Review of Nvidia GTX Titan V video card for cryptocurrency mining - hashrate and energy efficiency

At the beginning of December 2022, Nvidia Corporation introduced its new flagship product - GTX TITAN V. The V symbol in the name is not accidental, because The video card is built on the new Volta architecture and uses a GV102 GPU with 5120 Cuda cores, 640 Tensor Cores computing units and 12 GB of HBM2 memory.

Many IT and gaming publications have already conducted many synthetic and real tests, where the newcomer shows an advantage over its predecessor GTX TITAN XP by 40% or more. We'll take a closer look at the GTX TITAN V's success in GPU mining of cryptocurrencies.

Here you should pay attention that the GTX TITAN V is not the first product to use the new generation Volta GPU, because back in August, Nvidia released the niche and rare product Nvidia Tesla V100 on the even more powerful GV100 Volta GPU.

Although the GTX TITAN V is slightly inferior in terms of characteristics to Tesla, it will be much cheaper. The announced price at the start of sales for the new Titan will be around 3,000 USD, which is also not low when compared with the GTX 1080Ti model popular among miners (from 750 USD).

Because The new Titan is the first consumer video card with HBM2 memory from Nvidia, it will be doubly interesting to see how new technologies will affect mining in the coming year. Will this be an evolutionary stage or a huge revolutionary leap in GPU mining.

Review of Nvidia GTX Titan V video card for cryptocurrency mining - hashrate and energy efficiency

At the beginning of December 2022, Nvidia Corporation introduced its new flagship product - GTX TITAN V. The V in the name is not accidental, since the video card is built on the new Volta architecture and uses the GV102 GPU with 5120 Cuda cores, 640 Tensor Cores computing units and 12 Gb of HBM2 memory.

Many IT and gaming publications have already conducted many synthetic and real tests, where the newcomer shows an advantage over its predecessor GTX TITAN XP by 40% or more. We'll take a closer look at the GTX TITAN V's success in GPU mining of cryptocurrencies.

Here you should pay attention that the GTX TITAN V is not the first product using the new generation Volta GPU, since back in August Nvidia released the niche and rare product Nvidia Tesla V100 on the even more powerful GV100 Volta GPU.

Although the GTX TITAN V is slightly inferior in terms of characteristics to Tesla, it will be much cheaper. The announced price at the start of sales for the new Titan will be around 3,000 USD, which is also not low when compared with the GTX 1080Ti model popular among miners (from 750 USD).

Since the new Titan is the first consumer video card with HBM2 memory from Nvidia, it will be doubly interesting to see how new technologies will affect mining in the coming year. Will this be an evolutionary stage or a huge revolutionary leap in GPU mining.

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Drivers for GeForce Titan X

The software for this series of cards can be easily found on the manufacturer's website. Please note that updated drivers were released in January 2022 to address the Specter vulnerability. For this line, the latest GeForce 390.65 WHQL drivers are available. Although the problem has not previously affected GeForce chips, it is worth playing it safe and updating the driver package, as they may be vulnerable to variants of the Specter CVE-2017-5715 attack. Traditionally, Game Ready packs were included in updates, as artifacts were noticed in a number of games.

Comparison with the previous generation of video cards

In this table we compare the optimal video card models for mining, current for 2022:

Titan V is the first solution for the consumer market to achieve a performance milestone of 15 TFlops, for comparison, its predecessor Titan XP had this figure at 12 TFlops.

To further feel the progress in this area, let us recall the IBM ASCI While supercomputer, which in 2001 occupied first place in the TOP 500 most powerful computers with a performance of 12 Teraflops. Moreover, this monster required 3 MW (3 million W!) to operate. In the photo below, all these server racks are IBM ASCI While.

A little distracted by history, let's still go back to today and find out what TITAN V is capable of in cryptocurrency mining.

Does not work?

Run the --revA command along with the program.

Some GTX 1080s don't work well with the default tool, so they might try using this command.

