Our detailed guide will show you how to start mining Ethereum on your How to mine Ethereum on a But after that is complete your Geth program downloaded. Aug 13, 2017 · Read a free sample or buy Bitcoin: Complete Guide To Bitcoin. Understand everything from getting started with bitcoin, sending and receiving bitcoin to Price: Free. One of the major tasks to prepare for conducting a mine inspection is to become familiar with the major information of the reclamation plan and its important components. It is important for them to develop a complete checklist of all the reclamation plan needs like permit conditions, vindication measures specified through the CEQA process and more.
Was making this for a friend and figured I'd share with the community. Enjoy # General Mining Guide *** Welcome to mining! I'm going to assume. Jan 27, 2018 · When it was first announced there were only 21 million Bitcoin available to be “mined” or discovered on the new blockchain network, the reality of the. Our detailed guide will show you how to start mining Ethereum on your How to mine Ethereum on a But after that is complete your Geth program downloaded. Aug 13, 2017 · Read a free sample or buy Bitcoin: Complete Guide To Bitcoin. Understand everything from getting started with bitcoin, sending and receiving bitcoin to Price: Free. One of the major tasks to prepare for conducting a mine inspection is to become familiar with the major information of the reclamation plan and its important components. It is important for them to develop a complete checklist of all the reclamation plan needs like permit conditions, vindication measures specified through the CEQA process and more.
This mining tutorial is made for absolute beginnersas well as for experienced miners looking for new mining opportunities.
It focuses on Zcash mining as well as Ethereum mining, and can be very helpful for other cryptocurrencies based on memory-hard Proof-of-Work.
How to build a Zcash / Ethereum international mining machinery rig ?
Designing a mining rig
Choosing : OS, mining pool, mining software
Assembling the rig
Installing OS + GPU miner
What’s next ? A few possible improvements
Introduction : a few words about Zcash
We’re all on an equal footing with Zcash : nobody knows if it’s just another ephemeral trend or a new Ethereum. But two points caught my attention :
- A carefully designed cryptocurrency
Zcash seems to have been designed by a highly skilled team made of various profiles with much experience…and they did well. Zcash has been introduced with care : announcements were made, a public betatest phase was launched, and the biggest exchanges like Poloniex complete guide to mining Kraken supported the “ZEC” as soon as the first coins were emited.
Note : complete guide to mining, there has been some bugs, one of them preventing “private transactions”, which is a feature they’ve been communicating a lot on. However it sounds like it hasn’t killed the Zcash effect ! (fixed with v1.0.1)
Keep in mind the context… From Bitcoin has emerged a great community of tech-savvy do-it-yourselfers and a new caste of digital speculators, then ASICS and super mining farms came, endangering the idea of wholly decentralized and mining lifeline network : the Proof-of-Work algorithms had to become “harder” for ASICs to mine, ie ASIC-resistant, and this was one of the numerous reasons why Ethereum had been praised. Now, difficulty is approaching limit for mining rentability, raising concerns for the mining community. As if we needed a new eldorado, easy to mine for, that would be capable of embodying a new crypto-era, with a fairly certain future… mmh, ‘ looks familiar. Yet, be quick… because there are always some ASICs coming (remember Dash), and ZEC’s price has already fallen so that ETH is still worth mining.
I / Designing a mining rig
What will my mining rig do ?
Your mining rig will receive “works” from the cryptocurrency’s peer-to-peer network. These works are new transactions to be verified and added to the blockchain : they are divided in “blocks”. Your rig will calculate hash functions for a block. You are said to have successfuly mined a block if you have found a solution to the cryptographic problem associated with. It’s very hard to solve, so enumerating and verifying is the only way to achieve mining. The variable called difficulty level (self-explanatory) is an ever-increasing constraint at the scale of the network. Then the block is put at the end of the blockchain and you earn a reward (coins), made of static and transaction fees. For this kind of process, you need to run a tremendous number of simple operations in parallel. To be more accurate, this is not exactly the process your mining rig will run : this is a short description of the solo mining process, while you might go pool-mining (cf Section III).
Note : one may say “sounds weird to me, why hashing etc ?” Complete guide to mining, this is the Proof-of-Work paradigm, which solves the issue of “consensus”. For example, Zcash’s algorithm was introduced in a paper called Asymmetric Proof-of-Work Based on the Generalized Birthday Problem.
Then, what kind of hardware is needed ?
