Mining on RTX 3060 LHR, 3060 Ti LHR. Limitations, overclocking, settings, consumption, profitability, comparison

Let's look at the new video cards for mining: RTX 3060 LHR and RTX 3060 Ti LHR. Overclocking potential, card limitations, consumption and profitability. Let's calculate the profitability of purchasing these cards and the payback period.

Important update 12/13/2021 , let’s look at the performance on the most productive miner for LHR cards.

The prefix LHR stands for Low Hash Rate. Those. video cards are hardware protected from mining.

Unlock LHR mode in 3060 LHR, 3060 TI LHR. We will also touch on this topic below.

Characteristics of RTX 3060 LHR series video cards

The characteristics of the cards do not differ in mining from the RTX 3060 and 3060 Ti.

CharacteristicsRTX 3060 LHRRTX 3060 Ti LHR
Graphic Card
Release Date:Jan 12th, 2021Dec 1st, 2020
Generation:GeForce 30GeForce 30
Graphics Processor
GPU Name:GA106GA104
Architecture:AmpereAmpere
Render Config
Shading Units35844864
TMUs112152
ROPs4880
SM Count2838
Tensor Cores112152
RT Cores2838
L1 Cache128 KB (per SM)128 KB (per SM)
L2 Cache3 MB4 MB
Clock Speeds
Base Clock1320 MHz1410 MHz
Boost Clock1777 MHz1665 MHz
Memory Clock1875 MHz 15 Gbps effective1750 MHz 14 Gbps effective
Memory
Memory Size12 GB8 GB
Memory TypeGDDR6GDDR6
Memory Bus256 bit352 bit
Bandwidth360.0 GB/s448.0 GB/s
Board Design
TDP170 W200 W
Suggested PSU450 W550 W
Power Connectors1x 12-pin1x 12-pin

Comparison table of characteristics of 3060 LHR vs 3060 Ti LHR

RTX 3060 LHR, 3060 Ti LHR in mining, hashrate and consumption

Your values ​​should be similar. The discrepancy should not exceed 3-6%.

RTX 3060 LHRRTX 3060 Ti LHR
AlgorithmHashrateConsumption (Power)HashrateConsumption (Power)
Ethash32.00 Mh/s110.00W40 Mh/s130.00W
Ethash4G32.00 Mh/s110.00W40 Mh/s130.00W
Zhash0h/s0W0h/s0W
CNHeavy0h/s0W0h/s0W
CNGPU0h/s0W2850.00 h/s190.00W
CryptoNightR0h/s0W0h/s0W
CNFast0h/s0W0h/s0W
Aion250.00 h/s140.00W370.00 h/s190.00W
CuckooCycle7.00 h/s140.00W9.80 h/s190.00W
Cuckaroo(d)290h/s0W9.70 h/s190.00W
Cuckatoo311.2 h/s140.00W0.55 h/s190.00W
Cuckatoo320.45 h/s140.00W0.50 h/s190.00W
Beam22.00 h/s140.00W32.50 h/s190.00W
RandomX0h/s0W0h/s0W
NeoScrypt0 kh/s0W0 kh/s0W
Autolycos110.00 Mh/s130.00W155.00 Mh/s130.00W
Octopus42.00 Mh/s140.00W48.00 Mh/s190.00W
EquihashZero0h/s0W0h/s0W
ZelHash36.00 h/s140.00W54.50 h/s190.00W
KawPow22.00 Mh/s140.00W27.00 Mh/s190.00W
ProgPow21.50 Mh/s140.00W26.00 Mh/s190.00W
X25X0 Mh/s0W0 Mh/s0W
MTP2.60 Mh/s140.00W3.90 Mh/s190.00W
Verthash0.85 Mh/s130.00W1.19 Mh/s140.00W

The difference between 3060 LHR vs 3060 Ti LHR
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  • The RTX 3060 hashrate is 37mh/s
  • The RTX 3060 Ti has a hashrate of 58 mh/s
  • The RTX 3060 LHR hashrate is 32 mh/s
  • The RTX 3060 TI LHR hashrate is 40 mh/s

For comparison, the 1660 super has a hashrate of 29 mh/s.

Cooling system

As for the card itself, the design is identical to other Gaming OC cards we've reviewed this generation (30x), including the RTX 3070 model.

This means that the Gigabyte 3060 Gaming OC has a plastic casing that is mostly black with a couple of gray accents. Overall, it's a pretty understated design and very neutral in color.

Gigabyte's cooler uses the WindForce 3X design - this means a 3-fan configuration, with each fan having a diameter of 80mm .

The fans use an alternate rotation feature where the central fan rotates in the opposite direction of the outer two, which should reduce turbulence and increase overall pressure on the radiator.

As for the dimensions, the Gaming OC turned out to be a rather large card. Its dimensions are 282 mm x 117 mm x41 mm . The card occupies 2 slots.

The Gigabyte 3060 Gaming OC has . It is located at the top of the video card - it is the inscription “Gigabyte” with an underline.

The card consumes a maximum of 120 Watts and has 1 power connector – 1×8 Pin

.

As for the backplate, this model has it! The back panel is made of metal. The backplate itself is the entire length of the card and has a grayish-silver color.

On the back of the card is the Gigabyte logo, printed in white letters, located just below the GeForce RTX branding.

