Gigabyte GeForce RTX 2060 Super Gaming OC Review

August 2, 2019 | 17:30

Tags: #cuda-core #dlss #gpu #graphics-card #rt-core #rtx-2060-super #tensor-core #tu106 #turing

Companies: #gigabyte

Overclocking

Gigabyte allows you to apply a whopping 130 percent limit to this card, although GPU-Z suggests that 110 percent is the maximum it’ll ever use regardless, which is around 240W. Still, that’s a very substantial uplift over the 175W reference clock, and given how power-limited Turing is when overclocking, it’s great that Gigabyte is unlocking so much potential on this card. If you luck out and get a chip that overclocks well, a card like this will let you push it higher than the more restricted Founders Edition and MSI Gaming X.

With the maximum power limit applied (and the maximum temperature limit of 88°C), we added another 125MHz to the core. This saw sustained boosting of just over 2,055MHz, which is a great result. We also got the memory to 16.2Gbps, an overclock of ~16 percent.

FIELD1 Nvidia RTX 2060 Super FE MSI RTX 2060 Super Gaming X Gigabyte RTX 2060 Super Gaming OC
Boost Clock (default) 1,650MHz 1,695MHz 1,815MHz
Mem Rate (default) 14Gbps 14Gbps 14Gbps
Max Power Limit 122% 105% 130%
Max Temp Limit 88°C 88°C 88°C
Boost Clock (OC) 1,775MHz (+125MHz) 1,795MHz (+100MHz) 1,940MHz (+125MHz)
In-Game Clock (OC) ~1,890MHz ~1,935MHz ~2,055MHz
Mem Rate (OC) 16.6Gbps (+19%) 15.6Gbps (+11%) 16.2Gbps (+16%)

Below you can see how this compared to other RTX 2060 Supers that we overclocked, but always bear in mind that we are basing results off of individual review units. It’s always possible that cards we receive are pre-selected for being good overclockers, but either way the results should never be taken as representative, and we make no guarantees about the overclocking potential of any one card. This testing is mainly done as a point of interest and to ascertain if a card has any specific and obvious limitations.

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Discuss this in the forums

Posted by adidan - Fri Aug 02 2019 17:32

bit-tech
but is it still too pricey?
Yes.

Posted by Locknload - Fri Aug 02 2019 18:12

Yes.

Posted by edzieba - Fri Aug 02 2019 18:51

If CardFactoryOverclock Is True
Then IsCardOverpriced = True
EndIf

Unless you're hardware voltmodding then the silicon lottery is not something you even need to consider, nor any effort OEMs may or may not put into binning chips above 'stock' clocks, because 'stock' clocks have been a misnomer for years now. Effectively every Turing (or Volta or Maxwell or Pascal or any other arch that boosts up to board power limits until hitting Tmax by default) will perform effectively identically and be limited by the board BIOS power limit. Take your lowly non-factory-OC card, download literally any OC utility, and slam the power limit up the the maximum, and the card will perform as well as and factory OC card would based on the same cooler and fan curve.

Posted by Dogbert666 - Fri Aug 02 2019 19:48

edzieba
If CardFactoryOverclock Is True
Then IsCardOverpriced = True
EndIf

Unless you're hardware voltmodding then the silicon lottery is not something you even need to consider, nor any effort OEMs may or may not put into binning chips above 'stock' clocks, because 'stock' clocks have been a misnomer for years now. Effectively every Turing (or Volta or Maxwell or Pascal or any other arch that boosts up to board power limits until hitting Tmax by default) will perform effectively identically and be limited by the board BIOS power limit. Take your lowly non-factory-OC card, download literally any OC utility, and slam the power limit up the the maximum, and the card will perform as well as and factory OC card would based on the same cooler and fan curve.
I don't entirely disagree, but in some cases you may need modified BIOSes to make this work. e.g. the MSI card we compared to is 105% limited (based on 175W at 100%) even at max, but this GB one seems closer to 240W when maxed out, and the difference shows both at stock and when max-OCed. It's unquestionably a... question... of available power, but if a card makes more power available by design to the same GPU, that seems worth exploring.
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