Windows: OhGodAnETHlargementPill.exe –revA 0,3,4

Powershell: .\OhGodAnETHlargementPill.exe —revA 0,3,4

Linux: ./OhGodAnETHlargementPill —revA 0,3,4

The numbers after -revA are the video card slots, and they are necessary for the program to work correctly. For example, if your mining rig consists solely of a GTX 1080 and you have 3 cards, it would be -revA 0,1,2.

Also, if you are wondering how to do this for Windows, you should use the command line and change the directories or folders to the exact location of the ethlargement program before copying and pasting this command. To know it's working, it needs to appear at the top of the program.

Note! Some graphics cards will perform better if you run Ethlargement after your mining program has started hashing.

GTX Titan hashrate tests with overclocking

• XMR +100 core +130 memory - 1418h
• ETH +100 core +130 memory - 80.4 mh/s consumption 243w
• Zcash +121 core +130 memory 120% PL - 1027 Sol consumption 261w

Compare with the Pascal generation:

Increase the mining speed of your nvidia gtx 1080 ti, 1080, 1060, 1070

Overclocking options:

Settings for my 8 video cards, the fifth of which is a GTX 1080 and the rest are GTX 1080Ti:

Core Clock: 100 Memory Clock: 950 950 950 950 800 950 950 950 Fan Speed: 90 90 90 90 95 90 90 90 90 Power Limit: 200 200 200 200 150 200 200 200

Below are the ideal core overclocking settings for several models of boards with NVIDIA chips:

GTX 1060, 1070, 1080 1080Ti Core Clock = 100 Memory Clock GTX 1060 = 700 GTX 1070 = 900 GTX 1080 = 925 GTX 1080Ti = 950 GTX 1060, 1070, 1080 1080Ti Fan % 75% Power Limit GTX 1060 = 75 GTX 1070 = 100 GTX 1080 = 150 GTX 1080Ti = 200

You can make the same settings through the MSI Afterburner settings.

Conclusions on using GTX Titan V for cryptocurrency mining at the moment

As a conclusion, we can say that the upcoming generation of video cards from Nvidia based on the Volta GPU will significantly exceed the current leaders in hashrate and mining energy efficiency.

The first video card for retail sale of the Volta generation under the premium Titan V brand with a current price of 3000USD will be of little interest for mining, only if as an experimental base. Building mining rigs based on this video card will be extremely ineffective due to the inflated price. In this regard, purchasing 1080ti video cards will be more justified.

If we compare the GTX1080ti and TITAN XP video cards built on the same chip, then we should expect the next model, let’s call it the GTX 2080ti, to repeat the results of today’s tests, only at a more affordable price.

LBRY – 0.524 GH/s; Pascal (Pascal Coin) – 1.958 GH/s; Decred (DCR) – 5.324 GH/s; NeoScrypt (VIVO, Phoenixcoin, Feathercoin, Guncoin) – 1.791 MH/s; Nvidia Geforce Gtx Titan x 12gb Mining

Mining on Nvidia Titan Xp video card: characteristics, performance, overclocking

Since the Nvidia Titan Xp is one of the most powerful video cards for gaming and rendering, today we will look at how effective its use will be in mining top cryptocurrencies and look at the options for settings that can increase the performance of the Titan Xp.

Briefly about Nvidia Titan Xp:

• Memory – 12 GB GDDR5x with a 384-bit bus from Micron;
• Memory frequency – 1426 MHz;
• Core frequency – 1585 MHz;
• Power consumption – 250 W;
• The maximum permissible temperature is 91 C;

Packaging and appearance

The video card comes in a beautiful matte-glossy box, in which we also found a set of paper documentation, a software disc and a warranty card. There are no brackets, Velcro ties, or stickers here.

Titan Xp impresses with its size and weight. For a second, the weight of the card reaches almost 1100 grams, which raises some concerns about the PCI 3.0 connector on the motherboard. By the way, the Titan Xp simply won’t fit into standard office system units.

As for the design, everything here is stylish and expensive!

The graphics chip is covered by a massive cooling system with a small but powerful cooler on the right side of the card. On the back of the Titan Xp there is a protective metal plate that perfectly complements the appearance of the device. The interface panel includes three DisplayPorts and one HDMI 2.0.

