DX12 Performance Discussion And Analysis Thread

Discussion in 'Rendering Technology and APIs' started by A1xLLcqAgt0qc2RyMz0y, Jul 29, 2015.

  1. gamervivek

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    Seems like AMD let go of a golden opportunity to pay back in kind.

    As for async shaders, I thought it was merely bringing around concurrent kernel execution to dx, so it sounds strange that maxwell doesn't do it or doesn't do it well enough.
     
  2. Razor1

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    Yeah as that's a possibility too, as sebbbi stated

     
  3. MDolenc

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    It's not just about concurrent kernel execution. Kepler can already do that and probably all other DX12 capable hardware. Main advantage is running compute kernels in parallel with graphics rendering. As has already been mentioned for example doing some ROP heavy rendering and running a compute heavy compute shader at the same time.
     
  4. Kaarlisk

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    Is that a possible source of slowdowns, that might be driver-correctable?
     
  5. Alessio1989

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    As far I know, talking about current NV hardware, only Maxwell 2.0 should take advantage of executing compute works and graphics works in concurrency.. All other hardware (Fermi, Kerpler, Maxwell 1.0) should not notice any sensible performance improvement (nor any sensible performance downgrade).

    On all GCN compute and graphics share many hardware resources, so to take full advantage of asynchronous operations the engines should do complementary works in concurrency (ie: do graphics and computes on the same resources at the same time is not a great idea). Thanks to the great public documentation, I am not so sure about Maxwell 2.0 (but I guess it is something similar).
    Asynchronous copy operation should be beneficial for all hardware (and probably even older non-DX12 hardware).
     
  6. Ryan Smith

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    And this is why I've always felt it was an oversight not to allow queries for programs to see what kind of async functionality is available. In the long run all architectures will have oodles of async support, but right now not even Gen9 supports everything, and meanwhile Kepler + Maxwell 1 is going to be with us for a long time to come.

    There are going to be async tasks that are suboptimal on non-async GPUs, and gamers will be counting on developers to optimize their games for these GPUs.
     
  7. MDolenc

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    So here's the updated version of the benchmark. This time it runs compute only, graphics only and compute + graphics. This time just two command queues.
    GTX 680:
    So multiple dispatches yes and graphics + compute is just as expected graphics + compute (not async).
    Anyone willing to give it a try on Maxwell 2 or GCN?
     

    Attached Files:

    vLaDv, madyasiwi, Kaarlisk and 3 others like this.
  8. Alessio1989

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    GCN 1.0 tahiti - driver version 15.200.1062.1002

    Compute only:
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    Graphics only: 56.41ms (29.74G pixels/s)
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    I guess that numthreads(1, 1, 1) is not the best set-up for AMD hardware...
     
  9. pharma

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    Fable Legends closed beta starts ....

     
  10. sebbbi

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    What kind of workloads are you running on each thread? It is super easy to contruct workloads with zero potential gains.

    Use cases to avoid:
    - Both queues run the same shader. Obviously this has zero advantage as bottlenecks are identical.
    - Both queues are bottlenecked by the same resource (bandwidth, ALU, sampler cycles).

    Good use cases:
    - One queue is bandwidth heavy and other is ALU heavy.
    - Graphics queue is fixed function heavy and you run compute in the other queue. For example high poly shadow map rendering (primitive setup + rop, no pixel shader).
    - One queue is running long lasting computation and the other is running small single lane tasks with data dependencies. The long running background task keeps the GPU occupied while the other queue waits for synchronization.
     
    Alessio1989 likes this.
  11. ToTTenTranz

    Legend Veteran Subscriber

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    Radeon 290X Hawaii GCN 1.1
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    What he claimed is that nVidia asked them to disabled it because their current implementation is very slow.

    Especially this part:
    This is not the first time we've seen reports of nVidia's marketing being very aggressive towards developers. Anyone remembers that famous blog post from a reputable dev who compared nVidia's engineers to CIA agents who always tried to force things to be the way they wanted?


    Actually, they don't. Fiji has the exact same number of ACEs than Hawaii (8) so if that's where the bottleneck is, the performance between the two wouldn't be very different.


    That is until Pascal comes out with an obnoxious amount of async units and their Gameworks DX12 program proceeds to crap all over GCN, Kepler and Maxwell users by forcing the async compute capabilities to become the bottleneck on all affected titles.
    I have no idea if they can make this possible or not, but after the CPU PhysX path using x87 instructions, super concrete slabs, invisible oceans, sub-pixel polygons for Geralt's hair et al, anything can be expected of nVidia's underhandedness.
     
