With the recent shortage of AMD GPUs, many people started to look for Nvidia alternatives.
While few miners would invest into Nvidia GPUs half year ago, times have changed and now even serious medium-sized mining farm owners is considering those GPUs.
In this article I will review GTX 1050 / 1050Ti performance, which are two GPU models that came to replace the old GTX 750 Ti and the GTX 950. Both new GPUs have the Pascal architecture and share many things in common; that being said, there are some crucial differences between them too.
Common Ground and Differences
Both are the first two NVidia GPU models that are manufactured using 14nm technology. This means that both have great overclocking potential. The only thing that limits overclocking is the TDP.Either model can be used to mine a number of algorithms, some of which can be rather profitable. I will get back to it in a minute.
Now, the main difference is in the VRAM size. GTX 1050Ti comes with 4GB VRAM, which makes it suitable for mining Ethereum. On the other hand, the GTX 1050 comes with 2GB VRAM, which means that it has no value for ETH mining whatsoever. Back in the day, when the DAG file size was less than 2GB people could use 2GB GPUs to mine ETH, but those days are gone.
In fact, according to calculations, in a couple of months 3GB GPUs will stop working for ETH mining too. But I won’t get into that here.
GTX 1050Ti Specs
- Graphics Processing Clusters: 2
- Streaming Multiprocessors: 6
- CUDA Cores (single precision): 768
- Texture Units: 48
- ROP Units: 32
- Base Clock: 1290 MHz
- Boost Clock: 1392 MHz
- Memory Clock: 3504 MHz
- Memory Data Rate: 7 Gbps
- L2 Cache Size: 1024K
- Total Video Memory: 4096 MB GDDR5
- Memory Interface: 128-bit
- Total Memory Bandwidth: 112 GB/s
- Texture Rate (Bilinear): 61.9 GigaTexels/sec
- Fabrication Process: 14 nm
- Transistor Count: 3.3 Billion
- Connectors: 1 x DisplayPort, 1 x HDMI, 1 x Dual-Link DVI
- Form Factor: Dual Slot
- Power Connectors: None
- Recommended Power Supply: 300 Watts
- Thermal Design Power (TDP): 75 Watts
- Thermal Threshold: 97° C
GTX 1050 Specs
- Graphics Processing Clusters: 2
- Streaming Multiprocessors: 5
- CUDA Cores (single precision): 640
- Texture Units: 40
- ROP Units: 32
- Base Clock: 1354 MHz
- Boost Clock: 1455 MHz
- Memory Clock: 3504 MHz
- Memory Data Rate: 7 Gbps
- L2 Cache Size: 1024K
- Total Video Memory: 2048 MB GDDR5
- Memory Interface: 128-bit
- Total Memory Bandwidth: 112 GB/s
- Texture Rate (Bilinear): 54.2 GigaTexels/sec
- Fabrication Process: 14 nm
- Transistor Count: 3.3 Billion
- Connectors: 1 x DisplayPort, 1 x HDMI, 1 x Dual-Link DVI
- Form Factor: Dual Slot
- Power Connectors: None
- Recommended Power Supply: 300 Watts
- Thermal Design Power (TDP): 75 Watts
- Thermal Threshold: 97° C
Mining Hashrate and Performance
There is a lot of info on the web about the mentioned card models. While most reviews are legit and real, you might see a huge difference in numbers when it comes to hashrate. It looks like hashrate depends a lot on the miner version. Make sure you keep an eye on the review date first!Another fact that seems to affect hashrate is the type of miner you’re using. Some people noticed that EWBF performs better than Nicehash when it comes to zCash mining.
As it happens with most GPUs, hashrate is also affected by the type of VRAM used, which is defined by its manufacturer. So far, it is certain that Samsung memories usually perform slightly better than others.
Finally, some users speculate that 6-Pin models boost better. While I couldn’t prove this right or wrong, it might make sense. If you see any other review, I strongly encourage you to check that.
