Mining Analysis: RTX 3060 Ti vs GTX 1060 6GB

First, let me clarify the graphics cards in question. There are no GTX 1060 Ti or GTX 1060 Super models. Based on your query, I'll analyze:

• - Modern mid-range GPU

• - Older generation GPU

According to current mining data, the RTX 3060 Ti performs best with these cryptocurrencies1:

Coin	Algorithm	Hashrate	Power	Daily Revenue	Daily Profit
	KawPow	27.00 Mh/s	190W	$0.30	-$0.15
	Meraki	60.00 Mh/s	140W	$0.31	-$0.03
	Octopus	48.00 Mh/s	190W	$0.29	-$0.17
	FiroPow	25.00 Mh/s	150W	$0.33	-$0.03

• : $0.32-0.38 per day23

• : 140-190W depending on algorithm

• : KawPow (Ravencoin) for highest hashrate efficiency

• : Meraki (Telestai) for lowest power consumption

The GTX 1060 6GB shows different optimal mining options45:

Coin	Algorithm	Hashrate	Power	Daily Revenue	Daily Profit
	KHeavyHash	195.0 Mh/s	85W	$0.07	$0.05
	FishHash	14.5 Mh/s	85W	$0.06	$0.04
	KawPow	11.0 Mh/s	80W	$0.10	-$0.10
	Autolykos2	44.5 Mh/s	85W	$0.06	-$0.12

• : $0.05 per day6

• : 80-95W

• : KHeavyHash (Kaspa) for highest profitability

• : FishHash (Iron Fish) for consistent returns

GPU	Daily Profit	Monthly Profit	Best Coin	Power Efficiency
	$0.32-0.38	$9.60-11.40	Ravencoin/Telestai	Moderate
	$0.05	$1.50	Kaspa	High

:

• : KawPow (Ravencoin) - Best overall performance1

• : Meraki (Telestai) - Lower power consumption1

• : Octopus (Conflux) - Stable returns1

:

• : KHeavyHash (Kaspa) - Currently most profitable4

• : FishHash (Iron Fish) - Good efficiency4

• : KawPow (Ravencoin) - Historical favorite7

Both GPUs are currently unprofitable when accounting for electricity costs. The RTX 3060 Ti shows negative daily profits ranging from -$0.03 to -$0.17, while the GTX 1060 6GB barely breaks even at $0.05 daily profit16.

• : 140-190W (higher performance, higher consumption)

• : 80-95W (lower performance, more efficient)

The RTX 3060 Ti significantly outperforms the GTX 1060 6GB:

• : 27.0 Mh/s vs 11.0 Mh/s (2.5x better)

• : 3060 Ti delivers 2-3x better hashrates across most algorithms14

Given current market conditions, cryptocurrency mining with these GPUs is not profitable. However, if you choose to mine:

• : Mine Ravencoin (KawPow) or Telestai (Meraki)

• : Mine Kaspa (KHeavyHash) for best efficiency

Consider that mining profitability fluctuates daily based on cryptocurrency prices, network difficulty, and electricity costs. Always calculate your specific electricity rates before mining.

MSI Afterburner OC Settings Guide

Based on your previous inquiry about RTX 3060 Ti and GTX 1060 6GB, here are the optimal MSI Afterburner overclock settings for both GPUs:

These settings prioritize power efficiency and stable mining performance:

Setting	Value	Notes
	60-64%	Reduces power consumption significantly1
	-502 MHz	Underclocking saves power while maintaining hashrate1
	+1220 to +1500 MHz	Start at +1220, gradually increase1
	83°C	Safe operating temperature
	Auto or 80-100%	Keep temperatures under control1

: 59.8-62.8 MH/s at 120-130W power consumption1

These settings maximize gaming performance:

Setting	Value	Notes
	104% (Maximum)	Max out the slider2
	+125 MHz	Conservative stable overclock2
	+500 MHz	Safe memory overclock2
	90°C	Maximum safe temperature2
	Maximum	Drag slider to maximum2

Optimized for cryptocurrency mining efficiency:

Setting	Value	Notes
	216 (Maximum)	Allow maximum power delivery3
	92°C	Safety threshold3
	+150 MHz	Stable performance boost3
	+500 MHz	Memory overclock for mining3
	Custom curve	Keep below 70°C3

Balanced settings for gaming performance:

Setting	Value	Notes
	Maximum	Drag slider to right4
	+60 to +250 MHz	Start at +60, test stability45
	+236 to +900 MHz	Stable range varies by card45
	Maximum	Usually around 83°C4
	Maximum	Safe due to BIOS limits5

1. • Install MSI Afterburner and a stability testing tool like Unigine Heaven

   • Set power limit and temperature limit to maximum first6

2. • Start with +30 MHz increments for GTX 10604

   • Start with +50 MHz increments for RTX 3060 Ti

   • Run stability tests after each increase

   • When crashes occur, reduce by 10-20 MHz6

3. • Start with +50 MHz increments4

   • For mining, you may need higher memory clocks (+500 to +1500 MHz)6

   • Test stability thoroughly with extended runs

4. • For mining: Reduce power limit to find efficiency sweet spot6

   • For gaming: Keep power limit at maximum for best performance

   • Save stable profiles in MSI Afterburner4

• : Keep GPU temperatures below 83°C for sustained use13

• : Always test with games or benchmarks, not just synthetic tests4

• : Never jump to extreme settings immediately6

• : Every GPU chip is different - these are starting points6

• : Ensure adequate PSU capacity for overclocked settings

• : 8-15% performance increase in games with proper overclock2

• : 10-17% performance boost with core clock from 1800 to 2100 MHz5

Start with conservative settings and gradually increase while monitoring stability and temperatures. Mining requires different optimization than gaming, so choose the appropriate profile for your use case.