  12. Trevonn

    Joined:
    Jun 7, 2015
    Messages:
    1
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    0
    GTX 960 - Driver Version: 355.60

    Compute only:
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  13. Dave Baumann

    Dave Baumann Gamerscore Wh...
    Moderator Legend

    Joined:
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    sebbbi (or others) - this report indicates that XBOX One DX11 did not have async shaders exposed (where PS4 did). Do you know if that's accurate?
     
  14. Razor1

    Veteran

    Joined:
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    If the bottleneck were the ACE's, then batch counts resolution changes will have less effect then what we saw.

    The rest is still up in the air, what is interesting, is then when doing pure compute, Keplar has less latency than the 290, and maxwell 2 even more so, but when doing graphics nV hardware is faster too, but when doing them together there are issues.

    Putting the performance purely on Async shaders I don't think that is the case seems too shallow of an issue to be hard not to know what is going on concretely.
     
  15. Razor1

    Veteran

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    I don't think they will be exposed till Dx12 is available on Xbox.......

    Then again, I just started working with the dx12 version of UE4, and its xbox version of dx12 version of the engine isn't ready yet.
     
    mosen and BRiT like this.
  16. iroboto

    iroboto Daft Funk
    Legend Regular Subscriber

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    It was late and added to dx11 fast semantics in 2014. It does not require dx12 to be exposed I think. I could be wrong. But pretty fairly confident from reading the leaked SDK documentation
     
  17. sidspyker

    sidspyker Guest

    GTX 970 - 355.60
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    124. 76.02ms (22.07G pixels/s)
    125. 76.81ms (21.84G pixels/s)
    126. 78.89ms (21.27G pixels/s)
    127. 82.35ms (20.37G pixels/s)
    128. 86.50ms (19.40G pixels/s)
     
  18. sidspyker

    sidspyker Guest

    I can't see an edit button?

