Gigabyte Geforce GTX 1080 G1 overclocking
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Hi all,
I just got this GPU week ago, I tried to see how it OC’s. I used Afterburner, have set the power limit to 108%(max that it says it can go) voltage to plus 100% and temp limit to 91 degrees, then I moved to changing the clocks. Tried +100MHz on the core for the start but it was no way stable, Heaven crashed, Superposition also.
I have ended up with plus 50MHz on the core and +400MHz on the memory it is stable as in, it does not crash but the clocks are not constant. It can start with boost up to 2014MHz but then it goes down to a range from 1896-1974MHz. On the OSD I can see that I am hitting Power Limit and Voltage Limit sometimes for a couple of seconds. With overlock this low I do not think that this should happen, it seems strange to me. Any advice from you guys? Or did I just lose at silicon lottery?
Specs:
Intel Core i5 4670 @ 3,4GHz
16GB RAM DDR3
Thermaltake SMART SE 530W PSU
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Boost 3. 0 really messes with core clocks. I just got mine yesterday(G1) and haven’t really done any OC’ing yet. I plan on doing that later this evening. I did throw a quick OC on it last night and ran Firestrike. I can’t remember what settings I used though.
From what I’ve seen so far, I’m impressed. At stock settings, it normally settles in around 1949mhz. I haven’t used Gigabyte’s software for anything other than turning the lighting off. I can’t see the card, so no point in having it on.
Here is a spreadsheet I just started with some benchmarks. All the settings are listed. These were on the newest driver as well. I will put the OC numbers in there when I get those done. Probably tomorrow.
https://docs.google.com/spreadsheets/d/1FWeyU64skaTzXlKRavTimbXQFRjPWOzve8Wc2O3EbHM/edit?usp=sharing
FYI, you can set a static clock using the Frequency/Voltage table in Afterburner.
Open AB, and hold the ctrl key and then hit F…then you can set the points. There is probably a thread here on OCN that will explain it a little better.
You may still see the core clock bounce a bit. It depends on what speed/voltage you have it set to.
I will post more, once I get a little more OC’ing info, if you are still around.
Also, on the voltage, I found on my GTX1060 that I got the same/better numbers without touching the voltage at all. Same with the Freq/Volt table. While it will hold a clock a little more steady, it seems my scores/fps weren’t any better.
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Gigabyte Xtreme Gaming GTX 1080 Cannot Be Overclocked by Even +15 Core Clock….Why?
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Hey everyone,
So I have been having issues with my new Gigabyte Xtreme Gaming GTX 1080.
I have gotten a lot of experience overclocking my GTX 980Ti and was able to push the limits with an air cooled setup. Cannot remember the numbers, but I was around 1500 MHz core clock and I think 4000 MHz memory clock (not sure about the memory clock)?
However, this GTX 1080 has been giving me absolute nightmares. I cannot even touch the overclock without it crashing on me. I have watched videos and done very minor incremental adjustments, with disastrous effects.
Using the Gigabyte software designed for the card (which sucks in my opinion) I have been attempting to overclock my card. Even with the generic OC mode (which adds +25), it will more than often crash during Heaven benchmark. I have set the card to 0 on all accounts and then it runs fine with no issues.
Stock
Core Clock: 1967 MHz
Memory Clock: 10100 MHz
I have attempted to adjust the Run At Maximum Performance within the NVidia control panel and all that seems to do is set the card to run at a constant core clock of 1784 MHz and memory clock of 10100 MHz at idle.
..this must be a bug somewhere in the driver for this to occur so I have to keep the setting at Optimal.
So I am at a loss. I see all these people overclocking their cards up to 2100 MHz and I cannot even get mine to 2000 MHz with any sense of the word, stability .
What I have done that runs somewhat stable is adjusting the voltage % to 85%, which then has my card run at 1.091 V at 1987 MHz core clock. I can adjust the memory clock to 10400 MHz without an issue as long as my core clock is set to 0.
