#gtx1030

[linuxlife]

Linux Life Episode 47

Hello once again and welcome back to Linux Life. Well since our last episode I have upgraded the graphics card in the i7 desktop from the GT 630 that was in there to a more modern GTX 1030 although both have 2GB texture memory the 1030 has GDDR5 and many more graphic units the 630 had 64 the 1030 has 512 so a much faster card overall.

The reason I got the GTX 1030 was it was capable of Vulkan as it’s a DX12 compatible card which the GT 630 wasn’t.  So many more games are playable now.  Not that I am a huge games player but I do like to have an odd game or two now and again.

So major graphics upgrade meant I tried a few games obviously I tried a few of the native Steam games and sure enough they work fine.  Things look good in things like Castlevania Lords of Shadow.

OK on to more daring moves.  I used to play Unreal Tournament 2004 a lot in the olden days when I used to play regularly.  I was never good at FPS games but an occasional blast is fun.  So I know Unreal Tournament 4 is free to download but obviously it uses the Epic Launcher which is Windows and Mac only at the moment.

Tried running it with Wine it failed to install.  So off I went looking around the net apparently UT4 has a Linux test application which is 10GB of download.  So I downloaded it read the thread on how to install it and run it.

Sure enough I now can play Unreal Tournament 4 on Antergos.  I have yet to play it online but I am sure having fun getting my skills back with the bots.  

With that under my belt I went one step further... As I mentioned earlier this new card has Vulkan capability.  So I downloaded Lutris and decided to try Path of Exile.  I am a sucker for a good Diablo-style game.  I spent hours with Diablo, Diablo II, Torchlight and Torchlight 2.

Now I tried PoE in its early days in Windows and it was quite fun but got sidetracked and never played it again.  It has vastly improved since I last played it.

I also had to install DXVK which is a tool which converts Direct X calls into Vulkan instructions so Linux can run these games.

So I download the script, install the game using it and set it to go.  I wish I had checked the script as it set the desktop on PoE to 1920x1024 and it was off the edge of my screen.

A few tweaks later I have it running full screen at 1280x960 and I can now see all of the screen.  I also turned off the FPS counter as to be honest I don’t really care.

However the mouse on the menu I have to move under the item I want by quite a bit to select it which is odd.  I get the game going and the mouse is fine in game until I open my inventory screen.  Once again the mouse pointer is out of sync regarding objects.

It seemed it was am issue as the game was not running in full screen.  It still has issues but I can at least correct it.  Bit fiddly but it can be done.  Not ideal but playable once it is sorted.

Moving away from games I have been playing with the Hatari emulator.  I admit, I never owned an Atari machine of any era.  Not at all.  I have used many of them due to other people owning them but I myself have never actually had any.

Now Hatari is an ST/TT/Falcon emulator.   So I managed to get the basic ST setup and games running which is pretty standard and easy to do.  However I decided to attempt running a Falcon Demo.

Having never used a Falcon or a TT but a bit of a read through the manual I tried to run a 68060 demo which I did not get manage to get it working.  However I did manage to get a 68030 demo running.

I have an i7 3770K with 24GB of memory and it struggled to run the demo without frame skipping.

What is odd is I can run an Amiga emulator such as FS-UAE, as a 68030 with no major performance hit so why does Hatari struggle.  Especially since I believe both FS-UAE and Hatari use the UAE core base for their 68K series emulation.  So they should be comparative but not the case.

However I do admit I think the major slowdown factor was having to emulate the Falcon DSP sound processing as opposed to the issue of the processor emulation.  Sound emulation is always a headache in any major project involving emulators and is always one of the last things implemented as it takes a lot of work to get right.

So I may be able to forgive Hatari in that respect as in time someone will figure out the DSP stuff to be optimized.

Well I think that’s enough for this episode.  So until next time... Take care.

[007will]

😂 #gtx1030 #gtx1050 #gtx1070 #rtx2080ti #rtx3080ti #comedy https://www.instagram.com/p/CE35fvGn8e-/?igshid=1sc4ngdm0x5ry

[frossmant]

Nu med ett #GTX1030 ! Blir perfekt med PCIe passthrough till min #plexmediaserver ! #plex #kvm #linux (at Stockholm, Sweden)

[workshopfix]

MSI GTX1030 DDR5 2GB - No Power, fan not spin(Solved)

History :

galing sa ibang tech, ligo ng flux, hinat Air na yong gpu chip at vram. Hnd naman yong ang sira. Hnd nya alam siguro kung ano ang voltages na pwede iinject sa coil shorted.

