How you can Correctly Twin Mine KAS + ZIL With the Rigel 1.3.4 Nvidia GPU Miner

The Rigel Nvidia GPU miner is a newcomer among the many mining software program options for GPU miners and extra particularly for Nvidia GPU mining rig operators, however it’s doing fairly nicely when it comes to competing with different older and extra established and extensively used miners. It doesn’t help that many algorithms, however it’s shortly introducing help for ones which are gaining quite a lot of consumer consideration and the efficiency is actually good. To not point out that the miner comes with a pleasant text-based terminal consumer interface, is kind of straightforward to make use of and comes with the suitable variety of options together with full overclocking set for the GPUs.

The Rigel miner additionally helps twin mining with Zilliqa (ZIL) as a way to additional enhance mining profitability as this dual-mining mode helps not solely ethash and ethash, however any single and even twin algorithm mixture + ZIL. Triple mining is supported for ethash + kheavyhash + zil and etchash + kheavyhash + zil, however that one will not be really that attention-grabbing of a mode in comparison with the dual-mining any algorithm with ZIL. The explanation for that’s because of the approach ZIL is being mined – only a very brief time period each two hours, so primarily you keep the total hashrate of the primary algorithm for mining the remainder of the time and the additional revenue from the mined ZIL will not be one thing to overlook.

In the previous couple of variations ZIL mining was damaged apparently, although the newest replace of Rigel 1.3.4 brings it again working correctly, so we’re going to do a fast overview on how one can dual-mine Kaspa (KAS) with Zilliqa (ZIL), in an effort to maximize your revenue and get extra than simply single mining KAS. Now, Kaspa (KAS) and its kheavyhash algorithm is GPU-intensive, so you possibly can optimize efficiency with a major discount in energy utilization in comparison with the conventional settings to your video card. On the opposite finish nonetheless you have got Zilliqa (ZIL) that could be a memory-intensive algorithm that identical to Ethereum or every other Ethash-based crypto coin like ETC that’s nonetheless mineable doesn’t want quite a lot of GPU energy, however can profit from most clock of the video reminiscence.

So, how you can mix these two seemingly reverse algorithms for dual-mining whereas getting optimum efficiency mining each? That is what we’re going to check out now with the under instance for dual-mining KAS + ZIL on an Nvidia GeForce RTX 3070 GPU, adopted by clarification what and why is getting used like that (the instance is for home windows, however the identical settings ought to work on Linux as nicely). Be sure that within the instance you set YOUR_KASPA_WALLET, YOUR_ZIL_WALLET and YOUR_WORKER_ID to ensure that the mining to correctly begin and also you get the mined cash credited. We’re utilizing WoolyPooly as KAS mining pool and ShardPool for ZIL, although others ought to work as nicely (be sure you have the suitable settings for them):

rigel.exe -a kheavyhash+zil ^
-o [1]stratum+tcp://pool.woolypooly.com:3112 -u [1]YOUR_KASPA_WALLET ^
-o [2]zmp+tcp://eu1-zil.shardpool.io:3333 -u [2]YOUR_ZIL_WALLET ^
-w YOUR_WORKER_ID --log-file logs/miner.log ^
--cclock 300 ^
--lock-cclock [1]1710 --lock-mclock [1]807 ^
--lock-cclock [2]1200 --mclock [2]1000

Now, the cclock 300 possibility above units the GPU clock offset to ensure that the video playing cards graphical processor to run at a decrease voltage (it’s set for all cash mined), do observe that the 250-300 setting usually works nicely on most RTX 3070 GPUs, so take a look at in your mining {hardware} and discover what works secure for you. For the reason that first coin we’re mining is KAS and we now have it marked with [1] above then the lock-cclock [1]1710 and lock-mclock [1]807 choices discuss with the video card settings for Kaspa mining, setting the GPU clock locked at 1710 MHz and the reminiscence clock to the minimal supported 807 MHz with a view to scale back the facility utilization from the reminiscence that we don’t want a lot for the kheavyhash algorithm. The opposite line lock-cclock [2]1200 and mclock [2]1000 refers back to the GPU settings for the second coin we’re mining and on this case that is Zilliqa the place we don’t want a better clocked GPU, however may use a +1000 MHz overclock of the video reminiscence over its inventory settings with a view to get the hashrate as much as about 60 MH/s for an RTX 3070 GPU.

You’ll discover that mining with the settings used within the instance above on RTX 3070 GPUs you’ll be getting round 90-95 Watts of energy utilization per GPU whereas mining KAS and when the ZIL change happens the completely different settings that shall be utilized will deliver up the facility utilization to about 115-120 Watts (these can range from GPU mannequin to GPU mannequin). So, there shall be a slight enhance of energy utilization for a few minutes in whole every day and thus there shall be not a lot of a distinction within the general energy utilization. Whereas mining ZIL you’ll not be mining KAS, however once more the change is for a brief time period and the earnings for the mined ZIL ought to be capable of compensate for the time you’ll not be mining KAS.

However why not depart the GPU settings for KAS mining for ZIL mining as nicely a few of you might ask? Effectively, the reply is fairly easy – the ZIL mining efficiency shall be very low because of the low reminiscence setting we’re utilizing to avoid wasting energy when mining KAS. Whereas Kaspa could be mined with out efficiency loss at 807 MHz for the video reminiscence, that working frequency will end in simply round 5 MH/s of hashrate per RTX 3070 GPU in comparison with spherical 60 MH/s when the reminiscence is overclocked with 1000 further MHz over its inventory frequency on the identical GPU. So, when you could be saving just a little little bit of energy the hashrate shall be so low that you simply may not be capable of ship even one share throughout the ZIL mining timeframe and thus you would possibly simply be losing your time, not like what the GPU can do at 60 MH/s. Simply as a reference, in a single ZIL mining interval (each two hours) a 6x RTX 3070 GPU mining rig ought to be capable of at present mine 1-2 ZIL (relying on the variety of shares you get).

– To obtain the newest Rigel 1.3.4 Nvidia GPU miner with ZIL dual-mining help…