All computers are not created equal when dealing with massively parallel processing : either you’ve got a supercomputer with a great number of CPUs, or you create a very customized device…like an ASIC. Third solution : use your GPU, or even better : build a computer with several GPUs !
AMD R9 290x (2013) is a reference for miners. There are more interesting GPUs now.
Why GPU and not CPU ?
Graphic cards are particularly adapted for these simple, repeated and parallel operations : they have many Mining peru (Arithmetic Logic Unit) or shaders for video processing. Whereas your CPU is a very good executive, a GPU is an unmatched laborer ! For the same cost, you’ll end up with a far better complete guide to mining rate with a Cryptocoin mining pool. And should you prefer CPU-mining, you’ll need complete guide to mining high-end CPU, meaning usually high-end mobo mining gate litecoin RAM. Moreover, having several CPUs is expensive and quite unusual for desktop computers, while multi-GPU doesn’t scare anyone.
Note : all this rethoric is ok for “memory-hard” algorithms, like Equihash (Zcash) and Ethash (formerly Dagger-Hashimoto, Ethereum). It means that mining efficiency is limited by the memory, and the latter being a costly thing, it’s said to undermine profitability in mining. It’s also (especially ?) targeting ASICs : the more it’s memory-hard, the less they’re likely to dominate, complete guide to mining. Complete guide to mining the Equihash whitepaper for more information. Some cryptocurrencies are better CPU-mined, thanks to their hashing algorithms : see here.
Design of a mining-rig as a desktop computer with several GPUs
An unforgivable constraint : heat
Whatever the hardware, whatever the GPU : it will heat anyway, complete guide to mining, a lot. The complete guide to mining units will be at almost 100% of charge 24/7, so a good cooling is needed. For example, a controlled and well dissipated GPU will – at least – end up with 170 ºF (75 C°). A desktop computer case ? No way. It’s all about airflow. You can add box fans if you want.
The multi-GPU problem : how to connect more than 2 cards to the motherboard ?
You’ll find it out in Section II, be patient 😉
Some widespread designs
With cases from the DIY version to the > $100 mining operating system :
For rigs with 2 or 3 GPUs, complete guide to mining, the cheapest trick : one of these beloved Walmart’s milk crates (USA)
If you think on a big scale : metal shelves, where you can hang your collection of GPUs
For rigs > 3 GPUs, the cleanest way : a custom-made open-air-case. DIY or… kits available on ebay (quite expensive). Here from spotswoodcomputercases.com
II / Choosing hardware
GPU : why AMD and not Nvidia ?
Nvidia has great cards for gamers, but the mining community runs on AMD. For several reasons. “Historically”, Bitcoin mining chose in between Nvidia and AMD : the latter seemed to have a far better integer computation performance, which is typically what cryptography is about – integers – so it does make a difference for cryptocurrencies, complete guide to mining. Note that AMD also gives a good floating-point performance. While Nvidia dominates the high-end market with the fastest performance in absolute terms, AMD is said to reach the best mining performance per watt.
Last but not least, if you compare AMD RX vs Nvidia GTX, you’ll find more GDDR5 memory along with a higher bandwidth (nice for memory-hard cryptos like ours), and much more shading units ! Some laborers ! Good point for AMD, whereas Nvidia gets better when it comes to frequencies. Usually both clock speed and turbo clock speed are higher, so it can meet gamers’ expectations for framerate in complex scenes.
Note : there is an algorithm known as LYRA2RE, used by LBRY and Vertcoin, that is said to allow a good mining performance on Nvidia.
How to choose a GPU to mine Zcash / Ethereum with ?
Well, gpuboss.com helps a lot. Take into account the Bitcoin mining performance shown by Gpuboss for each GPU : it’s not an absolute answer complete guide to mining our question (since Bitcoin neither use Equihash nor Dagger-Hashimoto but SHA-256) yet it’s guiding you in the right direction. Try not to focus on hashrates found on forums : those numbers depend on too many factors (mining software and its parameters, exact GPU version, driver version, overclocking, downclocking, etc). Pay attention to the power consumption in charge. You can get it from tests available on the Internet. If not, use constructors’ indicator called TDP (Thermal Design Power), which may allow you to compare the GPUs you’ve selected. Then, find the lowest price.
Note : If you plan to sell your GPUs after their (profitable ?) use, complete guide to mining, then you should definitely include the popularity of the GPU in your criteria. For example, 8Go-GPUs are said to attract gamers in the second-hand market.
What about the remaining components of the computer ?
