How Many Ethereum Classic ETC Miners Are There
• Development status Active Written in,,, Clients available for,,, x86, ARM Multiple Website Ethereum Classic is an, public, -based platform featuring (scripting) functionality. It provides a decentralized, the Ethereum Virtual Machine (EVM), which can execute scripts using an international network of public nodes. Ethereum Classic also provides a value token called 'classic ether', which can be transferred between participants, stored in a and is used to compensate participant nodes for computations performed. The classic ether token is traded on cryptocurrency exchanges under the ticker symbol ETC. Gas, an internal transaction pricing mechanism, is used to prevent on the network and allocate resources proportionally to the incentive offered by the request.
The Ethereum platform has been forked into two versions: 'Ethereum Classic' (ETC) and 'Ethereum' (ETH). Prior to the fork, the token had been called Ethereum. After the fork, the new tokens kept the name Ethereum (ETH), and the old tokens were renamed Ethereum Classic (ETC).
One such chaotic case is that of Ethereum (ETH) and Ethereum Classic (ETC). To mine on the old. There has been talk that Ethereum Classic is going to. Feb 10, 2017 - According to whattomine, Ethereum Classic (ETC) is on second position as mining recommendation (for a rig with 6x RX 470 4gb GPUs), followed by Monero etc. There is not much difference between Claymore & Genoil miner but i personally prefer Claymore, because it has the dual mining features. A growing number of ethereum miners have devoted. Gives classic ethers (ETC). Support ethereum now support ethereum classic. There’s also been the.
Ethereum Classic appeared as a result of disagreement with the regarding Hard Fork. It united members of the Ethereum community who rejected the hard fork on philosophical grounds. Users that owned ETH before the DAO hard fork (block 1920000 ) own an equal amount of ETC after the fork. Ethereum Classic passed a technical hard fork to adjust the internal prices for various opcodes of the Ethereum Virtual Machine (EVM) on October 25, 2016, similar to the hard fork committed by a week previously. The purpose of the hard fork was a more rational distribution of payments for resource-intensive calculations, which led to the elimination of the favorable conditions for attacks that were previously conducted on ETH and ETC. A hard fork held in the beginning of 2017 successfully delayed the 'bomb complexity' that was added to the Ethereum code in September 2015 with a view of exponentially increasing the complexity of and the process of calculation of new network units. In late 2017, a hard fork occurred which changed the monetary policy with unlimited emissions to a system similar to.
Contents • • • • History [ ] In May 2016, a fund called built on raised around $168 million, with the intention of investing in projects using. In the same month a paper was released detailing security vulnerabilities with The DAO that could allow ether to be stolen. In June, 3.6 million Ether (approximately $50 million USD) was taken from accounts in The DAO and moved to another account without the owners' consent, exploiting one of the vulnerabilities that had been raised in May. Members of The DAO and the Ethereum community debated what actions, if any, should occur to resolve the situation. A vote occurred and in July 2016 it was decided to implement a hard fork in the Ethereum code and to move the Ether taken in the exploit to a new smart contract through which it would be restored to the owners from whom it had been taken.
Ethereum Classic came into existence when some members of the Ethereum community rejected the hard fork on the grounds of 'immutability', the principle that the blockchain cannot be changed, and decided to keep using the unforked version of Ethereum. Ethereum Classic underwent a technical hard fork to adjust the internal pricing for running various on the Ethereum Virtual Machine (EVM) on 25 October 2016, similar to the hard fork the ETH chain did a week earlier. The goal was to more rationally price various and commands to reduce the incentive for spammers who had conducted a month-long attack on the Ethereum Classic network. A hard fork that occurred early 2017 successfully delayed the so-called 'difficulty bomb', originally added to Ethereum's code in September 2015 in order to exponentially increase the difficulty of mining, or the competitive process by which new transaction blocks are added to the network.
The people who continued with Ethereum Classic advocate for blockchain immutability, and the concept that 'code is law' against the pro-fork side (Ethereum) which largely argued for extra-protocol intentionality,, and conflict resolution. Various critics of Ethereum Classic have denounced it as a scam and a potential theft of, with similar controversial remarks being made on behalf of the opposing camp. Ethereum Classic has retained some users of Ethereum and has also attracted others from the wider crypto-community who reject contentious forks on ideological grounds. The project, however, is not officially supported by the Ethereum Foundation.