If anyone can offer some advice or idea or information on the Xtreme Edition of the GTX 1080 I would be grateful. I cannot find any information on the internet and any attempt I have at altering the card results in a crash.
My setup.
CPU: I7-6700k with Noctua NH-U14S
Motherboard: MSI DDR4 Z170A Gaming M7
GPU: Gigabyte Xtreme Gaming GTX 1080
RAM: Corsair Vengeance LPX 16GB DDR4 3000 MHz
SoundCard: Sound Blaster ZXR
PSU: Seasonic Platinum 860W
Monitor: BenQ 27″ 144Hz 1440p
Case: Cooler Master Trooper (Rev.
2)
SSD: Samsung 850 Evo — 500 GB
Thank you all and I hope you have a good day.
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Is anything else in your system overclocked?
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1080s oc like crap, probably just lost the silicon lottery.
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@spinFX my CPU is overclocked to 4.6 GHz but that’s rock solid. Haven’t had any issues from that. I know if I go to 4.7 my computer crashes instantly but I’ve had it running at 4.6 GHz for 6 months with no issues when it was paired up with my Overclocked GTX 980TI.
@outofmyheadyo I have thought of the same thing but they said with Pascal GPUs there is no such thing as the silicon lottery. Lies maybe? I can’t believe marketing would ever lie hahaha.
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You need more voltage or lower temps. It is likely the card is already near or at its max clocks without going nuts on cooling/voltage.
Average seems to be ~2ghz, which is where you already are.
Quote:
Originally Posted by DevilsWeapon41
@spinFX my CPU is overclocked to 4.6 GHz but that’s rock solid. Haven’t had any issues from that. I know if I go to 4.7 my computer crashes instantly but I’ve had it running at 4.6 GHz for 6 months with no issues when it was paired up with my Overclocked GTX 980TI.
@outofmyheadyo I have thought of the same thing but they said with Pascal GPUs there is no such thing as the silicon lottery. Lies maybe? I can’t believe marketing would ever lie hahaha.
Click to expand…
Who said there was no silicon lottery with pascal? It sure wasnt NVidia.
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Quote:
Originally Posted by KarathKasun
You need more voltage or lower temps. It is likely the card is already near or at its max clocks without going nuts on cooling/voltage.
Average seems to be ~2ghz, which is where you already are.
Who said there was no silicon lottery with pascal? It sure wasnt NVidia.
Click to expand…
This is very true. At this point I don’t expect to be able to overclock my GPU, I’m more just curious if others have had similar issues or maybe I’m just missing something stupidly simple.
Temps never go above 66 C at full load when my voltage was maxed so temps wasn’t an issue. And as for the lack silicon lottery I could have sworn I heard it somewhere.
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Most likely you got a dud but… do you by any chance have GPU-Z and OC GURU (XTREME ENGINE) open at the same time when you try to overclock? I had this issue with my 980 Ti G1 when I first tried to overclock it. It wasn’t stable even on the factory OC mode just like you. Turned out GPU-Z was crashing the card for some reason. I almost gave up. Figured it out eventually and managed to get a really good overclock out of the card.
If that’s not your issue you can always RMA it and try your luck a second time. Gigabyte claim to test their cards for stability in OC mode and will replace them if they are not.
I read this in a review for some STRIX card few days ago. The Asus card wasn’t stable in OC mode so they contacted them and got the answer that only Gaming Mode stability is guaranteed by them. They then said Gigabyte guarantees OC mode stability.
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Quote:
Originally Posted by ValSidalv21
Most likely you got a dud but… do you by any chance have GPU-Z and OC GURU (XTREME ENGINE) open at the same time when you try to overclock? I had this issue with my 980 Ti G1 when I first tried to overclock it. It wasn’t stable even on the factory OC mode just like you. Turned out GPU-Z was crashing the card for some reason. I almost gave up. Figured it out eventually and managed to get a really good overclock out of the card.