Since we are not CPU-mining, performance isn’t determined by the complete guide to mining, the RAM or the hard drive : it just has to be complete guide to mining well together, with an internet connexion and reasonable performances. Low-end products will be fine. However, we should pay attention to the TDP of these components, CPU first, because additional heat / electric consumption could decrease profitability. It’s a question of average consumption. Personal tip : I’ve figured out that a 2.5′ HDD – 5400rpm – from an old netbook could draw less power than a low-end SSD !
Other recommandations : 8 Go RAM (better when compiling Zcash’s source on Ubuntu, for example). Of course, enough space on the HDD to run an OS, the drivers, the miner, etc. If you’re not mining with a pool (see section III), you’ll have to download and sync the entire blockchain of the cryptocurrency, which might get very reality mining : Ethereum’s blockchain reached 30 Go in…one year. Beware.
Motherboard and CPU
Because of the GPUs, we’ll need several PCIe 2.0 x16 slots on the motherboard, and then cables known as “risers” to connect the GPUs to the slots. With these cables, we can also keep away the hot GPUs from the rest of the system. However, casual motherboards don’t have such a number of PCI-E slots, so a particular type of motherboard is required to run the rig. It uses PCIe 2.0 x1 slots instead of PCIe 2.0 x16 slots. Some motherboards have several PCIe 2.0 x1 slots, each for a riser and thus for a GPU, complete guide to mining. They’re said “BTC-ready“. The brand ASRock has well-played its game, complete guide to mining, making bestsellers such as the ASRock H81 Pro BTC, which can be associated with a cheap Intel Celeron G1840 (< 50W TDP).
Note : when you’re mining on 2 GPUs (only ?), even plugged on the 2 Complete guide to mining 16x slots of your mobo, you won’t benefit from Nvidia SLI or, more likely, AMD CrossFire. This is rather a gaming feature.
The cables issue
At the beginning of GPU-mining, ribbon cables were used as risers for PCIe 2.0 x16. They had little flexibility and were very limited in length. Now, you should definitely use USB 3.0 risers for PCIe 2.0 x1 slots, much more flexible and up to 1 meter without any loss.
Ribbon riser vs USB-riser
And the Power Supply Unit (PSU) ?
The choice of the PSU depends on the overall TDP of your GPUs plus the CPU/RAM/HDD. Moreover, complete guide to mining, keep in mind that the PSU efficiency, whatever its rating (80Plus Bronze, Gold, Silver or Platinum), is a function of the load. There are two strategies : either investing in a good branded Psu calculator mining with a several-year warranty, or combining less powerful PSUs with a Dual PSU Adapter. You can make the choice of investing for durability or saving for the sake of your ROI (Return On Investment).
Moreover, each GPU is powered through the PCIe 2.0 x16 slot and (for our powerful GPUs) an additional cable (6 or 8 pins) plugged into the PSU, complete guide to mining. Problem : when the GPU is connected with a PCIe 2.0 x1 slot instead of a PCIe 2.0 x16 slot… how is the GPU powered ? Well, the answer is complete guide to mining the USB-riser : you’ll power it thanks to a Molex cable. Finally, will you be able to plug all your cables on the PSU ? Will you have enough data mining journal 2015 ? This should be an important criteria.
Note : high-end PSUs are more likely to be modular, ie only the cables you need are plugged in, saving lot of space.
A classic dual-PSU adapter
Let’s complete the previous scheme of our mining rig with the main criteria for each component :
Putting into practice : a configuration for a $1,000 mining rig
|Number||Component||Caracteristics||Expected Power Consumption|
|3||(GPU) Radeon Nitro + RX 470||4G GDDR5||140-150W (in charge)|
|1||(PSU) Corsair RM1000i||1000W, 80+ Gold|
|1||(Mobo) ASRock H81 Pro BTC v2||socket 1150, 6 PCIe 2.0 slots|
|1||(CPU) Intel Celeron G1840||Dual-Core 2,8Ghz||30-40W (normal use)|
|1||(MEMORY) noname||8Go Complete guide to mining, 1600MHz|
|1||(HDD) from an old netbook||120Go, 5400rpm|
|x||(RISERS) noname||PCIe USB 3.0|
III / Choosing : OS, mining pool, mining software
Choice of the Operating System : what kind of miner are you ?
|Just want to test / Noob||Moderate Do-It-Yourselfer||Pro|
|If you already have a license or if you’re just dreadfully rich, you can install Windows. You have no control of what’s happening on your machine, but the following points may interest you :||You’ll have to give more time, for example when installing the drivers yourself, complete guide to mining :||You could be surprised : there is no mining rate litecoin here. Both worlds, Win or Linux, allow great scalability and work well within a network.|
Note : what about a dedicated OS like EthOS ? Personally, I’m reluctant to pay for a Ubuntu-based distro with “features” that are not utterly impossible to set up manually on a classic distro. Just sayin’.
