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As Ethereum Classic (ETC) is just about to hit DAG epoch 350 and Ethereum (ETH) about to follow it in a month or so later miners that are still using AMD Radeon GPUs with 4GB of video memory may start experiencing problems. So we are seeing some updated to mining software for Ethash addressing potential issues with the DAG size growing near the limit of the 4GB VRAM and trying to extend the usability of these video cards to the latest possible time. Miners with 4GB VRAM GPUS may already stared having issues with the main card if not using a built-in GPU due to the increased memory usage for the primary card by Windows, so the built-in Intel GPU for main card might help, alternatively switching to Linux operating system if you are currently running Windows may also help to gain a few more DAG epochs. You can also consider replacing the main video card with a one that has more video memory available in order to compensate for the increased VRAM usage cause by the Windows operating system, and be able to make money online, although there are also other options like doing some gambling, using options like the w88 site online.

The latest PhoenixMiner 5.0b update has added support for mining with 4GB AMD cards beyond the DAG epoch 350 (ETC is at #349 a the moment, ETH is a #338). Depending on the OS and driver versions you are using with this update you should be able to use 4GB AMD GPUs until epoch #372-#373 under Windows, and #380 under Linux. PhoenixMiner is fast (arguably the fastest) Ethash (ETH, ETC, Muiscoin, EXP, UBQ, etc.) miner that supports both AMD and Nvidia cards (including in mixed mining rigs). It runs under Windows x64 and Linux x64 and has a developer fee of just 0.65%. PhoenixMiner also supports Ubqhash for mining UBQ, ProgPOW for mining BCI, and dual mining Ethash/Ubqhash with Blake2s. According to the miner developers the speed of PhoenixMiner is generally faster than Claymore’s Ethereum miner in ETH only mode (about 0.4-1.3% speed improvement, though your results may be slightly lower or higher depending on the GPUs). To achieve highest possible speed on AMD cards it may be needed to manually adjust the GPU tune factor (a number from 8 to about 400, which can be changed interactively with the + and – keys while the miner is running). If you have used Claymore’s Dual Ethereum miner, you can switch to PhoenixMiner with minimal hassle as most of Claymore’s command-line options and configuration files are supported.

Some important tips for longest possible use of 4GB AMD cards with PhoenixMiner by the devs:
– If your rig is using Intel CPU, use the integrated graphics as primary display adapter. To do this, go to motherboard’s BIOS setup and change the “Primary display adapter” to iGPU (or integrated GPU). Also, if you are using actual monitor or HDMI plug, put it in the motherboard video output.
– If you can’t use integrated GPU, replace the primary GPU with one with 6GB or 8GB VRAM.
– Do not upgrade to a new AMD driver unless it is explicitly supported by PhoenixMiner. With 4GB AMD cards, this will not only lower your hashrate, but may also make it impossible to mine when the DAG epoch is above #350.
– After the DAG epoch moves past #350, the optimal -gt value for the 4GB AMD cards may change, so try to run auto-tune again after DAG epoch #350 to find the best GT values for the cards for mining, although if you want other ways of doing money like gambling the use of sites like capsa online are one of the best options for this.

What AMD drivers to use for mining under Windows:
– Good drivers: these are versions from 18.12.1.1 to 19.7.5 (inclusive), and from 19.12.2 to 20.4.2 (inclusive). These will allow you to mine until DAG epoch #372-#373 and won’t need restart of PhoenixMiner on each DAG epoch change.
– Not so good drivers: these are versions 18.1.1 to 18.10.1 (inclusive), and from 19.8.1 to 19.12.1 (inclusive). This will allow you to mine until DAG epoch #365-#366 and will require restart of PhoenixMiner on each DAG epoch change (for these drivers this will be preformed automatically unless you have added -dagrestart 0 command-line option to explicitly disable the auto-restart).
– Drivers older than 18.1.1 were not tested for 4GB DAG operation.

What AMD drivers to use for mining under Linux:
– Under Linux all relatively recent drivers (i.e. last 24-36 months) allow mining until epoch #378-#380, but there are much more driver bugs, so if you are happy with your current driver version, do not change it.

To get more details and to download the latest PhoenixMiner 5.0b Ethash miner software…

The XMR-STAK-RX RandomX miner has been updated to version 1.0.5 bringing support for two crypto projects that use a variation of the RandomX CPU mining algorithm – Kevacoin (KEVA) and Safex Cash (SFX). Kevacoin (KEVA) uses the RandomKEVA and Safex Cash (SFX) uses the RandomSFX algorithms respectively, though both are based on the RandomX algorithm as a base and are doing better performance wise on recent AMD Ryzen CPUs than on Intel processors. Alternative miners with support for RandomX and the RandomKEVA RandomSFX are SRBMiner-MULTI and XMRig, though have in mind that the XMR-STAK-RX miner does not have a development fee like those two others. Does the lack of a dev fee in the XMR-STAK-RX RandomX CPU miner make it a better choice, well you should compare what performance you are getting on your own hardware for the algorithm you are mining.

To download and try the newly released XMR-STAK-RX 1.0.5 for RandomX mining…

It seems that there is a Ravencoin Classic (RVC) fork off the Ravencoin (RVN) blockchain that has happened along the last RVN hardfork when the new KAWPOW algorithm has been adopted by Ravencoin. The thing that differentiates RVC from RVN is the fact that the Ravencoin Classic retains the original X16R mining algorithm that has been introduced with the launch of RVN. The idea to fork from X16R to X16Rv2 and then to the KOWPOW algorithm for Ravencoin is to keep RVN GPU mining friendly and to drive away secret FPGA/ASIC miners as such apparently exist for X16R and X16v2 already. Yet the Ravencoin Classic (RVC) fork that retains the original X16R algorithm and is being described by F2pool (the largest pool to support RVC mining at the moment) with things such as “RVC can be efficiently mined with GPU cards” and “RVC cannot be efficiently mined with CPU or ASIC mining machines”. Surprisingly or not the mining profitability with GPUs of RVC with X16R is currently lower for the same hardware RVN with KAWPOW. If you want to learn more about blockchain technology, check out this Youtube Channel.

Now, regardless if you support the Ravencoin Classic (RVC) or not, as with other forks if you had Ravencoin (RVN) in a local wallet, then you will be able to claim your RVC coins at 1:1 ratio to do whatever you want with them. You just need to copy the wallet data file to a new installation of the RVC wallet, make sure you use the datadir command line parameter to use a custom folder for the Ravencoin Classic blockchain data as otherwise it will try to overwrite the RVN data you have available. The RVC wallet should have replay protection already, though it is always wise to first move your RVN coins to a new address before doing anything with RVC, just to be on the safe side! Ravencoin Classic (RVC) is currently being traded only on the Longbit crypt exchange which is an Asian one (switch to English language in the upper right corer of the screen), though it accepts international registrations. It however requires you to go through an identity verification process before you can deposit and trade coins, so have in mind that you need to pass that as well.

To visit the official Ravencoin Classic (RVC) fork website for more details…


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