If that’s not your issue you can always RMA it and try your luck a second time. Gigabyte claim to test their cards for stability in OC mode and will replace them if they are not. I read this in a review for some STRIX card few days ago.
The Asus card wasn’t stable in OC mode so they contacted them and got the answer that only Gaming Mode stability is guaranteed by them. They then said Gigabyte guarantees OC mode stability.
Click to expand…
As for running two different software for overclocking, I made sure that wasn’t the case on my part because I was alternating between MSI Afterburner and the Gigabyte OC Guru and I had that same thought cross my mind.
I’m going to run some additional testing and see what I can do with stock OC mode on the card, if I can manage that, then I will just live with it.
This was more of a fact finding missions to see if others had issues with overclocking and I appreciate all the input so far.
Thank you all.
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After some more fiddling, it does not seem like my GTX 1080 wants to be overclocked haha. When I applied OC mode on the Gigabyte Guru it would run and not crash, however it throttled? I was using Unigine Heaven benchmark with Custom settings (Quality: Ultra, Tessellation: Extreme, and Anti-Aliasing: x8).
My temperature never got above 67 C, with fans running at maximum, but it would go from 1987MHz core clock to 391 MHz then back up to 1987 MHz.
This was with only +25 Core Clock and voltage % and memory clock were set to 0.
Core Clock: 1987 MHz
Memory Clock: 10200 MHz
I then adjusted the Core Clock to 0 and Voltage % to 100% with memory clock set to 0.
My voltage increased to 1.094 V and temperature fluctuated around 66 C to 68 C, however again it would throttle, but not crash. My temperature limit is set to 83 C so I do not understand why it was throttling.
Core Clock: 1987 MHz
Memory Clock: 10200 MHz
After giving up and removing the Voltage % increase I adjusted the Memory Clock to +100.
Core Clock: 1964 MHz
Memory Clock: 10304 MHz
This setup ran with no issues whatsoever and after benchmarking with Ungine Heaven…
Score: 1682
FPS: 66.8
Min: 30.4
Max: 144.0
Settings
Mode: 2560×1423 8xAA windowed (so I can adjust my OC)
Preset: Custom
Quality: Ultra
Tessellation: Extreme
So all in all, my graphics card works.
I was spoiled with my GTX 980Ti that allowed me to tinker to no end until I found the maximum stable overclock. This GTX 1080 I received is quite sensitive and I shall just have to treat her as such. I have no complaints with the card, I just was hoping to have some fun pushing it just that little bit further. I may poke my nose into Gigabyte support and see what they have to say, just out of curiosity.
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Silicon lottery luck. You get a high OC from the factory that is what you paid for, even those cards when they are binned aren’t binned precisely and if the card runs the settings they advertise fine they will sell it, they do not guarantee you the best chips just that the chip runs the advertised clocks.
My 1060 which some say can OC even 2.2GHz+ I can barely get over 2.0GHz to 2025MHz stable on sustained load with about 2088-2100MHz max on cold start up or when using HW encoders.
1080 is a full chip are you are more likely to get lower clocks than 1070.
Boost: 1936 MHz / Base: 1784 MHz in OC mode
Is plenty fast for Pascal as overboost can go up to +200MHz above the boost clock, if it does or not you don’t say. Most people state the achieved clock in overboost not the one you will see in say GPUz and setup in your OC app. Your max possible clock for overboost should be around 2136MHz but of course that is up to the stupid OverBoost 3.0 to decide how high it wants to go.
Your card is pretty much milked to the top from factory and you are left at the mercy of OverBoost 3.0 by Nvidia and usually it can decide correctly that lower clocks are needed but not always. For you it decides 1987MHz is max stable then you are lucky it is not very aggressive if the card is unstable any higher than that.
There are power, voltage, temperature and maybe even other limits that can make the card throttle. Even VRM temps can do it.
