Gaming Performance: DDR5 vs DDR4

All of our game testing results, including other resolutions, can be found in our benchmark database: www.anandtech.com/bench. All gaming tests were with an RTX 2080 Ti.

1080p Max

(b-7) Civilization VI - 1080p Max - Average FPS(b-8) Civilization VI - 1080p Max - 95th Percentile

(d-4) Final Fantasy 14 - 1080p Max - Average FPS

(f-5) World of Tanks - 1080p Max - Average FPS(f-6) World of Tanks - 1080p Max - 95th Percentile

(g-7) Borderlands 3 - 1080p Max - Average FPS(g-8) Borderlands 3 - 1080p Max - 95th Percentile

(i-7) Far Cry 5 - 1080p Ultra - Average FPS(i-8) Far Cry 5 - 1080p Ultra - 95th Percentile

(j-7) Gears Tactics - 1080p Ultra - Average FPS(j-8) Gears Tactics - 1080p Ultra - 95th Percentile

(k-7) Grand Theft Auto V - 1080p Max - Average FPS(k-8) Grand Theft Auto V - 1080p Max - 95th Percentile

(l-7) Red Dead 2 - 1080p Max - Average FPS(l-8) Red Dead 2 - 1080p Max - 95th Percentile

(m-7) Strange Brigade DX12 - 1080p Ultra - Average FPS(m-8) Strange Brigade DX12 - 1080p Ultra - 95th Percentile

(n-7) Strange Brigade Vulkan - 1080p Ultra - Average FPS(n-8) Strange Brigade Vulkan - 1080p Ultra - 95th Percentile

 

4K Low

(b-5) Civilization VI - 4K Min - Average FPS(b-6) Civilization VI - 4K Min - 95th Percentile(d-3) Final Fantasy 14 - 4K Min - Average FPS(e-5) Final Fantasy 15 - 4K Standard - Average FPS(e-6) Final Fantasy 15 - 4K Standard - 95th Percentile(g-5) Borderlands 3 - 4K VLow - Average FPS(g-6) Borderlands 3 - 4K VLow - 95th Percentile(i-5) Far Cry 5 - 4K Low - Average FPS(i-6) Far Cry 5 - 4K Low - 95th Percentile(j-5) Gears Tactics - 4K Low - Average FPS(j-6) Gears Tactics - 4K Low - 95th Percentile(k-5) Grand Theft Auto V - 4K Low - Average FPS(k-6) Grand Theft Auto V - 4K Low - 95th Percentile(l-5) Red Dead 2 - 4K Min - Average FPS(l-6) Red Dead 2 - 4K Min - 95th Percentile(m-5) Strange Brigade DX12 - 4K Low - Average FPS(m-6) Strange Brigade DX12 - 4K Low - 95th Percentile(n-5) Strange Brigade Vulkan - 4K Low - Average FPS(n-6) Strange Brigade Vulkan - 4K Low - 95th Percentile

 

CPU Benchmark Performance: DDR5 vs DDR4 CPU Benchmark Performance: Intel vs AMD
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  • mode_13h - Monday, November 15, 2021 - link

    Do you know, for a fact, that the new scheduling policies override the priority-boost you mentioned? I wouldn't assume so, but I'm not saying they don't.

    Maybe I'm optimistic, but I think MS is smart enough to know there are realtime services that don't necessarily have focus and wouldn't break that usage model.
  • ZioTom - Monday, November 29, 2021 - link

    Windows 11 scheduler fails to allocate workloads...
    I noticed that the scheduler parks the cores if the application isn't full screen.
    I did a test on a 12700k with Handbrake: as long as the program window remains in the foreground, all the Pcore and Ecore are allocated at 100%. If I open a browser and use it while the movie is being compressed, the kernel takes the load off the Pcore and runs the video compression only on the Ecores. Absurd behavior, absolutely useless!
  • alpha754293 - Wednesday, January 12, 2022 - link

    I have my 12900K for a little less than a month now and here's what I've found from the testing that I've done with the CPU:

    (Hardware notes/specs: Asus Z690 Prime-P D4 motherboard, 4x Crucial 32 GB DDR4-3200 unbuffered, non-ECC RAM (128 GB total), running CentOS 7.7.1908 with the 5.14.15 kernel)

    IF your workload CAN be multithreaded and it can run on BOTH the P cores AND the E cores simultaneously, then there is a potential that you can have better performance than the 5950X. BUT if you CAN'T run your application on both the P cores and the E cores at the same time (which a number of distributed parallel applications that rely on MPI), then you WON'T be able to realise the performance advantages that having both said P cores and E cores would give you (based on what the benchmark results show).

    And if your program, further, cannot use HyperThreading (which some HPC/CAE program will actually lock you out of doing so), then you can be upwards of anywhere between 63-81% SLOWER than the 5950X (because on the 5950X, even with SMT disabled, you can still run the programme on all 16 physical cores, vs. the 8 P cores on the 12900K).

    Please take note.
  • alceryes - Wednesday, August 24, 2022 - link

    Question.
    Did you use 'affinities' for all the different core tests (P-core only, P+E-core tests)?

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