problems. In the case of Bitcoin, only a finite number of them will ever exist – 21 million. So it is possible to solve these math problems, and receive Bitcoin in return till this number is reached.
This is another great graphics card for mining, although it pulls more power than the 1050Ti and has a steeper starting price, it pays off with its large hash rate bump. This card also has an external power connector, so you will not be able to plug this into any old desktop computer. However, this card is an excellent performer on the ETHash algorithm, as well as EquiHash. Keep in mind that if you choose the 3GB variant you should know that in the future, you will not be able to mine some coins on the ETHash algorithm due to how the algorithm functions; where the DAG file is stored in the GPUs VRAM. Even though this shouldn’t be a problem for a long time, it is worth noting. You can check the DAG size for many popular coins on this website.
although power price is very cheaper in my country but I hope ETH price goes higher , but ETH going to POS in couple of months am I right ? even if eth POS ed we can mine ETC and other profitable currencies so I will not sell my rigs
Take into acount your powercost, but even for me in one of the most expensive countries for electricity, I still earn a nice profit. You will not get rich of it, but you have some fun on it as well (otherwise you will go out and spend the money in the bar or so). 
I bought 2 year though not 1 year. It has been good but I did ask a question related to z cash but I found out the answer to it in the faq. Would have liked more clarity on the subject at least but I know Genesis is a solid company with a 4 year track record. So far the 75 hash that I have been getting because I bought it with bitcoins were good and stable as of the past two days.
Well right now its still profitable but if the price drops below 0.02ETH and difficulty will keep going up like 40-50% everymonth then most likely in 2 months it won’t be worth the hassle…. its a gamble.
I think you read this wrong. I didn’t write this saying “These are the exact steps and parts list you need.” It’s simply saying, “Here’s a basic idea you can possibly adapt to your own circumstances.” No, not everyone has a 290X in storage. But a lot of people do. My current “leftover” GPU is an R9 280. That’s plenty strong for some hobbyist mining.
If I understand you correctly, you have 3 GPUs plugged into USB-style risers (like these), which are in turn connected to your motherboard. All of your GPUs have a single 6/8 pin PCIe connector, which is connected to the PSU. The PSU’s PCIe cables each have two 6/8 pin connectors, and you want to use one of these to power each riser (the other is connected to the GPU).

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