The maximum capacity of Nvidia LHR designs cards is currently accessible to open. The engineers of NBMiner were quick to accomplish this, after which the makers of Gminer and T-Rex participated. Hence, since May 2022, there is authoritatively no distinction among LHR and other video cards, and their hashrate will be something very similar. In view of this, the WoolyPooly number cruncher has additionally been refreshed.
We have tried on GeForce RTX 3080 Ti, however the above standards apply to any LHR video cards. Here are the test subtleties.
NBminer is a general excavator for GPU mining of digital currencies that upholds AMD and NVIDIA stages. The digger has been created starting around 2018. NBminer at present backings the well known Ethash, Kawpow, Octopus, Autolykos2, Cuckoo and Beamv3 calculations.
NBminer v.39.0 – first open endeavors
On August 15, 2021, the engineer presented the primary excavator that opens LHR up to 70 percent of the potential hashrate. The speed in the digger on the Ethash calculation differs in the scope of 77-78 MH/s. The Memory Controller Load and GPU Load outlines are steady, the Board Power Draw diagram with slight variances. In this way, with these settings, NBminer v.39.0 opens LHR up to 67 percent of the potential hashrate.
NBminer v.40.1 – open expanded to 72%
On November 24, 2021, the engineer presented NBminer v.40.1, which essentially builds the presentation of LHR video cards. The speed in the excavator on the Ethash calculation changes in the scope of 83-85 MH/s. The Memory Controller Load and GPU Load diagrams are steady, the Board Power Draw chart is somewhat fluctuating. Hence, with these settings, NBminer v.40.1 opens LHR up to 72 percent of the potential hashrate.
Testing NBminer v.41.0
On May 8, 2022, the engineers declared NBminer v.41.0. You can download the digger and read about the elements of the delivery here.
A component of this variant was 100 percent opening of LHR. To acquire the proclaimed abilities, the engineer suggests utilizing video drivers 512.15 for Windows and 510.60 for Linux, as well as running the excavator with chairman privileges. Likewise, for more prominent dependability, it merits lessening the overclocking of video memory comparative with past adaptations by 100-200 MHz.
The excavator labored for 22 hours and 21 minutes. The speed in the excavator on the Ethash calculation differs in the scope of 115-116 MH/s. The Memory Controller Load and GPU Load charts are steady, the Board Power Draw diagram is somewhat fluctuating. Yippee!