Performance

Most gamers will find the Titan Xp's performance overkill, especially considering the device's $1,200 price tag. However, we are interested in performance in cryptocurrency mining, so we will conduct tests.

So, on standard settings, Titan Xp using the Lyra2REv2 algorithm (Verge, Monacoin, Vertcoin) demonstrates 77.671 MH/s, which is a fairly good indicator.

If we take the Ethash algorithm (Ethereum, Ethereum Classic), we get 35 MH/s. For comparison, the GTX 1080Ti video card at stock produces 37 MH/s, so it is not so advisable to consider solo Ethereum mining on Titan Xp.

Using this card for mining using the Equihash algorithm (Zcash, Zclassic, Bitcoin Gold, Komodo) provides a speed of 685 soles.

Now let's look at less popular algorithms:

• LBRY – 0.524 GH/s;
• Pascal (Pascal Coin) – 1.958 GH/s;
• Decred (DCR) – 5.324 GH/s;
• NeoScrypt (VIVO, Phoenixcoin, Feathercoin, Guncoin) – 1.791 MH/s;

Overclocking

Open the well-known MSI Afterburner utility and set the following settings for more productive Ethereum mining:

• Core frequency +107;
• Memory frequency +764;
• Power Limit – 70%;
• We get 42.60 MH/s with a consumption of 270 W;

Keep in mind that increasing the frequency can significantly increase the already high operating temperature, and this is already dangerous for the video card. In our opinion, the manufacturer has already squeezed almost the maximum out of the Titan Xp, so we overclock it very carefully.

Payback

With a performance of 42.60 MH/s, power consumption of 270 W and a kilowatt-hour price of $0.10, the profit from Titan Xp with an Ethereum price of $500 will be $37 per month. It turns out that it will take almost three years to pay for a video card that costs $1200-1300! And only after this Titan Xp will begin to generate net profit.

Considering the fact that it is almost impossible to predict the price of Ethereum over such a long period, it hardly makes sense to buy Titan Xp for mining.

cryptovod.ru

⇡#Technical characteristics, price

Built-in benchmark Max. ⇡#Performance: Computing

• TITAN X impresses from the very first test. Compared to the GTX 780 Ti and Radeon R9 290X, the video card is one and a half times more powerful.
• With the Radeon R9 280X and GeForce GTX 770 - adapters based on once top-end GPUs - the difference is more than twofold.

The GM110 operates at a base frequency that the GK110 never reached at reference specifications. In addition, GPU Boost acts very aggressively, raising the frequency up to 1177 MHz. At the same time, the processor is content with a voltage of 1.174 V, which is lower compared to top-end products based on GK110.

Mission Start Tashgar AF 16x, MSAA 4x FXAA 2560 1440 3840 2160 Thief.

⇡#Design

TITAN Z inherited the general design principles from NVIDIA’s previous dual-head video card, the GeForce GTX 690, only this time the cooler is not two-, but three-slot. The cooling system casing is metal, with transparent windows in which black GPU radiators are visible. The rear surface of the board is covered with a thick aluminum plate, which adds a fair share to the overall rather considerable weight of the device. The purpose of the plate is not only decorative. It cools the memory chips located underneath it.

Purely aesthetically, the “two-headed Titan” makes a strong impression. NVIDIA's top single-processor adapters, made in the same design, look great, but when you hold TITAN Z in your hands, you feel real power. An appearance worthy of such an expensive and perfect device.

An axial fan blows air through separate radiators located on the sides. Unlike turbine coolers used in single-processor NVIDIA reference design cards, it throws some of the hot air inside the PC case. In addition, the axial fan does not allow placing any other board close to the video adapter, while the turbine allows this if necessary. Consequently, in the TITAN Z case it occupies not three, but all four expansion slots. In this regard, a dual-head card does not provide any benefit compared to two GeForce GTX TITAN Black installed close to each other.