    Anyway, 750Ti just for comparison(Maxwell 1)
    Compute only:
    1. 11.92ms
    2. 11.90ms
    3. 11.18ms
    4. 10.75ms
    5. 10.74ms
    6. 10.75ms
    7. 10.59ms
    8. 10.54ms
    9. 10.55ms
    10. 10.54ms
    11. 10.55ms
    12. 10.56ms
    13. 10.56ms
    14. 10.55ms
    15. 10.56ms
    16. 10.55ms
    17. 21.02ms
    18. 21.01ms
    19. 20.99ms
    20. 20.99ms
    21. 21.01ms
    22. 21.02ms
    23. 21.02ms
    24. 21.02ms
    25. 21.02ms
    26. 21.02ms
    27. 21.04ms
    28. 21.00ms
    29. 21.01ms
    30. 21.00ms
    31. 21.01ms
    32. 31.48ms
    33. 31.47ms
    34. 31.44ms
    35. 31.46ms
    36. 31.47ms
    37. 31.45ms
    38. 31.45ms
    39. 31.46ms
    40. 31.46ms
    41. 31.45ms
    42. 31.47ms
    43. 31.46ms
    44. 31.47ms
    45. 31.47ms
    46. 31.48ms
    47. 31.46ms
    48. 41.91ms
    49. 41.90ms
    50. 41.90ms
    51. 41.91ms
    52. 41.90ms
    53. 41.93ms
    54. 41.92ms
    55. 41.91ms
    56. 41.91ms
    57. 41.91ms
    58. 41.94ms
    59. 41.92ms
    60. 41.94ms
    61. 41.92ms
    62. 41.91ms
    63. 41.91ms
    64. 52.38ms
    65. 52.37ms
    66. 52.37ms
    67. 52.37ms
    68. 52.37ms
    69. 52.34ms
    70. 52.37ms
    71. 52.37ms
    72. 52.40ms
    73. 52.37ms
    74. 52.39ms
    75. 52.36ms
    76. 52.39ms
    77. 52.38ms
    78. 52.37ms
    79. 52.38ms
    80. 62.83ms
    81. 62.83ms
    82. 62.81ms
    83. 62.87ms
    84. 62.82ms
    85. 62.81ms
    86. 62.81ms
    87. 62.82ms
    88. 62.82ms
    89. 62.84ms
    90. 62.83ms
    91. 62.84ms
    92. 62.83ms
    93. 62.83ms
    94. 62.83ms
    95. 62.83ms
    96. 73.29ms
    97. 73.28ms
    98. 73.28ms
    99. 73.27ms
    100. 73.28ms
    101. 73.27ms
    102. 73.28ms
    103. 73.27ms
    104. 73.27ms
    105. 73.27ms
    106. 73.28ms
    107. 73.26ms
    108. 73.27ms
    109. 73.29ms
    110. 73.28ms
    111. 73.31ms
    112. 83.73ms
    113. 83.73ms
    114. 83.74ms
    115. 83.73ms
    116. 83.74ms
    117. 83.74ms
    118. 83.75ms
    119. 83.74ms
    120. 83.73ms
    121. 83.73ms
    122. 83.76ms
    123. 83.74ms
    124. 83.74ms
    125. 83.74ms
    126. 83.75ms
    127. 83.76ms
    128. 94.18ms
    Graphics only: 106.67ms (15.73G pixels/s)
    Graphics + compute:
    1. 117.15ms (14.32G pixels/s)
    2. 117.19ms (14.32G pixels/s)
    3. 117.12ms (14.32G pixels/s)
    4. 117.15ms (14.32G pixels/s)
    5. 117.15ms (14.32G pixels/s)
    6. 117.14ms (14.32G pixels/s)
    7. 117.15ms (14.32G pixels/s)
    8. 117.18ms (14.32G pixels/s)
    9. 117.14ms (14.32G pixels/s)
    10. 117.15ms (14.32G pixels/s)
    11. 117.13ms (14.32G pixels/s)
    12. 117.18ms (14.32G pixels/s)
    13. 117.15ms (14.32G pixels/s)
    14. 117.15ms (14.32G pixels/s)
    15. 117.15ms (14.32G pixels/s)
    16. 117.16ms (14.32G pixels/s)
    17. 127.60ms (13.15G pixels/s)
    18. 127.60ms (13.15G pixels/s)
    19. 127.61ms (13.15G pixels/s)
    20. 127.59ms (13.15G pixels/s)
    21. 127.60ms (13.15G pixels/s)
    22. 127.60ms (13.15G pixels/s)
    23. 127.60ms (13.15G pixels/s)
    24. 127.59ms (13.15G pixels/s)
    25. 127.59ms (13.15G pixels/s)
    26. 127.60ms (13.15G pixels/s)
    27. 127.61ms (13.15G pixels/s)
    28. 127.63ms (13.15G pixels/s)
    29. 127.63ms (13.15G pixels/s)
    30. 127.60ms (13.15G pixels/s)
    31. 127.60ms (13.15G pixels/s)
    32. 138.05ms (12.15G pixels/s)