PROBLEM

- only one problem 1pc smd capacitor at the back. 1.8v shorted from coil 1.8v.

TIP! - 1.8v is a supply of gpu chip, bios chip, and ANDGates of signal.

Solved by WorkshopFix

[bitcoinminershasrate]

How to Increase R7 450 Mining: Overclock/ Hashrate/ xubuntu/ Windows 10 (2022)

How to 'Increase/ Max/ Optimize/ Tuning/ Boost' Hashrate AMD Radeon R7 450 4GB Mining: Overclock/ Hashrate/ xubuntu/ Windows 10 (2021/2022)/ Is it good for mining? At the beginning of 2021, the video card market is seeing a crazy increase in prices for more or less powerful video cards. Everything that has at least some computing power rushes into battle - to mine cryptocurrencies. Thanks to the fantastic growth in the price of some cryptocurrencies, even relatively old and low-powered video cards can bring profit. Some of them (Nvidia GT710/730, AMD Radeon RX550/560 with 2 GB of GDDR5-type memory) were partially discussed in the article "Mining on budget graphics cards in 2021". This article discusses the features of a little-spread video card manufactured by Dell with an AMD R7 450 chip, which has 4Gb of GDDR5-type memory on board. Dell AMD R7 450 video cards with a Cape Verde chip were produced in 2016-2017, installed in Optiplex 7050 computers. They have a rather weak computing potential, but can still perform computer calculations on a number of algorithms. Similar video cards for mobile devices were sold under the label: - AMD R9 M360 (Tropo PRO-L) - with 4 GB GDDR5 memory; - Radeon 8830M (Venus LE) — 2 GB DDR3; - R7 M465X (Tropo) - 2 GB GDDR5. How to Increase Hashrate R7 450 4GB Mining: Specification Technical features of the video card Dell R7 450 4Gb GDDR5 The Dell R7 450 4Gb GDDR5 graphics card (AMD Radeon R9 M360) has the following specifications (compared to Nvidia GT710/730 and AMD RX550/560 graphics cards): ParameterVideo card nameNvidiaAMDGT 710/7302 GB GDDR5GTX10302 GB GDDR5Radeon RX5502и 4 GB /RX 550 640SP 4 GBRadeon R7 4504Gb GDDR5Production start date2014-2020May 17, 2017April 2017/October 2017June 30, 2016GPUGK208GP108-300-A1Lexa PRO /Baffin LECape Verde PRXArchitectureKepler 2.0PascalGCN 4.0GCN 1.0Technical process, nm28141428Number of transistors, billion1.021.82.2/31.5Crystal area, mm²8774103/123123Number of Cores(Cores)192/384384512/640512Number of texture units/rasterization(TMU/ROP)16/8 and 32/824/1632/16 and 40/1632/16GPU operating frequency, MHz954/90212281100/1019925/1125FP64 floating point performance,GFLOPS15.26/28.8635.2375.71/85.6859.2Video memory size, GB222/44Video memory typeGDDR5GDDR5GDDR5GDDR5Memory clock frequency, MHz125315021750/15001125Memory capacity, bit6464128128Effective memory frequency, Gbps567/64.5Memory bandwidth, GB/s40.148.06112/9672Supported version of CUDA or OPENCLMiracles 3.5Miracles 6.1OpenCL 2.1OpenCL 1.2Theoretical hashrate on Ethash, mh/s5.01614/129Consumption(TDP), watt19/383050/6065 How to Increase Hashrate R7 450 Mining: Specification As can be seen from the table, the AMD Radeon R7 450 has several times more processing power than the low-end Nvidia GT 710/730 and even the GTX1030 (by 68%) at twice the consumption (comparable to the AMD Radeon RX550). The memory bandwidth of the red video card outperforms the green ones by 62-79% due to the 128-bit total capacity of four memory modules. The Cape Verde core of the R7 450 lags behind the AMD RX550 in floating-point performance by about a third, and the memory subsystem of this video card is 33-55% worse in performance. Since the AMD Radeon R7 450 uses a fairly old core, its full potential can be unleashed on Linux. What the monitoring utilities say about the Dell R7 450 graphics card в Linux? The clinfo program in xubuntu 18.04 detects the video card as AMD Radeon (TM) R9 M360: On command lspci | grep -E "VGA|3D" displays information about the GPU and the number of the Pci-E slot in which it is included: 03:00.0 VGA compatible controller: Advanced Micro Devices, Inc. Cape Verde PRO / Venus LE / Tropo PRO-L (rev 87) On command sudo lspci -v -s 03:00.0 where 03.00.0 is the PCI-E device number, you can get more detailed information about the video card, including its core, manufacturer, driver, etc.: To display information about installed memory modules, you can use the amdmeminfo utility. Unfortunately, this utility does not work on the Dell R7 450 4Gb GDDR5 video card, giving a segmentation error. The ohgodatool program, the ROC-smi utility and others with this video card (in xubuntu 18.04+) either refuse to work on modern drivers or give incomplete information about the video card due to the absence of the /sys/class/drm/card1/device/pp_table file. In xubuntu 16.04 with amdgpu-pro version 17.40 the situation is much better, some programs detect the video card, but the control and management options remain limited. The amdcovc program detects the core of the video card as Venus LE / Tropo PRO-L (Radeon 8830M / R7 M465X), but does not see anything other than temperature and cooling fan speed: The element base used on the Dell R7 450 4Gb GDDR5 graphics card The front of the PCB with details of the R7 250 graphics card: The back of the Dell R7 250 board: The heart of the R7 250 video card is the Cape Verde PRX BGA chip marked 215-0825445: Power MOSFET transistors MDU1514 (Vds = 30V, Id = 66.3A) and MDU1517 (Vds = 30V, Id = 100A): The memory power controller circuit includes a GS7256 forward synchronous buck-DC converter, : PCI-E controller power supply - GS9238 forward voltage buck converter (similar to APW8713): On the back side of the board in the center is a SOP-8 flash memory chip 25D10BT: Active cooling of the video card is provided by a small 9-blade Power Logic PLA0501S12M-2 fan for 12 volts, 0.2 amperes: Modest video card heatsink (rear): The video memory is based on four modules 7QA47 D9SXD (MT51J256M32HF-60) manufactured by Micron: This is 256MX32 (words x bits) FBGA chips high (8G) density manufactured by Micron Technology Inc. with a low clock frequency of 1.125 -1.5 MHz (effective - 5-6 Gb / s). They are powered by 1.31V ~ 1.39V, 1.46V ~ 1.55V (VDD = VDDQ) and operate at temperatures up to 95°C. Such modules are no longer produced due to unsatisfactory characteristics for the present. To improve the working conditions of memory chips during mining, it is desirable to provide better cooling. To do this, heat-conducting pads can be placed on two microcircuits located under a windproof radiator, and radiators can be glued to the other two microcircuits with thermally conductive tape: In addition, it is desirable to add heatsinks to the transistors of the power system. Dell R7 450 4Gb GDDR5 video card hashrate on different mining algorithms To fully reveal the AMD R7 250 video card, you need to use Linux with old kernels, for example, xubuntu 16.04 (similar to AMD R9 290/390 video cards, which can still perform calculations at the level of modern cards, more details in the article "How to achieve from Radeon video cards R9 290/390 hashrate 29-30 Mh/s on Ethash”). In xubuntu-18.04+, the R7 450 graphics card on the amdgpu-pro-20.20-1089974 drivers gives a memory segmentation error. Old drivers in this system cannot be installed without perversions. In xubuntu-16.04 with the amdgpu-pro-17.40-514569 drivers, the AMD R7 450 graphics card works fine and at the same time it shows a hashrate of 6-7 mh/s on Ethash, and 7 mh/s on etchash+zil. The memory bandwidth of the R7 450 without overclocking, but using amdmemorytweak (ref 30), is 51.2 MB/s: This provides a hashrate of 5.9-7.1 mh/s on the ethash algorithm in xubuntu 16.04 (in Phoenix Miner, which identifies the R7 450 graphics card as AMD R9 M360): On Windows 10, the same ethash card delivers 4.3 mh/s (62% less). The AMD R7 450 (R9 M360) graphics card clearly lacks the core power to reveal the full potential of the ethash memory subsystem. When overclocking the core, the hashrate increases, but due to a weak cooling system, overheating and freezes are possible. To ensure the stability of the work, it is desirable to reduce the intensity of the Phoenix Miner by adding the -mi 10 parameter to the script (by default, the intensity is 12). At the same time, the video card works stably with a hashrate of 7.1 mh / s on the etchash algorithm (Ethreum Classic) with automatic switching to ZIL mining on the ezil pool: The idle power consumption of this R7 450 video adapter is 8 watts, while under load it rises to 40-60 watts, which is not too bad for a core developed 6 years ago. xmrig with R7 450 works on both Linux and Windows, issuing 175 h/s (Windows 10) and 240 h/s (xubuntu 16.04) on the cn-heavy/xhv algorithm (BLOC.money coin). When an error occurs (in any miner) ...opencl error CL_OUT_OF_HOST_MEMORY when calling clCreateCommandQueueWithProperties ... opencl thread #0 failed with error CL_OUT_OF_HOST_MEMORY ... opencl thread #0 self-test failed at the beginning of the script you need to add the lines export GPU_FORCE_64BIT_PTR=1 export GPU_USE_SYNC_OBJECTS=1 export GPU_MAX_ALLOC_PERCENT=100 export GPU_SINGLE_ALLOC_PERCENT=100 export GPU_MAX_HEAP_SIZE=100 The latest versions of most miners with an AMD R7 450 (R9 M360) video card refuse to work, giving errors, for example, lolminer 1.20 in linux gives a message: All devices deselected or failed compatiblity check. Closing lolMiner The same situation is with gminer, which gives an error: Failed to initialize miner on GPU1: AMD Radeon (TM) R9 M360 3GB: Unable to load kernels No devices for mining Old versions of lolminer with AMD R7 450 should work, giving out several sol/s on different equihash variants (144 (zhash), 192 and others), but is it worth the candle? On Windows 10 in lolminer 1.19 AMD R7 450 runs 4 sol/s on equihash192. Nanominer is not friendly with the AMD R7 450 video card, swearing with the OpenCL program build failed error. Wildrig-multi gives Syntax error: "done" unexpected. Conclusion Examining the capabilities of the AMD R7 450 leads to the conclusion that it "still has gunpowder in the powder flasks" in terms of computing, although its disclosure in most cases requires the use of older versions of the miners. Given the low computing potential of the video card, we can say that it is limitedly suitable for mining only during the “special pump period”. Read the full article