On June 29, 2017 the Ethereum Classic Twitter account made a public statement indicating reason to believe that the Classic Ether Wallet Website had been compromised. Information security news organization Threatpost later reported that the compromise occurred due to a social engineering attack against the CEW websites domain registrar 1&1. Decred DCR Mining Worth It.
The Ethereum Classic Twitter account confirmed the details released via Threatpost. The Ethereum Classic team worked with CloudFlare, a company specializing in internet security services, to place a warning on the compromised domain warning users of the phishing attack. The ClassicEtherWallet.com domain is now only a redirect to the Github Page Site of the wallet. Milestones [ ] Release Date Code name Milestones & Hard Forks July 30, 2015 Frontier The release of the Ethereum Genesis block. March 14, 2016 Homestead The 2nd major release of the Ethereum platform, which introduced EIP-2, EIP-7, and EIP-8. October 25, 2016 GasReprice First fork after being renamed 'Ethereum Classic'.
Repriced some operations to prevent DoS attacks affecting both Ethereum and Ethereum Classic networks. Introduced ECIP-1050. January 14, 2017 Die Hard Delayed the difficulty bomb which was originally intended to force the network to move from proof-of-work to proof-of-stake and added replay protection to prevent transactions on the Ethereum network being accepted on the Ethereum Classic chain.
Introduced ECIP-1010 and EIP-155. December 11, 2017 Monetary policy change Change unlimited token emission to a fixed-cap similar to with a hard cap of around 210 Million. References [ ].
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• The basic concept of a mining rig is to have an open case where you could mount your video cards, motherboard, PSU and a storage device/SSD. See for an example of how one looks like and how you could actually make it yourself for cheap! • The ideea is to use all video cards on PCI-E risers to align the videocards at the top and to keep a distance from one to another so that each card stays relatively cooled for the time performing. • As power supplying one powerful PSU or two medium sized could be used (but you might need some extra adapters) • Storage is needed for holding the OS so anything could be used (from HDDs, SSDs to usb flash-drives) BUT you want to minimize your power consumption to achieve more profit right? So you should go with the cheapest SSD on sata 3 interface you can find on the market.
Most known video cards from AMD used in mining ETC and their approximate hashrate: • RX 580: 22.5 – 27 mh/s • RX 570: 21 – 26 mh/s • RX 480: 24 – 31 mh/s • RX 470: 23 – 30 mh/s • R9 390: 30 – 31 mh/s • R9 380X: 21 mh/s • R9 380: 19 mh/s • R9 290: 25 – 30 mh/s • R9 280X: 22 – 25 mh/s • R9 270: 15 – 17 mh/s • R7 370: 15 – 20 mh/s As of difficulty increases, older video cards from R7 and R9 series are having lower hashrate then the above specified, so far the best hash rate/power consumption would be the RX 4xx series! There are many mining software for Dagger Hashimoto, however in this guide we will use the easiest to setup as well as advanced tweaking.
This guide is almost the same as ethereum and will use the same software because it’s the same algorithm used. For Beginners guide we will use latest version of “Claymore’s Dual Ethereum + Decred/Siacoin/Lbry/Pascal AMD+NVIDIA GPU Miner”.
For Advanced users guide we will go deeper intro other software and extra tweaking such as: Claymore and Ethminer! NOTE: some antiviruses may detect suspicious files within most miners, ignore it and put it into safe/exclusion mode! This guide is intended for WINDOWS 7/8.1/10 users only! Step 1: Download latest ” “.