Why using a pool for mining ?
As cryptocurrencies and their mining became popular, mining difficulty increased so much that solo miners had no chance to find a block one day. To avoid such a tragedy – and it sounds like a parable – people had to gather in mining pools : everybody earn a little or nobody earn. Whereas solo mining require to run your own blockchain node, a pool runs a node for all miners. Advantage : you don’t have to download and sync the heavy blockchain. Actually, in poolmining, the pool itself is solo mining. It syncs to the network and retrieves the blocks to mine on your behalf ! Then it divides the block solving problem in shares and distributes the work between the miners. When one of them has succesfully mined a block, the pool sends the mined block to the network and gets the reward : the latter is distributed between all miners regarding the shares they’ve mined. There are different ways to calculate the share reward : Pay-Per-Share (PPS) and Pay-Per-Last-N-Shares (PPLNS) for example.
How to choose a pool ?
Well, complete guide to mining, firstly choose one you’ve encountered several times in forums and articles. Make sure it’s not a scam. Are there active miners ? Is this a beta service ? Pools are usually dedicated to a cryptocurrency, but they tend to create series of pools with the same brand, one for each currency. There are also “multipools” (auto-switching cryptopools), see section VI. Moreover, most pools are not free. They include a fee, usually 1 to 3 %. Go and read their Terms of Service to find it. Complete guide to mining, look at the specs. Does it support : stratum protocol, statistics (with hashrate reporting), a clear payout scheme ? The following services are appreciated : SSL connexion, alerts, payment threshold, no registering (“anonymous”).
Mining software : the choice that matters
Mining is permitted by the cryptocurrency software itself. If you go solo mining, you can start mining with the software that is running your node. But it stops here. What about pool mining ? What about dedicated miners for GPUs ? Complete guide to mining great people have not only implemented mining algorithms but have also permitted pool mining and hash optimizations ! They’ve made their softwares available on the Internet : some are open-source and you’ll need to compile the source code, others are closed-source and you can download their binaries complete guide to mining. The choice of the miner is significant in terms of performance and thus of ROI. Try the different mining softwares yourself : don’t care about the hashrates read mining honorbuddy forums. Actually, future miners often forget that a mining software comes with parameters that may have effects on mining performance.
Available Ethereum AMD-GPU-miners for both Windows and Linux :
- Genoil’s miner (open-source, on GitHub)
- Claymore’s dual miner (closed-source, complete guide to mining, here).
Available Zcash AMD-GPU-miners for both Windows and Linux :
- Optiminer (closed-source, complete guide to mining, on GitHub)
- Claymore’s miner (closed-source, here).
Available Zcash AMD-GPU-miners for Linux only :
- SilentArmy by Marc Bevand (open-source, on GitHub)
- Zogminer by Omar Alvarez, Nathan Ginnever and Age Manning (open-source, on GitHub).
Note : closed-source miners are fast, but they include a devfee – you’re giving some free hashtime to the developper. The hash rates shown by the miner is net rate.
Part #2/2 in another post
WOW Guide Jukaar's Complete Guide to Mining :: Wiki :: World of Warcraft :: ZAMOne of the major tasks to prepare for conducting a mine inspection is to become familiar with the major information of the reclamation plan and its important components. It is important for them to develop a complete checklist of all the reclamation plan needs like permit conditions, vindication measures specified through the CEQA process and more. Basically all you need is PC (no matter laptop or personal) and as many as possible free space dedicated for mining only. Go green and earn money. Jukaar's Complete Guide to Mining. Everything You Need To Know About Mining. Things you should know before choosing to become a Miner: If your primary profession is either Blacksmithing or Engineering, Mining is practically a prerequisite. Both professions require materials that can only be acquired through Mining. Jan 18, 2018 · Litecoin: The Complete Guide to Understanding Litecoin Cryptocurrency and Litecoin Mining - Kindle edition by Allen Andrews. Download it once and read it 4.6/5(3). Eve Guides including Outpost, This EVE Online guide pack consist of 5 guides which highlights must-know tips for mining, The Complete Miner s Guide by Halada. Hardware. The algorithm is memory hard and in order to fit the DAG into memory, it needs 1-2GB of RAM on each GPU. If you get Error GPU mining. GPU memory.