    33. 138.06ms (12.15G pixels/s)
    34. 138.07ms (12.15G pixels/s)
    35. 138.08ms (12.15G pixels/s)
    36. 138.06ms (12.15G pixels/s)
    37. 138.02ms (12.16G pixels/s)
    38. 138.05ms (12.15G pixels/s)
    39. 138.05ms (12.15G pixels/s)
    40. 138.05ms (12.15G pixels/s)
    41. 138.04ms (12.15G pixels/s)
    42. 138.06ms (12.15G pixels/s)
    43. 138.05ms (12.15G pixels/s)
    44. 138.06ms (12.15G pixels/s)
    45. 138.07ms (12.15G pixels/s)
    46. 138.06ms (12.15G pixels/s)
    47. 138.06ms (12.15G pixels/s)
    48. 148.54ms (11.30G pixels/s)
    49. 148.50ms (11.30G pixels/s)
    50. 148.57ms (11.29G pixels/s)
    51. 148.54ms (11.29G pixels/s)
    52. 148.51ms (11.30G pixels/s)
    53. 148.51ms (11.30G pixels/s)
    54. 148.49ms (11.30G pixels/s)
    55. 148.49ms (11.30G pixels/s)
    56. 148.52ms (11.30G pixels/s)
    57. 148.49ms (11.30G pixels/s)
    58. 148.52ms (11.30G pixels/s)
    59. 148.52ms (11.30G pixels/s)
    60. 148.50ms (11.30G pixels/s)
    61. 148.53ms (11.30G pixels/s)
    62. 148.56ms (11.29G pixels/s)
    63. 148.52ms (11.30G pixels/s)
    64. 158.96ms (10.55G pixels/s)
    65. 158.95ms (10.56G pixels/s)
    66. 158.96ms (10.55G pixels/s)
    67. 158.96ms (10.55G pixels/s)
    68. 158.95ms (10.55G pixels/s)
    69. 158.96ms (10.55G pixels/s)
    70. 158.94ms (10.56G pixels/s)
    71. 158.97ms (10.55G pixels/s)
    72. 158.95ms (10.56G pixels/s)
    73. 158.97ms (10.55G pixels/s)
    74. 158.96ms (10.55G pixels/s)
    75. 158.95ms (10.56G pixels/s)
    76. 158.99ms (10.55G pixels/s)
    77. 159.00ms (10.55G pixels/s)
    78. 159.01ms (10.55G pixels/s)
    79. 159.01ms (10.55G pixels/s)
    80. 169.43ms (9.90G pixels/s)
    81. 169.45ms (9.90G pixels/s)
    82. 169.42ms (9.90G pixels/s)
    83. 169.42ms (9.90G pixels/s)
    84. 169.42ms (9.90G pixels/s)
    85. 169.43ms (9.90G pixels/s)
    86. 169.40ms (9.90G pixels/s)
    87. 169.47ms (9.90G pixels/s)
    88. 169.43ms (9.90G pixels/s)
    89. 169.44ms (9.90G pixels/s)
    90. 169.42ms (9.90G pixels/s)
    91. 169.46ms (9.90G pixels/s)
    92. 169.44ms (9.90G pixels/s)
    93. 169.43ms (9.90G pixels/s)
    94. 169.42ms (9.90G pixels/s)
    95. 169.43ms (9.90G pixels/s)
    96. 179.87ms (9.33G pixels/s)
    97. 179.90ms (9.33G pixels/s)
    98. 179.87ms (9.33G pixels/s)
    99. 179.86ms (9.33G pixels/s)
    100. 179.89ms (9.33G pixels/s)
    101. 179.88ms (9.33G pixels/s)
    102. 179.88ms (9.33G pixels/s)
    103. 179.90ms (9.33G pixels/s)
    104. 179.90ms (9.33G pixels/s)
    105. 179.91ms (9.33G pixels/s)
    106. 179.92ms (9.33G pixels/s)
    107. 179.91ms (9.33G pixels/s)
    108. 179.88ms (9.33G pixels/s)
    109. 179.89ms (9.33G pixels/s)
    110. 179.88ms (9.33G pixels/s)
    111. 179.87ms (9.33G pixels/s)
    112. 190.36ms (8.81G pixels/s)
    113. 190.33ms (8.81G pixels/s)
    114. 190.30ms (8.82G pixels/s)
    115. 190.42ms (8.81G pixels/s)
    116. 190.35ms (8.81G pixels/s)
    117. 190.36ms (8.81G pixels/s)
    118. 190.32ms (8.82G pixels/s)
    119. 190.36ms (8.81G pixels/s)
    120. 190.34ms (8.81G pixels/s)
    121. 190.31ms (8.82G pixels/s)
    122. 190.34ms (8.81G pixels/s)
    123. 190.35ms (8.81G pixels/s)
    124. 190.36ms (8.81G pixels/s)
    125. 190.33ms (8.81G pixels/s)
    126. 190.34ms (8.81G pixels/s)
    127. 190.37ms (8.81G pixels/s)
    128. 200.82ms (8.35G pixels/s)
     