Step 2: Extract the files from downloaded zip to Desktop (or a location of your choice) – right click the zipped archive file ->EXTRACT ALL: Step 3: Browse the extracted folder and find a file called “start” (that is actually a batch-file with the exact name “start.bat”. Right click it ->Edit ->if(open file security warning) say RUN ->it will open with NOTEPAD. Step 4: configuring the miner to use your desired Mining Pool and your own wallet. ( for a choice of your own) Select all the text from opened notepad and copy-paste the text below: setx GPU_FORCE_64BIT_PTR 0 setx GPU_MAX_HEAP_SIZE 100 setx GPU_USE_SYNC_OBJECTS 1 setx GPU_MAX_ALLOC_PERCENT 100 setx GPU_SINGLE_ALLOC_PERCENT 100 EthDcrMiner64.exe -epool ADRESS:PORT -ewal YOUR_WALLET -epsw x Step 5: edit ” ADRESS “, ” PORT ” and ” YOUR_WALLET ” to match your own. For example, for “ADRESS” i will use “msk.etc-poolcrypto.org”, for “PORT” i use “8008” and finally i put my wallet adress in “YOUR_WALLET” from poloniex.com: ” 0x98b3a919fd206fa0bb710578575bb32a90574d3f ” The END RESULTS of example would look like this: setx GPU_FORCE_64BIT_PTR 0 setx GPU_MAX_HEAP_SIZE 100 setx GPU_USE_SYNC_OBJECTS 1 setx GPU_MAX_ALLOC_PERCENT 100 setx GPU_SINGLE_ALLOC_PERCENT 100 EthDcrMiner64.exe -epool msk.etc-poolcrypto.org:8008 -ewal 0x98b3a919fd206fa0bb710578575bb32a90574d3f -epsw x That’s IT! Save the opened start.bat file and RUN it! You should be start mining!
After a few “share found” messages within miner, you should check your mining progress, go to (or wherever you are mining) and check your account and/or wallet status for LIVE mining details. Example: go to ->and input your wallet adress an click Lookup, after a few seconds you should see your immature balance as well as payouts! I assume you already know how to make a batchfile (start.bat) and how to properly edit it so we are going to add a few tweaks to it and add dual mining! Be sure to check the Readme!!!txt included in the claymore miner zip package! So in the basic guide we used this command line to start the miner up and running on with ethereum-classic only mode!
EthDcrMiner64.exe -epool msk.etc-poolcrypto.org:8008 -ewal 0x98b3a919fd206fa0bb710578575bb32a90574d3f -epsw x Now we are going to add a few extra commands to it to tweak it and even add dual mining support to it! Fist, we need to get familiar with the most common used switches: -ethi ->this switch will set the desired mining intensity on each card from 0 – 8 (8 is highest) it can set to separate cards just by a coma ex: -ethi 3,7 will result the 1st gpu with intensity 3 and the 2nd with intensity 7. (the reason you would want to adjust this is to control temperature when you play with overclocking!) -tt ->this is the TARGET TEMPERATURE and it will automatically adjust fan speeds to meet your desired values. Ex: -tt 80,75 (because i want the bottom GPU to have the same fan speed as the top GPU “IF IT WAS A SIMPLE DESKTOP SYSTEM” but because the position of the TOP GPU is warmer /see Physics 101, it will always require more cooling then the one bellow it, and so on!) -ttli ->Target Temperature Low Intensity: simply put, this switch allows the miner to reduce mining intensity for a specified temperature value. EX: -ttli 80,83,85 it takes the values of celcius degrees of three GPUs and if they reach these values, miner will adjust intensity for each card to prevent them from overheating, therefore reaching these values. -tstop ->this is an emergency STOP safe switch!
You can set celcius degrees value for each card to prevent them from BURNING! 😀 ex: -tstop 85,88,90 if the 1st gpu reaches 85, the 2nd 88 and 3rd 90*C, the specific video card will stop mining to allow it to cool down, therefore SAVING THE LIFE OF THAT CARD! For my setup test example i’m using a normal desktop with 2 video cards, an RX 470 and an RX 480, both from Sapphire, now i have the RX 470 on 1st PCI_E slot and the RX 480 om the 3rd slot. Because the RX470 consumes less power then 480, therefore TDP is lower and it reaches high temp harder! Usually the 1st GPU index is the one that you have a monitor connected to it!
My Batchfile would look like this: setx GPU_FORCE_64BIT_PTR 0 setx GPU_MAX_HEAP_SIZE 100 setx GPU_USE_SYNC_OBJECTS 1 setx GPU_MAX_ALLOC_PERCENT 100 setx GPU_SINGLE_ALLOC_PERCENT 100 EthDcrMiner64.exe -epool msk.etc-poolcrypto.org:8008 -ewal 0x98b3a919fd206fa0bb710578575bb32a90574d3f -epsw x -ethi 8,7 -tt 70,75 -ttli 73,78 -tstop 78,82 Remember, i use a desktop in this test case scenario, so airflow is important but it’s a closed-pc case, and that means high temperatures for low db fan sound! I know the temps are higher then most people would think, but they’re normal working temps. Now let’s get into DUAL MINING mode!