it doesn't crash for me it run stable at 9500KH 2000-2100 core, but consumption is too high, i prefer 9MH at 18xx core(already few days running at this rate, perfectly stable), the onyl thing is the stupid noise...
I've got 9 types of gtx 1070's.. This is the basis of my statements in matter. You can't generalize with a single tipology of vga. I've got too your g1 model, but the others are very different. It's also worth to be considered that the real efficiency of gtx 1070 derives from the wingle 8 pin PCIE versions, because ot the capped TDP amount.
An sjs or amp extreme can lift higher than 1800/1850 MHz on average (from 8.4 to 8.7MH/s eventually) but with very bad efficiency (up to 220W in certain scenarios, opposed to 155W of a single 8 pin one).
These are the reasons why I am not interested in models that have got 2 power connectors.
From 8.4 to 9.4 we've got a theroretical performance increase of 11% on spr, with a giant loss in efficiency. The same happens with lbry, where it's even worst (less % gain in performance, similar efficiency loss)
You're talking about trading, not mining (daily revenue).
No need to dump your mined coins every day..
My farm have had more than 10% of the lbry hashrate for a while now. I might sell when the price goes up 300-1000%
Good for you, but these aren't day to day profit analysis
. I would be cautious with lbry if I were you, btw. Holding this coin have brought a massive loss to many. It've been a lot better to sell on a daily basis
I have mined spreadcoin with 3 cards for a week. 1x1070 and 2x970. (18mhash). I now have more than $50 worth of.spreadcoin.
The calculator showed $2.8 per day for the 1070, but i got more than $4..
You're talking about trading, not mining (daily revenue).
What you fail to realize is that in a multigpu environment, up to 6/7 vga in a farm, the clock frequency on average is far less than the one you always report with a single-gpu screen.
With the algo SpreadX11, if you go past 1800/1830 MHz on avg it crashes; the reason is the algo switching, that forces the chip to go past 2035 MHz, and it hangs.
Every algo is different, this one it's a bit complex to manage.
Different models have different stable clocks though.
Algo switching doesn't crash cards, unless you use an OC that won't work with some algos. That is why I use the lowest stable OC.
Otherwise, algo switching doesn't push your card to 2035, there's no reason to do so. You might not close ccminer properly before an algo switch maybe?
The algo switching it's internal to the SpreadX11 algorithm (hashing functions). It's not about closing ccminer
. In a multigpu environment, with an high number of models and versions, it's hard to find the highest stable clock (let's call it HSC), and this leads to the need of a proper testing, which is a bit complex given the absence of a pool in this case (due the peculiar decentralized mining process, one of the key elements of this amazing project). Spr it's very undervalued, the technology behind it it's one of the best concepts in the markets.