  19. SimBy

    Regular Newcomer

    Joined:
    Jun 21, 2008
    Messages:
    700
    Likes Received:
    389
    Radeon 290 Hawaii GCN 1.1
    Driver version: 15.20.1062.1004

    Compute only:
    1. 52.71ms
    2. 53.19ms
    3. 52.75ms
    4. 52.71ms
    5. 52.66ms
    6. 52.72ms
    7. 52.70ms
    8. 52.88ms
    9. 52.92ms
    10. 52.66ms
    11. 53.13ms
    12. 53.17ms
    13. 52.84ms
    14. 52.72ms
    15. 53.05ms
    16. 53.05ms
    17. 52.71ms
    18. 52.72ms
    19. 52.67ms
    20. 53.17ms
    21. 53.14ms
    22. 52.91ms
    23. 52.87ms
    24. 53.16ms
    25. 53.11ms
    26. 52.70ms
    27. 52.95ms
    28. 52.93ms
    29. 52.70ms
    30. 53.08ms
    31. 52.62ms
    32. 52.69ms
    33. 52.67ms
    34. 52.71ms
    35. 52.77ms
    36. 53.14ms
    37. 52.89ms
    38. 52.77ms
    39. 53.13ms
    40. 52.88ms
    41. 52.69ms
    42. 52.98ms
    43. 52.79ms
    44. 52.87ms
    45. 52.79ms
    46. 52.67ms
    47. 53.07ms
    48. 53.07ms
    49. 53.14ms
    50. 53.13ms
    51. 53.06ms
    52. 52.74ms
    53. 52.67ms
    54. 52.73ms
    55. 53.12ms
    56. 52.97ms
    57. 53.22ms
    58. 52.96ms
    59. 53.20ms
    60. 52.70ms
    61. 52.75ms
    62. 53.09ms
    63. 53.02ms
    64. 53.16ms
    65. 52.67ms
    66. 52.71ms
    67. 52.68ms
    68. 53.11ms
    69. 52.98ms
    70. 53.04ms
    71. 53.15ms
    72. 53.03ms
    73. 52.96ms
    74. 52.88ms
    75. 52.75ms
    76. 52.91ms
    77. 52.69ms
    78. 52.67ms
    79. 53.10ms
    80. 52.70ms
    81. 52.62ms
    82. 52.71ms
    83. 52.69ms
    84. 53.07ms
    85. 53.17ms
    86. 53.04ms
    87. 52.76ms
    88. 52.66ms
    89. 52.70ms
    90. 52.99ms
    91. 53.00ms
    92. 53.06ms
    93. 52.75ms
    94. 52.73ms
    95. 53.11ms
    96. 52.76ms
    97. 53.13ms
    98. 52.95ms
    99. 53.13ms
    100. 53.13ms
    101. 52.66ms
    102. 52.70ms
    103. 52.86ms
    104. 53.14ms
    105. 52.70ms
    106. 52.72ms
    107. 52.98ms
    108. 52.70ms
    109. 52.72ms
    110. 52.70ms
    111. 53.23ms
    112. 53.19ms
    113. 53.08ms
    114. 53.10ms
    115. 53.11ms
    116. 52.73ms
    117. 52.99ms
    118. 52.69ms
    119. 52.73ms
    120. 52.69ms
    121. 52.74ms
    122. 52.70ms
    123. 52.86ms
    124. 52.93ms
    125. 53.11ms
    126. 53.07ms
    127. 52.90ms
    128. 53.12ms
    Graphics only: 26.25ms (63.90G pixels/s)
    Graphics + compute:
    1. 53.32ms (31.47G pixels/s)
    2. 53.48ms (31.37G pixels/s)
    3. 53.90ms (31.12G pixels/s)
    4. 53.62ms (31.29G pixels/s)
    5. 53.37ms (31.44G pixels/s)
    6. 53.66ms (31.26G pixels/s)
    7. 53.31ms (31.47G pixels/s)
    8. 53.72ms (31.23G pixels/s)
    9. 53.44ms (31.39G pixels/s)
    10. 53.66ms (31.27G pixels/s)
    11. 53.50ms (31.36G pixels/s)
    12. 54.45ms (30.81G pixels/s)
    13. 53.93ms (31.11G pixels/s)
    14. 54.35ms (30.87G pixels/s)
    15. 53.54ms (31.34G pixels/s)
    16. 53.22ms (31.52G pixels/s)
    17. 54.44ms (30.82G pixels/s)
    18. 53.18ms (31.55G pixels/s)
    19. 53.66ms (31.27G pixels/s)
    20. 54.32ms (30.89G pixels/s)
    21. 54.90ms (30.56G pixels/s)
    22. 54.28ms (30.91G pixels/s)
    23. 53.20ms (31.53G pixels/s)
    24. 54.42ms (30.83G pixels/s)
    25. 54.35ms (30.87G pixels/s)
    26. 53.92ms (31.12G pixels/s)
    27. 54.10ms (31.01G pixels/s)
    28. 53.95ms (31.10G pixels/s)
    29. 54.26ms (30.92G pixels/s)
    30. 54.01ms (31.07G pixels/s)
