EVGA Nvidia GeForce GTX 780 Ti GDDR5 Graphics Card (3GB, PCI Express 3.0, HDMI, DVI-I, DVI-D, Display Port, 384-bit)

Product Information

For idle temperatures we’re once again looking at cards that are for all intents and purposes identical. At 30C the GTX 780 Ti easily stays nice and cool. Basstrip - Thursday, November 7, 2013 - link TLDR: When considering Gsync as a competitive advantage, add the cost of a new monitor. When considering Matnle support, think multiplatform and think next-gen consoles having AMD GPUs. Another plus side for NVidia is shadowplay and SHIELD though (but again, added costs if you consider SHIELD). The GTX 780 GHz Edition and GTX 780 Ti OC are similar enough that we decided to cover them together. The GTX 780 reference board measures 26.7cm long while Gigabyte's cards are slightly longer with their upgraded cooler stretching 29cm (their boards are still 26.7cm long). The display outputs remain standard including two dual-link DVIs, one HDMI and one DisplayPort connector. On a side note, it’s interesting to note here that under FurMark we’re seeing the GTX 780 Ti draw more power than the Radeon R9 290X. Despite the fact that the 290X has a higher rated TDP, in the card’s default quiet mode the card can’t actually dissipate as much heat (and thereby consume as much power) as the GTX 780 Ti can.

Speaking of the GTX 780 SLI, we can see the noise impact of SLI configurations too. The GTX 780 Ti SLI levels out at 53.7dB, 2dB louder than our single-card configuration and 2dB louder than the GTX 780 SLI. At this point it’s just a bit louder than the 290X and quieter than a number of other 290 series setups. Moving on to our gaming load noise results, we can see the full repercussions of the GTX 780 Ti’s higher average power consumption coupled with the card’s higher temperature throttle point. Moving the throttle point along the same curve has the end result of moving higher the equilibrium point and thereby the card’s operating noise levels. As the fastest single-GPU card on this card, the GTX 780 Ti is still doing very well for itself and for a blower based design at 51.7dB, though at 1.5dB louder than GTX Titan and 4.2dB louder than GTX 780 the noise tradeoff for the card’s higher performance is very clear. Meanwhile the fact that it’s tied with the GTX 780 SLI comes with its own bit of irony.As for the GTX 780 Ti SLI, like our single-card comparison points its up slightly as compared to the GTX 780 SLI.

GeForce GTX 1660 SUPER, GeForce GTX 1650 SUPER, GeForce GTX 1660 Ti, GeForce GTX 1660, GeForce GTX 1650 The GTX Titan is also comprehensively bettered, though the 780 Ti does come undone in a rare instance against the AMD cards for Hitman: Absolution running at 8x MSAA. The AMD advantage with this game has become a long-running trend thanks to Nixxes' specific optimisation for these cards, though the 780 Ti comes exceptionally close by brute force courtesy of its higher RAM speeds. Nevertheless, it's a minor one-off victory, where in every other case Nvidia's latest wins out. For a card with such an exceptionally high fill-rate, you'd expect a clear advantage once the resolution is bumped up to 2560x1440. We have 4x MSAA enabled by default on Battlefield 4 to really push this bandwidth too, and the end result in this case is no greater than before. Driving a car in pursuit of a nemesis chopper plays the results out best; the 780 Ti taking lead at 50fps, the cheaper R9 290 at 45fps, and the 290X edition falling between the two.With all of our GK110 cards sharing a common design, at idle there’s very little to differentiate them. Other than GTX Titan’s extra 3GB of VRAM, we’re essentially looking at identical cards when idling. As we mentioned in our look at the GTX 780 Ti hardware, NVIDIA has increased their default temperature throttle point from 80C on the GTX Titan/780 to 83C on the GTX 780 Ti. The end result is that in all of our temperature limited tests the GTX 780 Ti will peak at 83C-84C, whereas the older GK110 cards will peak at 80C-81C. The graphics card market has experienced some amazing turns lately even though AMD and Nvidia haven't made serious architectural changes in 2013. Most recent GPUs have been rebadges, while a handful are just extensions of previous-gen technology, including the flagships from both camps. The R9 290X's Hawaii XT core boosted the performance of the HD 7970's Tahiti XT core around 38% with a memory bus that's 33% wider, while the GTX Titan is powered by a version of the GTX 680's GPU, except it's 90% bigger! Titan-level performance translates into a very similar gameplay experience across all the high-end cards we tested. The major comparison point is Nvidia's refinement and features versus AMD's raw value." A three-way frame-rate analysis between the R9 290, R9 290X and Nvidia's flagship GTX 780 Ti, where a game like Battlefield 4 shows the latter's edge in performance. Meanwhile, Crysis 3 shows a less obvious difference to justify the extra expense in our videos below. GeForce GTX 690, GeForce GTX 680, GeForce GTX 670, GeForce GTX 660 Ti, GeForce GTX 660, GeForce GTX 650 Ti BOOST, GeForce GTX 650 Ti, GeForce GTX 650, GeForce GTX 645, GeForce GT 640, GeForce GT 635, GeForce GT 630