[amazonproductsidc]

MSI GeForce GT 1030 2GB GDDR5 PCI-E /HDMI/DisplayPort

MSI GeForce GT 1030 2GB GDDR5 PCI-E /HDMI/DisplayPort. CARATTERISTICHE GPU Nome scheda : GF GTX1030 Processore : Nvidia Geforce GTX 1030 Memoria video : 2 GB Tipo di memoria video : GDDR5 Tipo interfaccia : PCI Express 3.0 Risoluzione massima (larghezza) : 2.560 px Risoluzione massima (altezza) : 1.600 px Low Profile : Sì Memory BUS : 64 Bit Versione DirectX : 12 Velocità della memoria : 6.008 MHz Velocità GPU : 1.518 MHz

[vitt74]

GT 1030 Gaming 15 Games in 10 Min “GTA V” “Battlefield 1″and more The "Nvidia GT 1030 which" is desktop version of "MX150" ("Successor of 940MX") with 15 popular games such as; "Mass Effect Andromeda" "Resident Evil 7" ... source

[kasego777-blog]

ぼくがPCショップの店員に流されるまま買ったPCをご覧ください

1:以下、？ちゃんねるからVIPがお送りします 2018/03/28(水) 00:34:39.359 ID:1WReAzYY0.net

第8世代corei5 gtx1030 メモリ16GB HDD2TB SSD240GB

ﾄﾞﾔｯ

続きを読む Source: IT速報

[bitcoinminershasrate]

How To Increase Nvidia GTX 750 Ti Mining: Overclocking | Hashrate| Zcash & Ethereum