    31. 53.50ms (31.36G pixels/s)
    32. 53.72ms (31.23G pixels/s)
    33. 54.15ms (30.98G pixels/s)
    34. 54.16ms (30.98G pixels/s)
    35. 54.29ms (30.90G pixels/s)
    36. 55.49ms (30.23G pixels/s)
    37. 55.94ms (29.99G pixels/s)
    38. 54.42ms (30.83G pixels/s)
    39. 55.66ms (30.14G pixels/s)
    40. 54.31ms (30.89G pixels/s)
    41. 54.34ms (30.88G pixels/s)
    42. 53.11ms (31.59G pixels/s)
    43. 54.35ms (30.87G pixels/s)
    44. 53.23ms (31.52G pixels/s)
    45. 56.28ms (29.81G pixels/s)
    46. 53.88ms (31.14G pixels/s)
    47. 56.09ms (29.91G pixels/s)
    48. 56.73ms (29.57G pixels/s)
    49. 54.20ms (30.95G pixels/s)
    50. 56.27ms (29.81G pixels/s)
    51. 54.77ms (30.63G pixels/s)
    52. 55.94ms (29.99G pixels/s)
    53. 54.19ms (30.96G pixels/s)
    54. 56.65ms (29.61G pixels/s)
    55. 54.60ms (30.73G pixels/s)
    56. 55.36ms (30.31G pixels/s)
    57. 54.31ms (30.89G pixels/s)
    58. 54.90ms (30.56G pixels/s)
    59. 53.29ms (31.48G pixels/s)
    60. 53.50ms (31.36G pixels/s)
    61. 55.05ms (30.48G pixels/s)
    62. 53.10ms (31.59G pixels/s)
    63. 57.00ms (29.43G pixels/s)
    64. 54.74ms (30.65G pixels/s)
    65. 55.56ms (30.20G pixels/s)
    66. 55.61ms (30.17G pixels/s)
    67. 55.68ms (30.13G pixels/s)
    68. 53.59ms (31.31G pixels/s)
    69. 58.97ms (28.45G pixels/s)
    70. 53.31ms (31.47G pixels/s)
    71. 56.08ms (29.92G pixels/s)
    72. 53.12ms (31.59G pixels/s)
    73. 54.91ms (30.55G pixels/s)
    74. 56.46ms (29.72G pixels/s)
    75. 54.63ms (30.71G pixels/s)
    76. 58.35ms (28.75G pixels/s)
    77. 54.81ms (30.61G pixels/s)
    78. 53.07ms (31.61G pixels/s)
    79. 54.51ms (30.78G pixels/s)
    80. 54.40ms (30.84G pixels/s)
    81. 55.64ms (30.15G pixels/s)
    82. 57.77ms (29.04G pixels/s)
    83. 55.78ms (30.08G pixels/s)
    84. 57.56ms (29.15G pixels/s)
    85. 56.06ms (29.93G pixels/s)
    86. 53.34ms (31.45G pixels/s)
    87. 57.99ms (28.93G pixels/s)
    88. 55.18ms (30.40G pixels/s)
    89. 59.28ms (28.30G pixels/s)
    90. 53.72ms (31.23G pixels/s)
    91. 56.42ms (29.74G pixels/s)
    92. 55.42ms (30.28G pixels/s)
    93. 55.06ms (30.47G pixels/s)
    94. 53.45ms (31.39G pixels/s)
    95. 55.74ms (30.10G pixels/s)
    96. 53.76ms (31.21G pixels/s)
    97. 56.34ms (29.78G pixels/s)
    98. 53.65ms (31.27G pixels/s)
    99. 57.34ms (29.26G pixels/s)
    100. 56.76ms (29.56G pixels/s)
    101. 53.55ms (31.33G pixels/s)
    102. 56.84ms (29.52G pixels/s)
    103. 55.35ms (30.31G pixels/s)
    104. 58.31ms (28.77G pixels/s)
    105. 56.89ms (29.49G pixels/s)
    106. 55.64ms (30.16G pixels/s)
    107. 53.35ms (31.45G pixels/s)
    108. 55.53ms (30.21G pixels/s)
    109. 56.98ms (29.44G pixels/s)
    110. 60.04ms (27.94G pixels/s)
    111. 57.09ms (29.39G pixels/s)
    112. 58.69ms (28.59G pixels/s)
    113. 55.15ms (30.42G pixels/s)
    114. 58.21ms (28.82G pixels/s)
    115. 55.72ms (30.11G pixels/s)
    116. 60.84ms (27.58G pixels/s)
    117. 57.01ms (29.43G pixels/s)
    118. 56.55ms (29.67G pixels/s)
    119. 56.45ms (29.72G pixels/s)
    120. 56.20ms (29.85G pixels/s)
    121. 59.73ms (28.09G pixels/s)
    122. 58.50ms (28.68G pixels/s)
    123. 58.53ms (28.66G pixels/s)
    124. 53.60ms (31.30G pixels/s)
    125. 59.90ms (28.01G pixels/s)
    126. 53.69ms (31.25G pixels/s)
    127. 58.86ms (28.50G pixels/s)
    128. 53.30ms (31.48G pixels/s)
     