The exhaust grille takes up half of the mounting plate. The remaining area is used for video outputs - in the same configuration as on other top-end NVIDIA adapters: two DVI ports plus full-length HDMI and DisplayPort connectors. Since one GPU can use four ports simultaneously, the capabilities of the second remain untapped. In this class of devices (and for this kind of money), I would like to see more DisplayPort 1.2 connectors (albeit in a Mini version, as on the Radeon R9 295X2). The ability to connect more than four monitors to one PC is not so important, but in the current version, only one of them can have Ultra HD resolution.

The GPU is cooled by fairly compact radiators, but each has an evaporation chamber built into the base. A metal frame covers the front surface of the board. The platform on which the fan is mounted is another separate radiator, pressed against the power system transistors and the PCI-E bus switch.

⇡#Performance: Computing

In terms of support for double precision calculations, the GM200 is no different from the GM204. Each SMX contains only four FP64-compatible CUDA cores, so the combined performance under this workload is 1/32 of FP32. ⇡#Technical characteristics, price

The remaining representatives of the Maxwell architecture, as well as Kepler, perform part of the operations on the H decoder pipeline. ⇡#Performance: games

• TITAN X takes away the palm from the Radeon R9 290X and compensates for the failure of the GeForce GTX 980, which finds this test surprisingly difficult.

Accordingly, you need the right motherboard, either one with two or three slots, one of which operates in x16 mode, the other in x16 or x8 mode, and the third, respectively, will not give the desired effect, or order a special motherboard with several full-fledged PCI- x16 slots.

Titan Z Review

Titan series video cards are very demanding in terms of energy consumption. When running Nvidia Titan Z with a powerful processor, large amounts of RAM and hard drives, the minimum power supply power should be 850 W.

For maximum performance, it is recommended to use Intel Core i7 processors.

Due to its large size, the video card occupies three slots in the system unit case. These dimensions are due to the cooling system in the form of an aluminum radiator.

The price for Titan Z starts from 60,000 rubles. The manufacturer explains such a high cost by the fact that high-quality products cannot be cheap.

Setting up Ethereum mining.

In order to achieve a high hashrate on Ethereum from the Nvidia RTX 3060 video card, it is necessary to downvolt and increase the frequency of the RAM. Overclocking RTX 3060 12 gb for Ethereum mining up to 48 MH/s.

Accordingly, you need the right motherboard, either one with two or three slots, one of which operates in x16 mode, the other in x16 or x8 mode, and the third, respectively, will not give the desired effect, or order a special motherboard with several full-fledged PCI- x16 slots.

We remove the Power Limit to the very minimum, lower the core frequency by 300 MHz, and increase the VRAM frequency by 1200 MHz.

§ Gtx Titan x 12gb video card in Mining On the next page you will see a list of addresses and ports for the pool, as well as the name of your worker and password for it. Nvidia Gtx Titan Black 6gb Mining

Btw, miners: my weekend project has been preparing you a little tool to enable 3060Ti ETH mining on Linux.

⇡#Power consumption, temperature, overclocking

As mentioned above, in rare moments, TITAN Z GPUs can reach 1058 MHz - 352 MHz above the base frequency. It is curious that along with the ladder of frequencies, the range of voltages corresponding to individual steps has also increased. The upper value corresponds to a voltage of 1.2 V, which is much higher than the 1.162-1.187 that the GK110 is content with on single-processor boards of the reference design.

Under load in heavy games, after the card warms up, the GPU frequencies stabilize around 862 MHz, and the voltage is 0.975-0.987 V. This, frankly speaking, is quite low for a 28 nm GPU under load. NVIDIA, of course, selects the highest quality crystals for TITAN Z. Not to mention that the GTX 780 Ti, TITAN Black and TITAN Z use the new B1 GPU stepping.

Oddly enough, TITAN Z is fully overclockable. The base GPU frequency was safely increased to 846 MHz. In dynamics, the frequency rose up to 1189 MHz and stabilized at 1071 MHz at a voltage of 1.025 V. The BIOS makes it possible to increase the maximum voltage by 75 mV, but in practice this function, like on the GTX 780 Ti, does not work. The frequency of memory chips has reached 8 GHz.