How To 'Increase/ Max/ Optimize' Nvidia GTX 750 Ti Mining: Overclocking | Hashrate | Zcash & Ethereum| "Whattomine" - In the articles "Mining on budget video cards in 2021" and "AMD Radeon R7 450 video card with 4Gb GDDR5 memory in mining", the issues of mining on inexpensive video cards were partially considered. Continuing the topic, this article discusses some of the features of mining on Nvidia GTX 750Ti video cards. These are outdated video cards that were produced several years ago, but are of interest due to low power consumption and the availability of computing capabilities at the level of modern low-end video cards. https://www.youtube.com/watch?v=MPlgBU_-Wxs Mining on the Nvidia GT 750Ti video card -Review 2021 Technical features of the Nvidia GTX 750Ti graphics card The Nvidia GTX 750Ti graphics card is the first model of the Maxwell generation (successor to Kepler and predecessor to Pascal) with a video processor created using 28nm technology: It supports CUDA multithreaded computing technology with Compute Capability 5.0, as well as OpenCL version 1.2: The bandwidth of the GT750Ti memory subsystem is 90 Gb / s, which theoretically should provide a hash rate on Etahsh at the level of 11 mh / s: The consumption of the Nvidia GTX750Ti graphics card in idle mode is only 2 watts: How To Optimize Nvidia GT 750Ti Mining This makes it possible to successfully use such a video card to unload (especially thermal) the central processor by disabling the integrated video card. The Nvidia GTX 750Ti graphics card has the following specifications (compared to the Nvidia GT710 / 730 graphics cards and AMD Radeon R7 450 graphics cards): ParameterNvidiaAMDGTX 750Ti2 GB GDDR5GT 710/7302 GB GDDR5GTX10302 GB GDDR5Radeon R7 4504Gb GDDR5Production start date18 February 20142014-202017 May 2017June 30, 2016GPUGM107GK208GP108-300-A1Cape VerdeArchitectureMaxwellKepler 2.0PascalGCN 1.0Technical process, nm28281428Number of transistors, billion1.871.021.81.5Crystal area, mm²1488774123Number of Cores(Cores)640192/384384512Number of texture units /rasterization(TMU / ROP)40/1616/8 and 32/824/1632/16GPU frequency, MHz1020-1085954/9021228925/1125FP64 floating point performance,GFLOPS43.415.26/28.8635.2359.2Video memory, GB2224Video memory typeGDDR5GDDR5GDDR5GDDR5Memory clock frequency, MHz1350125315021125Memory bus width, bit1286464128Effective memory frequency, Gbps5.4564.5Memory bandwidth, GB / s86.440.148.0672Supported CUDA version /OPENCL5.0/1.23.5/1.26.1/1.2-/OpenCL 1.2Theoretical hash rate on Ethash, mh / s10.85.0169Consumption(TDP), watt6019/383065The element base of the Nvidia GTX 750Ti video card manufactured by Zotac As you can see from the table, the Nvidia GTX 750Ti has the following features compared to the GT 710/730, GTX1030 and Radeon R7 450 4Gb: - 1.2-2.15 times large memory bandwidth; - higher floating point performance than Nvidia GT 710/730, GTX1030, but lower than Radeon R7 450; - consumption, 22-41 watts more than the lower-end Nvidia models, and 5 watts less than the R7 450. The Nvidia GTX 750Ti graphics card from Zotac does not have a great appetite, so power for the video processor and memory is provided with only 2 + 1 phases. The board contains medium-density GDDR5 memory modules from Hynix, which have been released for a long time, so their overclocking potential is low. Although, given the low power of the video processor, memory overclocking is not particularly required, since the potential of the GPU is weak for mining. The main elements on the front of the PCB of the Nvidia GTX 750Ti graphics card manufactured by Zotac: The back of the Nvidia Zotac GTX 750Ti board: The big drawback of the video card can be attributed to the fact that additional power is supplied through a 6-pin connector without fuses (although for a video card with a TDP equal to 60 watts, this may be superfluous): GPU Nvidia GT 750Ti - BGA chip GM107-400-A2: 2 GB of GDDR5-type memory are recruited with four SK Hynix H5GC4H24MFR T2C chips, which forms a 128-bit bus: SK Hynix H5GC4H24MFR T2C memory chips operate with an effective frequency of 5-6 Gbps at voltages of 1.35 / 1.35V - 1.5 / 1.5V. Two phases of the video processor power supply include N-channel MOSFETs: two M3058M (30V, 140A) and one M3054M (30V, 97A) for each phase, which are controlled by the uP1641P PWM controller: The memory power phase is formed by two transistors: M3058M and M3054M with the uP1542s PWM controller: The BIOS of the video card is written to the 8-pin 2Mbit AMIC A25L020 flash memory, which is located on the back side of the board: 75mm KOYI cooling fan with ball bearings with two power wires and double blades: Although the heatsink of the video card is aluminum with a small copper tube, considering the maximum consumption of up to 60 watts, the cooling is quite sufficient, which cannot but please the miners. How to Increase: Hashrate of Nvidia GTX 750Ti video card when mining Practical testing of the computational