  20. fellix

    Veteran

    Joined:
    Dec 4, 2004
    Messages:
    3,525
    Likes Received:
    460
    Location:
    Varna, Bulgaria
    GTX 980 Ti

    Compute only:
    1. 11.63ms
    2. 11.62ms
    3. 11.82ms
    4. 10.68ms
    5. 10.66ms
    6. 10.65ms
    7. 10.68ms
    8. 9.97ms
    9. 9.99ms
    10. 9.99ms
    11. 9.99ms
    12. 9.98ms
    13. 9.97ms
    14. 10.01ms
    15. 9.99ms
    16. 9.99ms
    17. 10.01ms
    18. 9.99ms
    19. 10.01ms
    20. 9.99ms
    21. 10.01ms
    22. 9.97ms
    23. 10.00ms
    24. 10.02ms
    25. 10.05ms
    26. 10.07ms
    27. 10.09ms
    28. 10.07ms
    29. 10.02ms
    30. 10.01ms
    31. 10.00ms
    32. 19.82ms
    33. 24.77ms
    34. 19.89ms
    35. 24.90ms
    36. 22.35ms
    37. 22.40ms
    38. 22.36ms
    39. 22.40ms
    40. 24.96ms
    41. 24.87ms
    42. 22.39ms
    43. 22.36ms
    44. 19.93ms
    45. 19.90ms
    46. 24.87ms
    47. 22.36ms
    48. 22.40ms
    49. 22.36ms
    50. 19.90ms
    51. 24.90ms
    52. 24.86ms
    53. 24.85ms
    54. 22.37ms
    55. 22.40ms
    56. 24.87ms
    57. 22.41ms
    58. 24.87ms
    59. 19.92ms
    60. 22.36ms
    61. 19.91ms
    62. 27.40ms
    63. 22.38ms
    64. 32.21ms
    65. 29.77ms
    66. 34.75ms
    67. 32.30ms
    68. 34.75ms
    69. 29.81ms
    70. 34.81ms
    71. 34.79ms
    72. 32.30ms
    73. 32.30ms
    74. 34.83ms
    75. 32.29ms
    76. 32.30ms
    77. 32.30ms
    78. 29.85ms
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    80. 32.25ms
    81. 29.80ms
    82. 34.81ms
    83. 32.30ms
    84. 32.30ms
    85. 34.77ms
    86. 32.31ms
    87. 34.81ms
    88. 32.31ms
    89. 34.82ms
    90. 32.34ms
    91. 32.31ms
    92. 32.25ms
    93. 34.84ms
    94. 34.76ms
    95. 29.86ms
    96. 47.08ms
    97. 47.07ms
    98. 44.65ms
    99. 44.72ms
    100. 39.69ms
    101. 44.64ms
    102. 47.17ms
    103. 42.15ms
    104. 44.66ms
    105. 44.69ms
    106. 39.74ms
    107. 42.19ms
    108. 39.73ms
    109. 42.16ms
    110. 44.65ms
    111. 47.21ms
    112. 44.65ms
    113. 44.66ms
    114. 44.70ms
    115. 39.70ms
    116. 47.16ms
    117. 44.65ms
    118. 42.16ms
    119. 47.18ms
    120. 42.20ms
    121. 39.74ms
    122. 47.18ms
    123. 44.64ms
    124. 44.64ms
    125. 44.68ms
    126. 44.68ms
    127. 42.20ms
    128. 54.52ms
    Graphics only: 17.88ms (93.82G pixels/s)
    Graphics + compute:
    1. 27.69ms (60.59G pixels/s)
    2. 27.62ms (60.74G pixels/s)
    3. 27.76ms (60.45G pixels/s)
    4. 27.68ms (60.61G pixels/s)
    5. 27.67ms (60.64G pixels/s)
    6. 27.76ms (60.44G pixels/s)
    7. 27.79ms (60.37G pixels/s)
    8. 27.82ms (60.31G pixels/s)
    9. 27.75ms (60.46G pixels/s)
    10. 27.76ms (60.44G pixels/s)
    11. 27.75ms (60.46G pixels/s)
    12. 27.74ms (60.49G pixels/s)
    13. 27.76ms (60.44G pixels/s)
    14. 27.72ms (60.51G pixels/s)
    15. 27.57ms (60.85G pixels/s)
    16. 27.78ms (60.39G pixels/s)
    17. 27.70ms (60.56G pixels/s)
    18. 27.75ms (60.45G pixels/s)
    19. 27.77ms (60.41G pixels/s)
    20. 27.82ms (60.31G pixels/s)
    21. 27.79ms (60.36G pixels/s)
    22. 27.70ms (60.57G pixels/s)
    23. 27.80ms (60.36G pixels/s)