Overclocking was facilitated by the card's power reserve: the power consumption limit can be raised up to 120%. The temperature limit was increased from 82 to 95 °C, the cooling fan was run at maximum speed.

In this review, we used a new way to measure power instead of using a household wattmeter. The output power of the Corsair power supply is recorded using the Corsair Link device, and the average and maximum values ​​are calculated.

An unoverclocked TITAN Z consumes a good 80-100 watts less than the Radeon R9 295X2, which corresponds to the difference between their TDP (375 and presumably 500 watts, respectively). Needless to say, how much power the computer consumes if you exchange the TITAN Z for two R9 295X2 in CrossFire mode. The TITAN Z's power reserves are also large enough that when overclocked, the card comes close in power to its competitor.

Note: there are no FurMark results for the R9 295X2 tandem. With this configuration, the test does not run in full screen mode, which is necessary for CrossFire to work.

Without overclocking, the GPU temperature reaches the default limit, reaching 83 °C. To maintain this temperature, high impeller speeds are not required. As a result, the video card is quite quiet for its power. The fan on the Radeon R9 295X2 CBO is clearly noisier. Running the cooler at full speed allows you to keep the GPU temperature within 71 °C.

NVIDIA GTX TITAN V video cards for mining - characteristics, hashrates, comparisons

NVIDIA Corporation presented the concept of the future in crypto mining on video cards in a new generation of graphics adapters. Version V (VOLTA), in addition to futuristic design and innovative design solutions (3D-RAM), features unrivaled performance of 110 Teraflops. Mining TITAN V brings to new frontiers with a hashrate value on the Ethash algorithm of 69 MH/s.

Main technical characteristics

Peculiarities:

• cooling based on an evaporation chamber with copper tubes;
• closed cast housing;
• 12 GB 3D stack memory;
• combining NVIDIA, CUDA, Tensor cores (VOLTA architecture);
• performance – 110 Teraflops.

Specification:

The new product with the V index (named after the VOLTA architecture) is a powerful continuation of the GeForce TITAN X, TITAN XP versions, which miners criticized for their high price ($1200–1500) with relatively average mining performance (23.3 MH/s and 35 MH/s at Ethash respectively). From previous versions, only the design concept remained - a stylish cast body.

The new VOLTA technology made it possible to achieve a power of 110 Teraflops, and in mining - to increase computing power to 69 MH/s (ETH, from the box).

Comparison with the previous generation of video cards

Hashrate values ​​for various mining algorithms:

Among NVIDIA cards of GTX TITAN versions, the NVIDIA TITAN V model differs in mining performance. The high ETH performance is due to the large amount of memory (12 GB versus 6 GB in the GTX TITAN X model) and higher bandwidth (652.8 GB/s versus 547 GB/s for the GTX TITAN XP).

Review of GTX video cards: efficiency on the ETH algorithm:

Among the presented video cards, the X line (TITAN X, XP) is relatively expensive. Such adapters are used in mining for experimental purposes only. Despite the superior efficiency of NVIDIA GTX TITAN V (twice compared to NVIDIA TITAN XP), the price of $3500 is not profitable for mining. The payback with a monthly income of $80 will be 3.6 years (you can calculate the profitability using a mining calculator).

Of the entire line, the most attractive option for mining is 1080, a version that has proven itself in practice.

Game test results

If we compare the Titan X Pascal video card with others, it is 20-25% better than the video card of the same ]GTX 1080[/anchor], and is also almost twice as powerful as its competitor Radeon R9 FuryX, which is also single-chip.

In all games in 4K and UltraHD we see smooth images. Also, high results were achieved in tests when using SLI mode.

Hashrate tests (without overclocking)

Stock performance without overclocking:

The performance of the major currencies (Ethereum, Zcash and Bitcoin) is impressive. The numbers are record-breaking for GPU mining and are comparable to ASIC performance. Operations with cryptocurrencies (Dual-mining) reduce the computing power of the main coin (ETH) by 5%, additional (SIA) - by 30% (Claymore's Dual mining program, where the second currency is selected in the mining settings):

• SIA [consumption] 3435 MH/s [242 W];
• ETH (SIA) Dual [consumption] 66 MH/s (2220 MH/s) [323 W];
• ETH (DCR) Dual [consumption] 66 MH/s (2219 MH/s) [288 W].