capabilities of the Nvidia GTX 750Ti video card was carried out for a successful GPU with an ASIC quality of 86.8%: In the Windows 10 LTSC operating system with 457.51 drivers, the Nvidia GTX 750Ti video card with 2 GB of GDDR5 video memory demonstrates the following mining performance (hash rate): - Ethash for DAGs up to 2 GB - 1-2 mh / s in Phoenix Miner 5.5c and Claymore Miner, T-Rex crashes, Nbminer does not start, Compute Capability 6.0+ is required. There is not enough GPU power, in Linux the hashrate will be slightly higher; - Equihash 144 — 4.5 sol/s; - Cryptonight_Gpu �� 270 h/s (CryptoDredge 0.26.0); - Cryptonight_UPX/2 – 4.7-4.8 kh/s (CryptoDredge 0.26.0); - Cryptonight_Haven — 80 h/s (CryptoDredge 0.26.0), 60 h/s (xmrig 6.1.2); - Neoscrypt – 172 kh/s (ccminer 2.3.1 от tpruvot); - nanominer; - Neoscrypt-Xaya - miner ccminer-xaya starts with an error; - Verthash — 25-30 h/s, VerthashMiner v0.7.1, Windows 10LTSC. For mining in the xmrig program on the CN-GPU algorithm, you may need to independently compile the miner with support for this algorithm included in the source code. To do this, the CMakeLists.txt file must contain the line: option(WITH_CN_GPU «Enable CryptoNight-GPU algorithm» ON) Compilation of xmrig for Windows with support for Nvidia video cards is described in the article "Compilation of the xmrig program with a plug-in for Nvidia video cards", assembly of the miner from source in Linux is described in the article "Configuring and compiling miners for a processor in Ubuntu". Since the cn-gpu algorithm is not supported in the latest versions of xmrig, it is better to run RYO mining in the CryptoDredge program. An example of a file to start mining on the cngpu algorithm in the CryptoDredge program: CryptoDredge -a cngpu -o stratum+tcp://cryptonight_gpu.eu.mine.zergpool.com:4445 -u wallet -p c=BTC,worker,refcode=81de238596774683dd427a9d57bae6af-no-crashreport —no-color —temperature-limit 65 —temperature-start 50 —pstate=0 —device 6 —intensity 5 Mining cryptocurrencies RYO on an Nvidia GTX 750Ti graphics card in the CryptoDredge program: Although in the latest versions of xmrig the CN-GPU algorithm is disabled, this miner successfully works on the algorithms of the CryptoNight-Lite, CryptoNight-Heavy and CN_PICO families. This is one of the coldest mining algorithms, the NvidiaGT 750Ti video card on the cryptonight_heavy algorithm produces a hash rate of 60 h / s, consuming only 13 watts at a TDP of 32%: How To Maximize: Ethereum GTX 750 TI Specifications This video card from Nvidia, whose chip was produced using the 28 nm technological process, at the time of its release had enviable characteristics: - from 1 to 4 gigabytes of video memory, - core frequency - 1020 MHz, - memory frequency (GDDR5) - 5400 MHz, - power consumption - 75 W, - performance (FMA) by FP32 (FP64) - 1306 (40.8) Gigaflops. The price of the device depended on the amount of memory and started at $ 149. Mining on Nvidia GTX 750 TI graphics cards had a short payback period with the difficulty of mining cryptocurrencies in 2014. Ethereum Mining Performance Mining Ethereum on this video card is possible at a speed of 3.6Mh / s. This allows you to earn $ 12.7 per month excluding electricity costs. Continuous operation for a month requires 54 kWh of electricity. The net profit depends on the cost of a kilowatt-hour and is $ 7-9. Therefore, it makes no sense to buy devices for mining with 750 TI cards. They should only be used for experimental purposes. Or you can insert an existing card into the farm (if you have a free slot) for a few extra dollars in profit. Zcash Mining Performance When mining the ZCash cryptocurrency based on the Equicash algorithm, the card shows 75.8 SOL / s. At ZEC's current exchange rate, that rate would generate $ 14 per month in revenue. This figure is not much different from the income from Ethereum mining. https://www.youtube.com/embed/d3cb84VPoNQ The issued hash rate on all major algorithms table of power and electricity consumption in the mining of gtx 750 ti video cards How many video cards of a more modern generation are mined Modern RX 580 and GTX 1080 TI video cards show Ethereum mining speeds of 30Mh / s - 35Mh / s, respectively. With three times more power (250 watts), they consume 180 kWh and bring in monthly income of $ 70 and $ 109 ($ 60 and $ 100 in net profit). The RADEON Pro Duo video card with a hashrate of 62 Mh / s will bring you over $ 100 per month. Such indicators provide a payback period for devices within 4 months. You can get detailed information on the profitability of a particular card model on the site with a mining calculator. There you can see the payback graph and the amount of profit in rubles and dollars, calculated based on the current rate of cryptocurrencies on the exchange. Conclusion The Nvidia GTX 750Ti graphics card has stronger computing power than similar graphics cards such as the Nvidia GT 710/730 and GTX1030, although it lags