It Is All About BTC, LTC, ETH, DOGE, KAS mining as well as other alternative crypto currencies
Up until recently the OneZeroMiner was the preffered miner for Nvidia GPU miners mining Dynex (DNX) as the fastest performing miner, however the SRBMiner-Multi software used mostly by AMD miners has recently brought back Dynexsolve support for Nvidia in the version 2.3.6 (performance was slower than OneZeroMiner) and in the just released update to version 2.3.7 things got more interesting. The latest SRBMiner-Multi 2.3.7 (2.5% dev fee DNX, 0% on ZIL) is now faster on Nvidia compared to OneZeroMiner (3% dev fee) and also has lower developer fee and even supports dual mining of Dynex and Zilliqa, so a bit of an extra advantage apart from the higher performance and lower fee. Windows miners would also like the fact that with SRBMiner-Multi they can also take advantage of the GPU clock offset actually working to further lower the power usage as opposed to OneZeroMiner’s one not working under Windows. This means that you can further reduce power usage with SRBMiner-Multi 2.3.7 while also getting higher hashrate and some extra profit from mining ZIL every hour or so for a bit.
So, if you are looking for something that you can GPU mine with profit currently and hold and mine long term then you should definitely take a look at DNX and give it a go. And another tip, get a local Dynex wallet to mine at as most mining pools supporting DNX mining won’t allow you to mine on an exchange address, and it is better to keep the mine coins in a wallet than on an exchange anyway. ZIL dual-mining might be a bit of a challenge with some of the pools not allowing you to dual-mine if both coins are not on their list of supported pools coins (K1Pool with the largest ZIL hashrate at the moment for example) and you might have some trouble using some other pools as well, though Crazypool seems to be working just fine for dual mining DNX and ZIL in our experience, so you might want to give it a go.
Example of SRBMiner-Multi command line for DNX + ZIL mining:
SRBMiner-MULTI --disable-cpu --algorithm dynex --pool eu.dnx.mineradnow.space:18000 --mallob-endpoint https://gomallob.mineradnow.space/ml --wallet DNX_WALLET --password WORKER_ID --zil-enable --zil-pool eu.crazypool.org:5005 --zil-wallet ZIL_WALLET.WORKER_ID --zil-esm 2 --gpu-cclock0 1485 --gpu-mclock0 5001 --gpu-coffset0 200 --zil-cclock 1000 --zil-moffset 1000
Make sure to change DNX_WALLET and ZIL_WALLET to your own wallet addresses and WORKER_ID to your mining rig’s id. For DNX a GPU clock of around 1485 is a good choice and memory at 5001, ZIL core clock of around 1000 (for 3000 series Nvidia) and +1000 on video memory is a good option for ZIL mining. Depending on your GPU an offset of 200-300 should be the sweet spot, so you might want to start from 200 and increase it to around 300 to see what works for you – the higher the value the lower the power usage, but GPUs might become unstable.
– To download the latest SRBMiner-Multi 2.3.7 With Support for DNX and ZIL Dual-Mining…
There are a lot of GPU-intensive crypto coins out there that can be mined with video cards that unlike ETH/ETC and other memory-intensive algorithms do not require a lot of gigabytes of video memory or a very fast memory access speeds or clocks. One interesting such projects is Dynex (DNX) and we’ve already covered it last month as something interesting that might deserve your attention and mining power (still Nvidia GPU mining only). Now, we are going to be focusing on a different aspect of mining DNX that uses its own custom miner that unlike most other multi-mining software does not support GPU tweaking options. This means that if you do not optimize the GPUs you are using for mining you will be wasting a lot of extra power without any gain in performance and at times of lower profitability for mining this is not something you should be eager to do.
Miners that use Linux-based operating systems such as HiveOS have more options to control the operating parameters of their GPU-based mining rigs regardless of what miner software they currently employ, however Windows users are having a hard time doing the same thing. There are some useful graphical tools such as MSI AfterBurner or command-line tools such as nvidia-smi, but they are not as useful or easy to use or functional as one might think. The good news here is that Windows users might use some “cheats” in easily tweaking their mining hardware the way they want it to, regardless of the miner software they utilize.