After the tests were published in the news portal Hi-News.ru, there was a discussion about the prospects for production. On December 14, 2022, user limbo in the comments detailed his opinion about the futility of Bitcoin mining and the advantages of Ethereum. The problem is the increasing complexity of cryptocurrency mining. Bitcoin is available only in automatic mining systems (MinerGate, Bitcoin Crane), where they make profits even from a smartphone (for example, Samsung Galaxy A7 2018). Ethereum is mined today on a powerful GPU.

Nvidia Titan MINING - performance and comparison texts

Nvidia Titan MINING tests showed that the new product outperforms the GTX 1080 Ti by 40% or more in some tests. Titan V was built on the new Volta .

New GPU architecture designed to bring artificial intelligence to all industries.

But all the miners, and everyone associated with them, were waiting impatiently to find out what the price and performance in mining would be.

Nvidia Titan mining performance tests of the new MONSTER

An employee of the company BitsBeTrippin conducted live tests of the Titan V. The results are simply stunning, both without overclocking and with it. But more than that, the consumption is amazing, 213 W without overclocking and 260 W with overclocking.

Nvidia Titan V Ethereum Mining Performance

Nvidia Titan V was revealed . The results are presented in the table:

The following overclocking parameters were used:

• By core +100;
• From memory +130.

Nvidia Titan V Zcash Mining Performance

After a short time, the performance of Nvidia Titan V on Zeke was revealed.

The results are presented in the table

The following overclocking parameters were used:

• By core +100;
• From memory +130.

Nvidia Titan V Monero Mining Performance

After a short time, the performance of Nvidia Titan V on Monero was revealed. The results are presented in the table:

The following overclocking parameters were used:

• By core +100;
• From memory +130.

Nvidia Titan V performance on LBRY, SIA, ETH/DCR Dual, ETH/SIA Dual

Nvidia Titan V WHERE does this mining performance come from?

First we need to say that the Titan V is 9 times more powerful than its predecessor, the Titan X.

The Titan V video card has the following equipment inside:

• 5120 CUDA processor cores, the GTX 1080 Ti video card has 3584 of them;
• 320 texture units;
• 640 Tensor cores;
• 12 GB HBM2 video memory;
• 3072-bit interface;
• 21.1 billion transistors;
• Clock frequency 1200 MHz and 1455 MHz in acceleration mode;
• Total computing power is 110 teraflops.

Nvidia Titan V price

But the price surprises everyone no less, with such sweet characteristics - 3000 US dollars .

This is what Nvidia Titan V is like.

kriptinfo.ru

Hashrate tests with overclocking

Computing power:

Conclusions on use

The main conclusion is that the Model V video card is superior in performance and efficiency to other video cards for mining, but the high cost (and therefore a long payback period) does not allow the adapter to be used for cryptocurrency mining at the moment.

An acceptable price that will justify the investment is $1000–1200. At this cost, a farm with two V could be compared with a farm with 8–13 traditional GPUs (GeForce 1070, RX 470) and compete with ASICs. This alternative option is attractive due to its low power consumption, which is important when cryptocurrency rates fluctuate.

Overclocking 18% (for ETH) is a weak indicator: on AMD video cards, miners can achieve up to 30–40% (increasing performance, saving on investment in equipment). But due to the high performance on Ethash in Dual mode, the overclocking will be compensated by the extraction of additional currency.

According to information from the official NVIDIA website, the adapter was created for the latest developments in the field of artificial intelligence. Miners can only wait for the release of the profile version.

⇡#Performance: overclocking

Overclocking the TITAN Z has brought great results. The significant increase in the base frequency, the increase in memory bandwidth, and the easing of restrictions on power consumption and temperature had an effect.

3DMark 2011

3DMark

Game tests + Unigine Heaven 4