behind the younger AMD Radeon-s. The card is fully expanded when the TDP limits set in the BIOS are disabled (in Windows it is easiest to do this with MSI Afterburner). In this case, do not forget to ensure the normal temperature regime of the card by adjusting the rotation speed of the cooling system fans accordingly. To unleash the computing potential of GTX750Ti, you need to use miners that support the Maxwell architecture, as well as install drivers that support the compute capability 5.0 (CUDA 6.5+, driver versions 340+). After starting mining on the Nvidia GTX 750Ti video card, to which the monitor is connected, the computer sometimes starts to work with long delays, especially at high display resolutions. In this regard, on such computers, you need to set the lowest mining intensity while using them in parallel for other purposes. In the case of launching games, for example, World of Tanks (it works successfully at high quality settings with an FPS of about 80-85), you need to completely disable mining on the Nvidia GT 750Ti. The Nvidia GTX750Ti video card performs well on the Cryptonight GPU algorithm (RYO cryptocurrency), producing a hash rate of about 270-280 h / s with a consumption of 40 watts (7.72 H / W). For mining on the Ethash algorithm, you need to use old versions of miners / drivers and be limited to coins with DAGs up to 2 GB. Today's realities of GTX 750 TI graphics cards You won't be able to mine Bitcoin Cash with GeForce GTX 750 TI cards. Bitcoins have been mined for a long time using Antminer integrated circuits. Other cryptocurrencies based on algorithms other than SHA256 are earned by powerful RADEON and Nvidia video cards with a performance that is an order of magnitude higher than that of the 750 TI. Therefore, mining Ethereum, Monero and Z-cache is futile given the current complexity of mining and can only be considered as entertainment. Even cloud mining allows you to earn more than investing in legacy devices. They do not need to be thrown away by inserting them into a free PCI-E slot. But it is better to invest in a modern video card, which will pay off in 5-6 months and will bring a stable high income. GeForce GTX 750 Ti - review of a video card for mining and types of cryptocurrencies GeForce GTX 750 Ti - review of a video card for mining and types of cryptocurrencies The profit and relevance of video cards in mining change literally every month, and in one quarter the situation can change dramatically. While such changes only partially affect the top-end video cards, outdated models such as the NVidia GTX 750 Ti may lose their relevance in 1-2 months. In this article, we will look at how much income you can get from mining on GTX 750 Ti, what hashrate this video card produces on different cryptocurrencies, and what prospects it has for the summer of 2018. Specifications Many miners will not immediately be able to understand why the GTX 750 Ti has received such close attention in this area. This card belongs to the mid-segment and has long been considered obsolete by the standards of the mining and gaming industry. Nevertheless, even in 2018, the name of the model is often mentioned on various mining forums and you can see those who have working farms with these devices. So what does the GTX 750 Ti have to offer? In terms of technical characteristics, the card cannot be called very successful, although at one time it coped perfectly with the main tasks. To give a short summary of the most important indicators, it is worth highlighting: - core frequency - 1020/1085 MHz; - memory frequency - 5400 MHz; - memory size - 2 GB; - power consumption - 60 watts. It is important to consider that these are nominal frequencies. Most video cards from well-known manufacturers (Asus, MSI, Gigabyte, etc.) are factory overclocked. You should also take into account the user overclocking, which, together with the downvolt, allows you to get quite good performance for a budget card. The main trump card of the GTX 750 Ti in mining, due to which the card "stretched" right up to 2018, given its release in early 2014, is its low power consumption. A TDP of 60 W is perhaps the lowest you can find. For a long time, this made mining profitable not so much for the sake of a high hash rate, but due to the incredibly low energy consumption, which greatly affects the final profit of budget cards. However, by the summer of 2018, the mining conditions had changed significantly and this affected the lowest-powered cards the most. The downside, which is quite obvious, is 2 GB of memory, which already today does not allow mining many cryptocurrencies, as well as a low hash rate, which is why one should not expect big profits from the GTX 750 Ti. As for the models, it is best to take video cards with good cooling and two fans. Taking into account the maximum overclocking, with good cooling, the operation of the cards will be more stable in the 24/7 mode. It is also worth considering