GTX 1050Ti
Here are some working configurations you can try:Setup #1 MSI GeForce GTX 1050 TI GAMING X 4G Mining Performance
Stock performance, mining hashrate and power consumption
POWER CONSUMPTION FOR SYSTEM IS AROUND 40W
Stock clocks
- GPU / Memory stock clocks
- Mining Hashrate 11.9 Mh/s on Ethereum
- 40w
Mining Ethereum Only with Overclock (Claymore Ethereum miner)
MSI Afterburner- Mining Hashrate 14.6 Mh/s
- Clocks +150/+1000
- Power Limit 80%
- Power draw from wall 55w
start.bat file for ethereum only: EthDcrMiner64.exe -epool eu1.ethermine.org:4444 -ewal ETHEREUM_WALLET.WORKER_NAME -epsw x -tstop 80
Dual Mining Ethereum Decred / Siacoin with Overclock (Claymore Ethereum Miner)
Ethereum + Decred
- Mining Hashrate: Ethereum 14.2 Mh/s – Decred 140 Mh/s
- Clocks +150/+1000
- Power Limit 80%
- Power draw from wall 60w
Profits (ETH price $242)
Ethereum + Siacoin
- Mining Hashrate: Ethereum 14.2 Mh/s – Siacoin 140 Mh/s
- Clocks +150/+1000
- Power Limit 80%
- Power draw from wall 65w
Profits (ETH price $242)
start.bat file for ethereum + siacoin: EthDcrMiner64.exe -epool eu1.ethermine.org:4444 -ewal ETHEREUM_WALLET.WORKER_NAME -epsw x -dpool stratum+tcp://sia-eu1.nanopool.org:7777 -dwal SIACOIN_WALLET.WORKER_NAME -dcoin sia -tstop 80
Mining ZCash (EWBF’s CUDA Zcash miner)
Stock clocks
- Hashrate 145 Sol/s
- Clocks +0/+0
- Power Limit 100%
- Power draw from wall 50w
Overclocked Clocks
- Hashrate 175 Sol/s
- Clocks +150/+900
- Power Limit 80%
- Power draw from wall 60w
Profits (ZEC price $240)
Nicehash Mining Hashrate and Profits
- Lyra2REv2 (ccminer) 12.8 Mh/s = 0.00034073 BTC/Day
- DaggerHashimoto (ethminer) 13/5 = 0.00053488 BTC/Day
- Decred (ccminer) 0.994 GH/s = 0.00031271 BTC/Day
- Lbry (ccminer) 0.100 GH/s = 0.00031802 BTC/Day
- Equihash (excavator) 154 H/s = 0.00040952 BTC/Day
- Pascal (excavator) 0.35 GH/s = 0.00013184 BTC/Day
- X11Ghost (ccminer) 2.5 Mh/s = 0.00016773 BTC/Day
- X11Ghost (ccminer_alexis) 4.5 Mh/s = 0.00031178 BTC/Day
Setup #2 – eVGA FTW Edition 1050Ti
- ETH: 14.063 MH/s (Claymore 9.3 – ETH)
- Core Clock: +125 MHz
- Memo Clock: +750 MHz
- -40% on Power (setting at 60%)
- zCash: 170 Sol’s (Nicehash Miner 1.7.5.12)
- zCash: 189 Sol’s (Zec Miner 0.3.3b)
- Power Draw: 65W
GTX 1050
Most people consider the GTX 1050 a waste of money. It is understandable, considering the craze for Ethereum mining we see nowadays and the fact that 2GB GPUs cannot participate in the ETH mining fest anymore.What about zCash? Here are some numbers:
zCash with EWBF 0.2.0b
Mining Performance and Overclock
- 138 Sol’s with stock settings;
- 155 Sol’s with the following:
- Core Boost +190
- Memory Boost +280
- Power Draw: <50W
As per today, the ROI of a GTX1050 for zCash mining is about 3 months, with the condition that that electricity cost is $ 0.1 per KW/h.
Nvidia GeForce GTX 1050Ti in stock
6x GeForce GTX 1050 Ti Mining Rig Monthly Earnings
Ethereum Dual Mining Decred
- Ethereum hashrate: 85 Mh/s = $245/Month ; ETH 1.14 mined/month (1 ETH = $ 242.39)
- Decred Hashrate: 852 Mh/s = $20
- 6x GeForce GTX 1050 Ti Power consumption: around 400w
- Power Cost per Month: $29
Ethereum Dual Mining Siacoin
- Ethereum hashrate: 85 Mh/s = $245/Month ; ETH 1.14 mined/month (1 ETH = $ 242.39)
- Siacoin Hashrate: 852 Mh/s = $21
- 6x GeForce GTX 1050 Ti Power consumption: around 400w
- Power Cost per Month: $29
Zcash Mining Rig Monthly Earnings with 6x GTX 1050 Ti
- ZCash hashrate: 1,050 Mh/s = $180 ; ZEC 0.8739 mined/month (1 ZEC = $ 240.00)
- 6x GeForce GTX 1050 Ti Power consumption: around 400w
- Power Cost per Month: $29
Due to recent stock shortages, Nvidia cards are becoming a decent alternative to AMD ones. Besides stock issues, it is inevitable that AMD most popular mining GPUs – the RX 4xx and 5xx series – will lose up to 35% of their ETH hashrate in the next 3-4 months. Nvidia cards, on the other hand, should remain strong for a while.
If you however are not enthusiastic about mining ETH, then you probably might want to check the dedicated AMD cards for mining we reviewed here not long ago.
- Mining Performance
- Power Consumption
- Cooling
- Price
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