How to build an Ethereum + Zcash mining rig? Complete guide This is the continuation of my complete guide about how to build an Ethereum/Zcash mining rig! Aug 13, 2017 · Read a free sample or buy Bitcoin: Complete Guide To Bitcoin. Understand everything from getting started with bitcoin, sending and receiving bitcoin to Price: Free. Basically all you need is PC (no matter laptop or personal) and as many as possible free space dedicated for mining only. Go green and earn money.
Ethereum is quite difficult to get mining on windows - although with a bit of help and following the tutorial below you can get it up and running and start your own ethereum mining project in 15 mins. We're going to show you how to start mining Ethereumon your GPU and CPU with Windows 64 bit in this guide. You will need to download two programs and need to have a decent GPU with more than 1GB of memory to get the most bang for your buck in terms of mining as Ethereum works on a memory hard hashing technique which GPU's are best at.
You can also mine Ethereum Classic (ETC) if you start your geth in Step 7 with the param --oppose-dao-fork.Read this if you want to understand what Ethereum Classic is.
Running a CPU you might be able to generate 0.15 Mega Hashes whilst with a decent GPU with enough memory you could be doing upwards 25 Mega Hashes (you can choose a GPU to mine ether here and use our guide on how to choose a GPU to mine ether). So in terms of total efficiency, taking into account electrical costs, a GPU is definitely worth it even if it costs you $200.
You can also try buying a cloud mining contract with Hashflare or Genesis Mining.
Part 1 - Installing GETH, Syncing the Blockchain & creating your own address!
Step 1: The first thing you need to do is go to this link download Geth. Geth is the program that communicates with the Ethereum Network and acts as the a relay between your computer, its hardware and the rest of the ethereum network computers so if a block is mined by another computer your Geth program will pick it up and then pass on the new information onto your GPU or CPU for mining.
Step 2: You need to unzip the GETH file and move it to a location on your hard drive. In this case we'll move it to the hard drive, usually (C:) - which will make the next step easier. All you need to do is copy the file you have downloaded and unzipped and move it to the hard drive folder.
Step 3:Now you need to run the program you just downloaded. To do this you need to run Command Prompt. You can do this by searching in the search function in Windows for "CMD" and then clicking on it when it shows up.
Step 4: Command Prompt is now open - and can look terrifying to people who aren't familiar with it. The Command Prompt box usually has C:\Users\Username> showing in it - where Username is your username - so if you log into your computer with the username cryptocompare then the command prompt box will open with C:\Users\cryptocompare>. You need to tell the computer to look in another place Type cd / into the newly opened command prompt. You should now see "C:\>", You have just used the cd command or "change directory" command to make command prompt look at the C:/ drive.
Step 5: You need to tell your Geth program to create a new account. As you have installed it in your user directory in Step 2 then it is just a simple case of typing in "geth account new" and then pressing return/enter. This should look like this "C:\>geth account new".
Step 6: After hitting the enter button in Step 5, you will be asked to enter a password - N.B. you will not be able to see what you are typing in so type it carefully. This is the password that locks your account and keeps your Private key safe - if you lose this password you will lose all your Ether attached to the wallet held by that Private key. Once you have entered your password and confirmed it by entering it a second time you will have created a new account! Congratulations your about a third of the way there.
Step 7: You need to tell your Geth Program to start communicating with the rest of the Ethereum network. You do this by typing in "geth --rpc" - this should look like "C:\>geth --rpc" (on the latest version you should try: geth --rpc --fast --cache=1024) Press enter and the screen should start downloading the blockchain for Ethereum - at this point you are synchronising with the rest of the Ethereum network. This can take a while depending on your internet speed and the current size of the blockchain, anywhere between 20 min and multiple hours. Sometimes your firewall can block this process - just click allow access. Keep this cmd open, you will need this to run in the background in order to be able to mine. Also make sure you start mining only after your blockchain is synchronised, not before. Due to The DAO hard fork you will have to specify if you want to mine on the hard fork chain or on the chain without the hard fork. To mine Ethereum (ETH) use geth --rpc --support-dao-fork in order to mine Ethereum Classic (ETC) use: geth --rpc --oppose-dao-fork
Part 2 - Installing the Mining Software and Starting to Mine
Step 8: Now you need to download Ethminer which makes your GPU or CPU run the hashing algorithm that is integral to securing the Ethereum network through proof of work. You can download this here and be sure to scroll down to the bottom of the page to get the right version - the latest and most up to date one is right at the end.