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Quote:
Originally Posted by DevilsWeapon41
Hey everyone,
So I have been having issues with my new Gigabyte Xtreme Gaming GTX 1080.
I have gotten a lot of experience overclocking my GTX 980Ti and was able to push the limits with an air cooled setup. Cannot remember the numbers, but I was around 1500 MHz core clock and I think 4000 MHz memory clock (not sure about the memory clock)?
However, this GTX 1080 has been giving me absolute nightmares. I cannot even touch the overclock without it crashing on me. I have watched videos and done very minor incremental adjustments, with disastrous effects.
Using the Gigabyte software designed for the card (which sucks in my opinion) I have been attempting to overclock my card. Even with the generic OC mode (which adds +25), it will more than often crash during Heaven benchmark. I have set the card to 0 on all accounts and then it runs fine with no issues.
Stock
Core Clock: 1967 MHz
Memory Clock: 10100 MHzI have attempted to adjust the Run At Maximum Performance within the NVidia control panel and all that seems to do is set the card to run at a constant core clock of 1784 MHz and memory clock of 10100 MHz at idle.
..this must be a bug somewhere in the driver for this to occur so I have to keep the setting at Optimal.
So I am at a loss. I see all these people overclocking their cards up to 2100 MHz and I cannot even get mine to 2000 MHz with any sense of the word, stability .
What I have done that runs somewhat stable is adjusting the voltage % to 85%, which then has my card run at 1.091 V at 1987 MHz core clock. I can adjust the memory clock to 10400 MHz without an issue as long as my core clock is set to 0.
If anyone can offer some advice or idea or information on the Xtreme Edition of the GTX 1080 I would be grateful. I cannot find any information on the internet and any attempt I have at altering the card results in a crash.
My setup.
CPU: I7-6700k with Noctua NH-U14S
Motherboard: MSI DDR4 Z170A Gaming M7
GPU: Gigabyte Xtreme Gaming GTX 1080
RAM: Corsair Vengeance LPX 16GB DDR4 3000 MHz
SoundCard: Sound Blaster ZXR
PSU: Seasonic Platinum 860W
Monitor: BenQ 27″ 144Hz 1440p
Case: Cooler Master Trooper (Rev.2)
SSD: Samsung 850 Evo — 500 GBThank you all and I hope you have a good day.
Click to expand…
I would get rid of the Gigabyte Xtreme Gaming GTX 1080 and buy a different manufacturer’s card (or even swap out that card for another one). You should be able to OC that card to 2,100 MHz+/11,000 MHz without breaking a sweat. Almost EVERY GTX 1080 can/should run at those speeds.
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Get EVGA 1080 get then you will be laughing
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Did that model have Micron memory?
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Quote:
Originally Posted by maltamonk
Did that model have Micron memory?
Click to expand…
I am just joking, EVGA whole 10 series that fitted with ACX3.0 cooler are plagued with overheat issue due to design flaws
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That’s odd, I’ve got my G1 overclocked by:
Core: +125
Mem: +230
Using the Gigabyte Xtreme utility.
I just maxed out the power, temperature and gpu voltage limit — as I know these are all capped well below safe for this chip.
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Quote:
Originally Posted by DevilsWeapon41
Hey everyone,
So I have been having issues with my new Gigabyte Xtreme Gaming GTX 1080. I have gotten a lot of experience overclocking my GTX 980Ti and was able to push the limits with an air cooled setup. Cannot remember the numbers, but I was around 1500 MHz core clock and I think 4000 MHz memory clock (not sure about the memory clock)?
However, this GTX 1080 has been giving me absolute nightmares. I cannot even touch the overclock without it crashing on me. I have watched videos and done very minor incremental adjustments, with disastrous effects.
Using the Gigabyte software designed for the card (which sucks in my opinion) I have been attempting to overclock my card. Even with the generic OC mode (which adds +25), it will more than often crash during Heaven benchmark.
I have set the card to 0 on all accounts and then it runs fine with no issues.