The large cutout at the end of the card is designed to allow airflow to flow directly through the heatsink.

The metal backplate does not have thermal pads to contact the back of the PCB.

Internal cooling system

Let's move on to the internal cooling system.

The radiator grille consists of three stacks of aluminum fins.

They are connected by three 6mm copper heatpipes, which are in direct contact with the GPU. The VRM and memory contact separate fins on the heatsink via thermal pads.

Having disconnected the radiator grille, we see a clean printed circuit board.

On the PCB front, Gigabyte uses a 6-phase VRM for the GPU and a 2-phase VRM for the memory.

The GPU VRM is controlled by the uP9512R UPI and uses Alpha and Omega AOZ5311NQI transistors.

The memory VRM is controlled by a uP1666Q UPI and uses AON6994 asymmetric dual-channel MOSFETs.

Even though the official memory speed is 15 Gbps, we see Gigabyte using 16 Gbps from Samsung, model code " K4ZAF325BM-HC16 ".

Reverse side of the PCB:

Overclocking and tuning the RTX 3060 LHR

According to the overclocking of the RTX 3060 LHR, the core is approximately 1570 MHz, plus or minus, look at your card. Memory 1700-2000 Mhz. How can you stabilize it?

We definitely take the miner Gminer 2.71, the link and detailed description of this miner is here.

In the Gminer settings —lhr_tune 73. Read the link above to find out what this setting is.


RTX 3060 LHR in Ethereum mining on Hive OS

How to increase the hashrate of 3060 video cards: GPU overclocking for more efficient mining

Nvidia 3090 hashrate can be much higher than stated. It is better to overclock the GPU for mining using MSI Afterburner. The utility interface is very simple. To overclock the video card, we need two sliders:

  • Core Clock – core overclocking, increases the core frequency;
  • Memory Clock – memory overclocking, increases the memory frequency.

You need to change the frequency values ​​little by little. Then test stability. If all is well, then you can increase the frequency further. If the video card starts to fail or the drivers crash, then simply reduce the frequency and that’s it. There will be no harm.

To overclock the NVIDIA RTX 3060 for mining ether or other coins using the DaggerHashimoto algorithm, you need to increase the memory frequency, and, on the contrary, lower the core to save energy. it does not affect production speed.

Optimal overclocking parameters:

Parameter Meaning
Core Clock +100
Memory Clock +800 MHz
Power Limit 78%
Temp. Limit 70°

Overclocking and tuning the RTX 3060 Ti LHR

According to the overclocking of the RTX 3060 Ti LHR, the core is approximately 1470 MHz, plus or minus, look at your card. Memory 1900-2000 Mhz. How can you stabilize it?

We definitely take the miner Gminer 2.71, the link and detailed description of this miner is here.

RTX 3060 Ti LHR in Ethereum mining on Hive OS

For mining on RTX 3060 LHR and RTX 3060 TI LHR video cards, we recommend the Binance pool, the most reliable and convenient, since it is both an exchange and a pool with minimal commissions. Read how to mine on Binance Pool on the website. As well as the Hive OS operating system. Link to register Hive OS (with the promotional code InsidePC you get $10 to your account).

For stable operation of video cards in the rig, make the correct settings on the motherboard for mining.

Setting up Ethereum mining

To start the mining process, you will need a miner program. Some of the most popular are Phoenix Miner 5.7b and T-Rex Miner 0.21.6. With their help, not only Ethereum is mined, but also KawPow. After installing one of them, you will need to register the wallet and pool address, and then launch a batch file. BAT is a set of sequential commands to perform a task. He will launch the miner for overclocking Nvidia 3060 and 3060 ti video cards in mining.

To get the maximum Ethereum currency hashrate of up to 48 Mh/s, when connecting an RTX 3060 video card, downvolting is carried out to reduce the noise level and operating temperature of the video card and increase the frequency of the RAM. In this case, we reduce Power Limit to a minimum, and the VRAM frequency should be set to 1200 MHz.

Efficiency of RTX 3060 LHR, 3060 Ti LHR in mining

Energy efficiency in mining

  • Energy efficiency of the RTX 3060 LHR is 0.31 MH/W.
  • Energy efficiency of the RTX 3060 Ti LHR is 0.30 MH/W.

How to calculate energy efficiency? We divide the productivity in MH/s by the consumption W.

LHR card options are much inferior to their relatives without the LHR prefix in ether mining. But the prices for these cards are significantly lower.

Watt consumption per 1 megahash in mining

  • RTX 3060 - 3.14W.
  • RTX 3060 Ti - 3.25W.

Consumption per 1 Mh/s is calculated by dividing the consumed watts by the number of megahash.

Cost per 1 megahash in money

You can calculate this indicator for yourself; to do this, divide the cost of the card by the number of megahashes.

Equipment

The Gigabyte RTX 3060 Gaming OC 12G comes in a black box, with a robotic eye on the front and the "Nvidia" and "Gigabyte" logo. There is no image of the card on the front sides.

On the back of the box, the company highlights some key features of the card, including the cooler configuration and the metal backplate. There is an image of the card on the back of the box.

Equipment:

  1. Package
  2. Video card
  3. Manual - brief guide

This is standard equipment for Gigabyte for a budget card.

However, on the other hand, GAMING OC is not the cheapest card in the Gigabyte line.

Rating
( 2 ratings, average 4.5 out of 5 )
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