the age of the GTX 750 Ti, which may fail due to its overall lifespan. Whattomine Back in 2017, almost everything was mined on the GTX 750 Ti and it was even possible to mine ether. But by the middle of 2018, the choice is so small that many miners are talking about the complete irrelevance of the video card. Let's figure out why this is the case and whether 750 Ti owners have any chances of making any profit. It is immediately necessary to weed out those cryptocurrencies in which the DAG file is more than 2 GB in size. You won't be able to mine them on the GTX 750 Ti. However, the category of 2GB mining has not disappeared yet (especially thanks to the 1050 and 1050 Ti), which is why the video card is present in all calculators for calculating performance and income. To date, the most lucrative options for running the GTX 750 Ti are the following algorithms (in order of benefit): - CryptoNightV7; - Lyra2REv2; - X16R (mostly it concerns only RavenCoin); - Equihash. There is no single choice in this case. Most often, farms with NVidia GTX 750 Ti "dig" cryptocurrency using the CryptoNightV7 algorithm. The currency itself is chosen according to the principle “what brings the most income”, because hard forks, the growth of network complexity and other phenomena prevent long-term predictions from being made. Today one cryptocurrency on this algorithm will be the most profitable for 750 Ti, and tomorrow it will be different. Taking into account the already small potential of the video card, it is best to work according to the principle of "take where they give more." The second option is NiceHash. Working with the service allows you to get mining for profit, which is good for old cards. Income excluding electricity is around $ 8-9 per month, which is almost the highest for the 750 Ti. Taking into account inexpensive electricity in the CIS countries, the average income from one card will be $ 5-6. Having a dual-zone meter can increase your income, but you are unlikely to be able to squeeze more than $ 7 per month. Finally, it is worth highlighting the RavenCoin coin based on the X16R algorithm. Mining this currency on a GTX 750 Ti allows you to get 2.3-2.5 MH / s from the card, which is equivalent to $ 6-7 excluding electricity. Provided that in most other currencies the card gives out income at the level of 10-15 cents per day, and the total monthly income fluctuates at $ 3-4, RavenCoin can be considered as one of the most promising options for this card. Price issue, payback and relevance Before considering the relevance of 750 Ti, it is important to clarify that mining on video cards by the summer of 2018 is experiencing a real stagnation and analysts do not give particularly positive forecasts. The only thing that can change the situation is the release of a new series of video cards from NVidia (11) and a decrease in the cost of the GeForce 900 lines (in the secondary market) and 10. Therefore, profitability, payback and other indicators need to be assessed taking into account the current situation on the cryptocurrency market, where 0 in terms of costs / profits will be no earlier than 16-20 months later. Moreover, taking into account other farm costs and accounting for withdrawal fees, for 90% of the cards, the payback period is 22-24 months. What gives 750 Ti under such conditions? If we take into account the average income, taking into account the costs of the farm, electricity and payment of commissions, then the average profit for the most weekend "coins" would be $ 5. The cost of video cards on the secondary market ranges from 4500 rubles to 6000. The most expensive models (most often MSI) are usually set for 5500-6000 rubles, although sometimes they can be found cheaper. The cheapest versions (with cooling for one fan) under the most favorable conditions cost about 4000 rubles. This is the best price you can find. If we take the best price, then the payback period of the card will take about 14 months, which is quite good for a “pure” indicator. Almost all current models of the 10th line show a longer payback period. The yield of the 750 Ti is very close to that of the GTX 1050. In fact, roughly one 1050 = two 750 Ti. This applies to both the issued hash rate and profit, and the payback period. It should also be borne in mind that these video cards will lose their relevance at about the same period, therefore such a comparison is the most accurate and understandable. If you evaluate the assembly of a truss, for example, with ten 750 Ti or five 1050, then it is worth highlighting the main pros and cons. The advantage of the 700 series is that with a GTX 1050 costing 9500-10500 rubles, two 750s can be found for 8-9 thousand rubles. The main disadvantage is the lack of warranty, which is present in the 1050 model. Otherwise these cards are very similar and the potential of the 750 Ti can be easily tested by dividing the profitability of the 1050 by two. Read the full article