Stock
Core Clock: 1967 MHz
Memory Clock: 10100 MHzI have attempted to adjust the Run At Maximum Performance within the NVidia control panel and all that seems to do is set the card to run at a constant core clock of 1784 MHz and memory clock of 10100 MHz at idle…this must be a bug somewhere in the driver for this to occur so I have to keep the setting at Optimal.
So I am at a loss. I see all these people overclocking their cards up to 2100 MHz and I cannot even get mine to 2000 MHz with any sense of the word, stability .
What I have done that runs somewhat stable is adjusting the voltage % to 85%, which then has my card run at 1.091 V at 1987 MHz core clock. I can adjust the memory clock to 10400 MHz without an issue as long as my core clock is set to 0.
If anyone can offer some advice or idea or information on the Xtreme Edition of the GTX 1080 I would be grateful. I cannot find any information on the internet and any attempt I have at altering the card results in a crash.
My setup.
CPU: I7-6700k with Noctua NH-U14S
Motherboard: MSI DDR4 Z170A Gaming M7
GPU: Gigabyte Xtreme Gaming GTX 1080
RAM: Corsair Vengeance LPX 16GB DDR4 3000 MHz
SoundCard: Sound Blaster ZXR
PSU: Seasonic Platinum 860W
Monitor: BenQ 27″ 144Hz 1440p
Case: Cooler Master Trooper (Rev. 2)
SSD: Samsung 850 Evo — 500 GBThank you all and I hope you have a good day.
Click to expand…
Got one of these in another rig. It gets +100 in gigabyte software which is like 2160 ish in gpu z i forget how high the memory is. I went up in intervals of +10 also a fairly steep fan curve to keep the card good and cool.
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I was having this issue and so I googled «Gigabyte Xtreme Gaming 1080 can’t overclock crashing». While I was googling I was working on my own ideas to fix it. I saw you mention you were also using the gigabyte tool which was cool for setting up variable brightness on the LEDs but other than that I wasn’t so sure about it.
It didn’t have any built in stress test or benchmark like my MSI tools did when I got my 770 back in the day. I overclocked that thing +300Mhz no problem on air.
I gave MSI Afterburner a chance, but it crashed immediately. When I started my computer up again I went into the tray and closed the Gigabyte Xtreme Gaming Tool, or w\e it’s called. I opened MSI Afterburner and updated to the new version 4.3 and gave it a slight +13 overclock. Using Gigabytes tool this crashed the computer when any load was put on the GPU. With MSI Afterburner I ran FurMark with no issues. It ran for 10 minutes. So I closed it and jumped to +53, no issues. +100 no issues. I don’t know how much further I intend to push this but I can tell you that the Gigabyte tool most certainly has issues and you will be better off using another tool. JayzTwoCents recommended Afterburner and EVGAs tool in his video on overclocking so I would stick to those. They seem to be industry standards for overclocking any card, no matter who the manufacturer is.
It’s a little sad that MSI can overclock Gigabytes card better than them, but the stats on the Gigabyte card were much better for the price point than any other card. I was beginning to think it s «get what you pay for» but now it seems they saved money by only doing hardware RnD.
500s+ on this test with my card overclocked +135ish core clock and +58 mem clock, card is running at 65degC and going strong.
Just drop the gigabyte tools and get MSIs.
The card is more than strong enough to run any of my games including WD2 with full graphics at 100+fps but I just wanted to OC for fun. I’d be fine keeping my card if I couldn’t overclock it but it’s nice to know I still can. I wouldn’t have RMAd it for that, but it would certainly have been a good reason to. I hope Gigabyte is looking into this or they will lose customers who don’t think to try another manufactures OC tools.
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The extreme card is overclocked to such a high level from the factory, I don’t think there is much headroom left to overclock it further.
You could try using afterburner instead and not use the slider but try tweaking single voltage points in the curve to get more performance.
