Nvidia GeForce GTX 980 4GB “Maxwell” (28nm) Graphics Card Review

by - 8 years ago



Nvidia_GTX_980 (3)

Nvidia’s newest Maxwell architecture first made its appearance in February this year when Nvidia revealed their entry level GTX 750 Ti graphics card. One of the obvious hallmarks of Maxwell, that the GTX 750 Ti revealed, was an incredible level of power efficiency as well as a drastic increase in compute performance. Since Nvidia gave us a taste of Maxwell we’ve been eagerly awaiting that high-end variant and that’s exactly what we get today with the GTX 980’s launch. The GTX 980 is a direct upgrade of Nvidia’s “middle” desktop GPU; it takes the GK104 and bumps it up to GM204. This means one of two things; firstly, the GTX 980 is the true successor to the GTX 680/GTX 770 and secondly, the GTX 980 means we will see an even higher end GM210 Maxwell part arrive later to replace GK110. However, let’s not get ahead of ourselves as today is all about GM204. GM204 is 28nm Maxwell, just like the GTX 750 Ti, which means all the rumours about the potential for Nvidia to release two iterations of Maxwell; one 28nm and one next year based on 20 or 16nm, remain credible.

On paper the GTX 980 doesn’t look that impressive; it offers the same size manufacturing process as its predecessors with a reduction of CUDA cores and ROPs. However, don’t let the numbers fool you: Maxwell is not like-for-like comparable with Kepler as it is a totally redesigned architecture. As anticipated, Maxwell’s power efficiency results in the GTX 980 boasting a TDP of 165W; that’s 85W lower than the GTX 780 that it succeeds in naming terms. It also offers a welcomed video memory boost to 4GB to match AMD’s offerings and silence the critics who claim Nvidia doesn’t offer enough video memory to be 4K ready: except on the insanely priced GTX Titan series products. Pricing isn’t bad either: compared to the GTX 780 it replaces it holds a $50 premium and is $100 cheaper than the GTX 780 was when it launched.

A brief specifications analysis shows Nvidia has no competition where the GTX 980 comes in. AMD’s best offering is the R9 290X which is geared to fit in somewhere between the GTX 780 and GTX 780 Ti. The GTX 980, on the other hand, is geared to outperform the GTX 780 and GTX 780 Ti. Not to mention that AMD was already quite some way behind Kepler on power efficiency, now Maxwell looks set to turn that small gap into a valley (maybe even a Unigine one!).


Packaging and Accessories

Nvidia’s press sample of the GTX 980 comes simply packaged, no accessories, just the card in a sleek-looking box. Simple, yet effective. The claim to be “The World’s Most Advanced GPU” also shows a fair amount of bravado on Nvidia’s behalf; let’s hope it lives up to those expectations.

Nvidia_GTX_980 (1)

Article Index

  1. Introduction
  2. What's New?
  3. A Closer Look
  4. Test Systems and Procedures
  5. 3DMark 11
  6. 3DMark
  7. Batman: Arkham Origins
  8. Battlefield 4
  9. Bioshock Infinite
  10. Hitman Absolution
  11. Metro Last Light
  12. Tomb Raider
  13. Unigine Valley
  14. Performance Summary
  15. Compute Performance
  16. Overclocking and Overclocked Performance
  17. Noise Levels
  18. Power Consumption
  19. Temperatures
  20. Final Thoughts
  21. View All

Author Bio

5 Comments on Nvidia GeForce GTX 980 4GB “Maxwell” (28nm) Graphics Card Review

  • Avatar Wayne says:

    The GTX 970 is a far better buy. It costs on average 30% less and sacrifices only ~18% in performance.

    The new Maxwell architecture really seems to be uber efficient doing a lot more with a lot less. Impressive stuff indeed.

  • Avatar Trent Foley says:

    “Amd was already quite some way behind kepler in power efficiency”, that’s not a true statement I’m afraid. The 780 ti and 290x performs almost equally while the 290x draws slightly more power. If you wanna make a statement how about explaining why it takes nvidia a 563mm2 die to compete with amd’s 439mm2 die and only just match it in real world performance. Also tell us why the fully unlocked kepler can only muster 1.7 tflops of double precision while full hawaii is capable of 2.8 tflops, Nvidia’s software allows them to compete with amd’s superiot architecture It seems.

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