This is possible all thanks to some of the new features introduced lately in the lolMiner mining software. These are not only the options for command line setting the GPU core clock, memory clock, power limit and the core clock offset, but also and very importantly the option to turn off the reset of overclock settings when exiting the miner. This means that you can run the lolMiner software briefly (make sure it is ran as Administrator for clock settings to work), quit it and have it leave the settings you applied for the GPU clock and then just run another miner like DynexSolve for mining DNX or just about another one. Just make sure that the mining software you run after that does not manage GPU settings on its own or does reset them to some default states as it will defeat the whole purpose.
Below you can find an example command line to run lolMiner setting the clocks on RTX 3070 GPU and then automatically exiting without resetting them back to the standard ones when exiting. Since we run lolMiner without a real KAS address it connects to the pool and then automatically exits the miner and then we run the DynexSolve miner and start mining DNX with the same optimized GPU setting that we would’ve used for mining Kaspa for instance with lolMiner. This way we get the same or maybe even higher performance with lowered power usage than if we just run the DynexSolver miner with the default settings for the GPU, just don’t forget to add your DNX wallet in the example below (do not add KAS wallet, leave the x there):
lolMiner.exe --algo KASPA --pool stratum+tcp://pool.eu.woolypooly.com --port 3112 --user x --watchdog exit --cclk 1710 --mclk 810 --coff 300 --no-oc-reset
dynexsolvevs.exe -mining-address YOUR_WALLET -no-cpu -multi-gpu -stratum-url dynex.neuropool.net -stratum-port 19331 -stratum-password YOUR_WORKER_ID -stratum-paymentid YOUR_PAYMENT_ID
The same thing can be applied to another miner and another crypto coin that is GPU-intensive and you can lower the video memory to the minimum and also decrease the operating frequency of the GPU to a lower level that it can still handle mining at with a high-enough operating frequency. This way you can go significantly lower than 100 Watts per RTX 3070 GPU and still managing to maintain the pretty much same hashrate that you would normally achieve mining at stock settings. And if the coins tolerate even higher GPU clock and that brings extra performance you can utilize the extra power usage headroom for further increasing the performance you get while maintaining much lower power usage in general.
Dynex (DNX) is said to be a next-generation platform for neuromorphic computing (computational model patterned on the human brain) based on a ground-breaking flexible blockchain protocol. It consists of participating PoUW miners that constitute a decentralised neuromorphic supercomputing network which is capable of performing computations at unprecedented speed and efficiency – even exceeding quantum computing. Dynex’s proprietary Proof-of-Useful-Work (PoUW) algorithm called DynexSolve enables each miner to perform Dynex Chip computations and in turn get rewarded with DNX coins and anyone that might be interested in taping that computational power to perform neuromorphic computing calculations would need to pay in DNX. A Dynex Chip is described as a neuromorphic chip design, based on ideal memristors. Such a chip cannot be built with current hardware (ideal memristor!) so it is being simulated with ODE integration. It turns out that the simulated circuit shows all desired features (long-range order, instantonic behavior, etc.), and is quite fast when simulated on enough GPUs. There’s a reference implementation on GitHub so everyone can try it.
Dynex is certainly interesting and different than most other crypto projects out there with the goal being not only using computational (mining) power for securing the blockchain network it uses, but trying to actually use that computational power provided by miners for creating a large and decentralized neuromorphic computing platform. The project is still in the works and there are some quirks and issues that get resolved in a timely manner, it is still quite new and more work is probably needed for its goal to be fully realized. Now is also the perfect time to join in early if you are interested.
Since Dynex uses its own custom DynexSolve algorithm you need to use a specially designed mining software that runs on your GPUs called DynexSolve with the current latest version being 2.2.1 (the one you need to use) that supports Nvidia CUDA as well as CPU mining, unfortunately AMD GPUs are not yet supported. The mining software simulates the so-called neuromorphic computing Dynex Chips and it seems to be more of a memory intensive than GPU intensive algorithm. Mining can be done on both Windows and Linux operating systems and it is a wise idea to keep an eye out at the projects Discord server for up-to-date development and any possible issues and fixes being applied. DNX can be mined on a number of mining pools such as mineradnow.space, newpool.pw or neuropool.net among others. If you are interested in trading Dynex coins, then you may want to look on TxBit the only crypto exchange that currently has DNX trading pairs listed.
– For more information about the Dynex (DNX) neuromorphic computing crypto project…