You may also want to try increasing VCCIO and System Agent voltages in the bios a little bit and see if that improves the GPU overclock stability.
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Video card GIGABYTE GeForce GTX 1080 Turbo OC 8G
- Main
- Video card comparison
 / 
 / 
Overall rating
Released
Q2/2016
Rank 1776 in graphics cards (GPU) ranking!
Detailed review of the GIGABYTE GeForce GTX 1080 Turbo OC 8G graphics card with production date started in Q2/2016. Here are all the technical specifications, as well as performance results in the form of estimates from modern benchmarks.
Starting clock frequency 1.632 GHz + 2%. The video card supports GDDR5X and holds 8 GB of video memory on board. The TDP is 180 W. We recommend comparing the GPU with other models on our website to determine the best performance.
Characteristics
Benchmarks (tests)
Analogues
Characteristics
Technical data
Basic information
Main characteristics of the video card GIGABYTE GeForce GTX 1080 Turbo OC 8G.
-
Based on
NVIDIA GeForce GTX 1080
-
GPU chip
GP104-400-A1 / GP104-410-A1
-
Processing units
20
-
Shaders
2560
-
Output units (ROP)
64
-
Texturing Unit (TMU)
160
Memory characteristics
Video memory characteristics on board the video card.
The higher the better.
Clock speed
Clock speed and overclocking potential of the GIGABYTE GeForce GTX 1080 Turbo OC 8G.
* See below
Power consumption
Connectors, thermal watts generated during normal operation and overclocking.
-
TDP
180W
-
TDP (up)
—
-
Tjunction max
—
-
PCIe-Power
1 x 8-Pin
Cooler type, specifications
Cooling system parameters, connectors and fan types GIGABYTE GeForce GTX 1080 Turbo OC 8G.
-
Fan type
Radial
-
Cooler type
Air cooling
-
Fan 1
1 x 70 mm
-
Noise (Idle)
—
-
Fan 2
—
-
Noise (Load)
—
Interfaces
Connections and connectors.
-
Max. displays
4
-
HDCP version
2.2
-
HDMI ports
1x HDMI v2.0b
-
DP Ports
3x DP v1.4
-
DVI Ports
1
-
VGA Ports
—
-
USB-C Ports
—
Technical data
Hardware and API support.
-
Max resolution
7680×4320
-
DirectX
12_1
-
Trace
No
-
DLSS / FSR
No
-
LED
No LED lighting
Supported video codecs
Native support for video and image compression standards.
-
h364
Decode / Encode
-
VP8
Decode
-
h365 / HEVC
Decode / Encode
-
VP9
Decode
-
AV1
No
Dimensions
-
Length
280 mm
-
Height
118 mm
-
Width
41 mm
-
Width (slot)
2 PCIe slots
-
Weight
—
Additional data
Positions in benchmark results
General positions of GIGABYTE GeForce GTX 1080 Turbo OC 8G graphics cards in popular benchmarks to compare with other models.
-
FP32 Performance (Single-precision TFLOPS)
1545 place
-
Battlefield 5
1676 place
-
Shadow of the Tomb Raider
1818 place
-
Crypto-Mining Ethereum Hashrate (MH/s)
1751 place
-
Crypto-Mining Ergo Hashrate (MH/s)
1513 place
-
Crypto-Mining Ravencoin Hashrate (MH/s)
1900 place
-
3DMark Benchmark
1822 place
-
Crypto-Mining Vertcoin Hashrate (MH/s)
1155 place
Benchmarks (tests)
GPU performance tests
Compare the scores of the popular GIGABYTE GeForce GTX 1080 Turbo OC 8G benchmarks with other graphics cards to get an idea of the real speed of the GPU when processing content.
Tests include working with floating point, creating 3D models, mining cryptocurrencies.
FP32 Performance (Single-precision TFLOPS)
Benchmark FP32 — 32-bit floating point calculation for the GPU, which is essential for 3D games.