Step 9: Click on the download and click install. Your firewall can cause issues but just click allow if it does so - the same is true of windows that doesn't recognise or approve the software - tell windows its ok when asked. Click through the installation process until Ethminer is installed.
Step 10: You need to open up another command prompt as in step 4 - so your going to get two scary looking boxes. Simply click right click on your already open command prompt in the taskbar at the bottom of the page and click on command prompt in the menu that appears. A new command prompt should open with "C:\users\username>". This is the wrong place to look for etherminer so you need to tell it the right place to find it.
Step 11: Type "cd /" into the newly opened command prompt which should look like this "C:\users\username>cd /" and then press enter. You should now see "C:\>", You have just used the "cd" command or "change directory" command to make command prompt look at the C:/ drive - not your user file.
Step 12: Type in "cd prog" and then press the tab button. This should look like this C:\>cd prog and then press "tab" which will automatically complete the phrase for the closest fit found in the C: drive just like autotext does on your Iphone. After pressing "tab", you should see C:/> cd "Program Files" and press enter which should give you a new line saying "C:\Program Files>".
Step 13: Type in cd cpp and then press tab and then enter. This is taking you into the newly installed Ethereum Mining software folder. And this should look like this after pressing tab C:\Program Files>cd cpp-ethereum and pressing enter gives you C:\Program Files\cpp-ethereum>.
Step 14GPU mining (only do this after your blockchain is synchronised): Type in ethminer -G and press enter and then you should start mining with your GPU after building a DAG file which can take around ten minutes. There can be problems at this point. For example the program might say that you have insufficient memory on your Graphics card to mine the with Ethereum's Ethash algorithm. If this is the case you can still mine with your CPU or go out and buy a new graphics card! You can see our graphics cards and compare their return on investments here and check out our guide on how to pick an ethereum mining graphics card here. We've also added a guide on how to build your ethereum mining rig.
If you get an error message press Ctrland c together to cancel the process. Then you can either retry it - or alternatively move onto step 16 and mine with your CPU rather than your GPU.
Step 15 CPU mining: Type in ethminer and press "enter" and you will start mining with your CPU. Again you will need to create a DAG file the first time you do this which can take some time. But after that is complete your Geth program downloaded in step 1 should start talking to your ethminer program and you should start mining!
Step 16 Hashing Power benchmark:If you want to get an estimation of your hashing power you can run ethminer -M (for CPU mining) or ethminer -G -M (for GPU mining). The command will run and you should get a result similar to the image bellow.
Step 15 and 16 possible error: If you are not patient is "JSON-RPC problem. Probably couldn't connect. Retrying in 1..." As you can see in the screenshot bellow this happens when you don't have the blockchain synced yet.
If you are having issues getting your GPU to mine type ethminer --opencl-platform 1 to fix it for Nvidia. This usually happens when you have an integrated GPU as well as a dedicated one.
If you are having issues finding peers, try to use: geth --nat=none
If you are using ATI cards, in order to optimize your mining open a cmd prompt and run:
setx GPU_FORCE_64BIT_PTR 0
setx GPU_MAX_HEAP_SIZE 100
setx GPU_USE_SYNC_OBJECTS 1
Also when you run ethminer, try using the extra params: --cl-global-work 16834 --cl-local-work 256
Good luck and if there are any problems type a comment in at the bottom of this article and the community will help you get started! And that said if anyone has any ideas to make this guide simpler please let us know and we'll update it as soon as possible! And if this is too difficult you can always follow our other guide on how to cloud mine Ethereum but this might not be as profitable as it initially looks - the no hassle easy method to mine ethereum!
This guide shows you the basics of solo mining, it should give you a good idea of how everything is connected, if you would like to use a mining pool instead you can try our How to connect to an Ethereum mining pool guide.
If you want to transfer funds from you wallet to an exchange or to another account, check out our guide on how to do an Ethereum transaction.
P.S. If you like the desktop background in the last 2 pictures, you can get it from here: CryptoCompare Desktop Background. Also now that you are happily mining visit our Ethereum page if you want too keep up to date with the latest Ethereum price and market cap.
|MINING VALUATION||What is mining and mineral processing|
|Msi gaming 1060 mining||549|
|Complete guide to mining||Kevitsa mining|
|WORKING MINING INDUSTRY||The mining of coal|
|Complete guide to mining||Data mining forums|