MSI GeForce RTX 2070 SUPER GAMING X
MSI GeForce RTX 2070 SUPER GAMING X TRIO
GIGABYTE GeForce GTX 1080 Turbo OC 8G
KFA2 GeForce GTX 1080 EX OC
All benchmark results
3DMark Benchmark 9 0009
3DMark is designed for gamers, overclockers and system builders who want to get getting the most out of your equipment.
Sapphire Radeon RX 5700 8G
PowerColor Radeon RX 5700
GIGABYTE GeForce GTX 1080 Turbo OC 8G
MSI GeForce GTX 1080 ARMOR 8G OC
All benchmark results
Battlefield 5
Battlefield 5 is a realistic game, with a built-in benchmark, very suitable as a test for video cards.
53 fps (avg)
ASUS ROG Strix GeForce RTX 2070 Advanced
53 fps (avg)
ASUS Dual GeForce RTX 2070 Mini OC
52 fps (avg)
9 0010 GIGABYTE GeForce GTX 1080 Turbo OC 8G
52 fps (avg)
ASUS Dual GeForce RTX 2070 Mini
All benchmark results
Shadow of the Tomb Raider
Shadow of the Tomb Raider has a built-in benchmark based on the Crystal Dynamics Foundation engine.
32 fps (avg)
ASUS ROG Strix Radeon RX 5600 XT OC
32 fps (avg)
ASUS ROG Strix Radeon RX 5600 XT Top
31 fps (avg) 9 0009
GIGABYTE GeForce GTX 1080 Turbo OC 8G
31 fps (avg)
ASUS ROG Strix Radeon RX Vega 56 OC Gaming
All benchmark results
Crypto-Mining Ethereum Hashrate (MH/s)
Ethash is an Ethereum mining algorithm that makes the most of the GPU.
39 MH/s
ASUS ROG Strix GeForce RTX 2060 SUPER EVO Advanced Edition
39 MH/s 009
GIGABYTE GeForce GTX 1080 Turbo OC 8G
38 MH/s
GALAX GeForce GTX 1080 EX OC V2
All benchmark results
Crypto-Mining Ergo Hashrate (MH/s)
The Autolykos algorithm, on which the Ergo cryptocurrency is based, allows you to use not only modern GPUs for mining, but also GPUs of the past generation.
81 MH/s
Colorful iGame GeForce GTX 1080 Vulcan X-V
81 MH/s
ASUS ROG Strix GeForce GTX 1080 Advanced edition
80 MH/s
9 0010 GIGABYTE GeForce GTX 1080 Turbo OC 8G
80 MH /s
ASUS ROG Strix GeForce GTX 1080
All benchmark results
Crypto-Mining Ravencoin Hashrate (MH/s)
Ravencoin blockchain hashrate based on the KawPoW algorithm is the fastest on modern video cards
17 MH/s
MSI Radeon RX 5 700XT Mech OC
17 MH /s
MSI Radeon RX 5700 XT Gaming X
16 MH/s
GIGABYTE GeForce GTX 1080 Turbo OC 8G
16 MH/s
8G
All benchmark 9 results0009
Crypto-Mining Vertcoin Hashrate (MH/s)
VertCoin can be mined on both Nvidia and AMD, and is interesting because it can be mined perfectly on older GPUs such as GTX1050, R9 290 and even GTX970.
0.5 MH/s
ASUS KO GeForce RTX 3070 V2 OC LHR
0.5 MH/s
GIGABYTE GeForce GTX 1080 Turbo OC 8G
0.49 MH/s
Gainward GeForce RTX 3070 Phoenix GS V1 LHR
All benchmark results
Analogs
Video cards similar in performance
Video cards similar in technical data to GIGABYTE GeForce GTX 1080 Turbo OC 8G.
MSI GeForce GTX 1080 ARMOR 8G OC
Watch
ZOTAC GeForce GTX 1080 ArcticStorm
Watch
MSI GeForce RTX 2060 SUPER GAMING X
Watch
INNO3D GeForce RTX 2060 SUPER GAMING OC X2
Watch
EVGA GeForce RTX 2060 SUPER XC ULTRA GAMING
Watch
ZOTAC GAMING GeForce RTX 3050 Solo
Watch
GALAX GeForce GTX 1080 EXOC
Watch
GIGABYTE GeForce GTX 1080 G1 ROCK 8G
Watch
*
The base frequency is the guaranteed speed that the manufacturer sets for the type of cooling and binning that the video card comes with from the factory.
The maximum frequency is the theoretical minimum speed to which the video card can be overclocked, taking into account the cooling and binning requirements.
Check out
GIGABYTE GeForce GTX 1080 Turbo OC 8G
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Video card Gigabyte GeForce GTX 1080 G1 Gaming (GV-N1080G1 GAMING-8GD)
Features
GPU Core
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8 million colors. The GIGABYTE G1 Gaming series of graphics cards are designed to meet all the requirements of experienced gamers. Based on NVIDIA® solution, Pascal™ GPU architecture.
- The solution is implemented on the Pascal architecture, which gives you the performance and energy efficiency you need.
- Monitor support 8K @60Hz (requires 2 x DP1.3 connectors)
- High performance for the implementation of Virtual Reality (Virtual Reality)
BEST GRAPHICS FOR VIRTUAL REALITY Unique NVIDIA features ensure you get optimal performance, image quality and minimal latency for your VR VR applications. |
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IMPROVE YOUR GAMING EXPERIENCEThe easiest way to update video drivers, optimize game performance and share your success. |
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SMOOTH GAMEPLAY WITHOUT TIPPINGSynchronize your monitor’s frame rate with your GeForce GTX GPU and enjoy a smooth gaming experience. |
Cooling system WINDFORCE 3XWINDFORCE 3X cooling system consisting of three copper composite tubes that directly remove heat from the GPU, a special architecture of heatsink plates, a unique fan blade design. Thanks to these characteristics, it is possible to achieve a high level of heat dissipation, at high loads and low temperatures. |
Unique fan blade design. The air flow is effectively removed from the radiator by means of fans, the blades of which have special notches and shape. |
The WINDFORCE 3X cooling system consists of three copper composite tubes that directly remove heat from the GPU, a special architecture of heatsink plates, and a unique fan blade design. Thanks to these characteristics, it is possible to achieve a high level of heat dissipation, at high loads and low temperatures. Tests showed 23% higher efficiency
3D Active Fan with LED IndicatorsThe semi-passive mode is used, the fans stop their work if the chip temperature is not high, or there is not enough load. There is a fan operation indicator on the end of the video card. |
Copper Composite Tubing Composite Copper Tubing combines two important aspects of heat transfer and the ability to pick up heat from a direct contact zone. Thus, the cooling efficiency is increased by 29%. |
Direct contact of heat pipes.Copper tubes have a direct area of contact with the GPU. |
16.8 million colors. Customizable RGB lighting for the logo and fan indicator.16.8 million color shades and various backlight schemes are available to you, you can set the desired mode using the XTREME ENGINE 9 software0009 |
One click acceleration.With one simple operation in the XTREME Engine software, players can easily customize the card to suit various gaming requirements without any special knowledge. |
Chip selection technology. GPU Gauntlet™ Sorting The G1 Gaming series uses selected and top-notch GPUs to achieve high overclocking potential, high power switching performance. |
All this ensures high performance without sacrificing system reliability.
LED indicators of power operation mode.LED indicators will inform you that the PCI-E power supply is not stable. |
Reliable and durable components.High quality chokes and capacitors are used in the production of the card, thanks to this fact the graphics card provides outstanding system performance and durability. |
Software Xtreme EngineAdjust frequencies, voltage, fan mode, RGB backlight mode, performance settings, menu modes. All these settings can be changed in real time according to your preferences. |
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