    24. 27.81ms (60.33G pixels/s)
    25. 27.74ms (60.49G pixels/s)
    26. 27.78ms (60.39G pixels/s)
    27. 27.73ms (60.49G pixels/s)
    28. 27.70ms (60.56G pixels/s)
    29. 27.82ms (60.31G pixels/s)
    30. 27.80ms (60.34G pixels/s)
    31. 27.77ms (60.41G pixels/s)
    32. 37.61ms (44.61G pixels/s)
    33. 40.10ms (41.84G pixels/s)
    34. 37.69ms (44.51G pixels/s)
    35. 37.72ms (44.48G pixels/s)
    36. 40.20ms (41.74G pixels/s)
    37. 40.11ms (41.83G pixels/s)
    38. 37.74ms (44.45G pixels/s)
    39. 37.72ms (44.48G pixels/s)
    40. 40.19ms (41.75G pixels/s)
    41. 40.17ms (41.77G pixels/s)
    42. 37.65ms (44.56G pixels/s)
    43. 40.19ms (41.75G pixels/s)
    44. 37.66ms (44.55G pixels/s)
    45. 40.17ms (41.77G pixels/s)
    46. 40.25ms (41.68G pixels/s)
    47. 40.14ms (41.80G pixels/s)
    48. 40.18ms (41.76G pixels/s)
    49. 37.74ms (44.46G pixels/s)
    50. 40.11ms (41.82G pixels/s)
    51. 40.13ms (41.81G pixels/s)
    52. 40.25ms (41.68G pixels/s)
    53. 37.64ms (44.57G pixels/s)
    54. 37.59ms (44.64G pixels/s)
    55. 40.24ms (41.70G pixels/s)
    56. 40.20ms (41.73G pixels/s)
    57. 37.68ms (44.53G pixels/s)
    58. 37.75ms (44.45G pixels/s)
    59. 40.19ms (41.74G pixels/s)
    60. 37.72ms (44.48G pixels/s)
    61. 37.68ms (44.52G pixels/s)
    62. 37.77ms (44.42G pixels/s)
    63. 40.15ms (41.78G pixels/s)
    64. 49.98ms (33.56G pixels/s)
    65. 47.56ms (35.28G pixels/s)
    66. 50.09ms (33.49G pixels/s)
    67. 47.61ms (35.24G pixels/s)
    68. 47.61ms (35.24G pixels/s)
    69. 47.55ms (35.28G pixels/s)
    70. 52.59ms (31.90G pixels/s)
    71. 47.62ms (35.23G pixels/s)
    72. 50.18ms (33.43G pixels/s)
    73. 47.57ms (35.27G pixels/s)
    74. 47.56ms (35.28G pixels/s)
    75. 47.67ms (35.19G pixels/s)
    76. 49.99ms (33.56G pixels/s)
    77. 50.14ms (33.46G pixels/s)
    78. 47.67ms (35.19G pixels/s)
    79. 47.59ms (35.25G pixels/s)
    80. 47.71ms (35.16G pixels/s)
    81. 47.63ms (35.22G pixels/s)
    82. 50.09ms (33.49G pixels/s)
    83. 50.05ms (33.52G pixels/s)
    84. 47.60ms (35.25G pixels/s)
    85. 52.61ms (31.89G pixels/s)
    86. 47.53ms (35.30G pixels/s)
    87. 50.08ms (33.50G pixels/s)
    88. 50.07ms (33.51G pixels/s)
    89. 47.47ms (35.34G pixels/s)
    90. 50.09ms (33.50G pixels/s)
    91. 47.63ms (35.22G pixels/s)
    92. 47.59ms (35.25G pixels/s)
    93. 52.59ms (31.90G pixels/s)
    94. 47.59ms (35.26G pixels/s)
    95. 47.72ms (35.16G pixels/s)
    96. 59.85ms (28.03G pixels/s)
    97. 57.36ms (29.25G pixels/s)
    98. 57.44ms (29.21G pixels/s)
    99. 57.50ms (29.18G pixels/s)
    100. 57.53ms (29.16G pixels/s)
    101. 60.01ms (27.96G pixels/s)
    102. 60.05ms (27.94G pixels/s)
    103. 57.53ms (29.16G pixels/s)
    104. 57.54ms (29.16G pixels/s)
    105. 59.90ms (28.01G pixels/s)
    106. 60.04ms (27.94G pixels/s)
    107. 59.97ms (27.98G pixels/s)
    108. 57.64ms (29.11G pixels/s)
    109. 57.41ms (29.22G pixels/s)
    110. 60.07ms (27.93G pixels/s)
    111. 57.50ms (29.18G pixels/s)
    112. 57.53ms (29.16G pixels/s)
    113. 60.01ms (27.96G pixels/s)
    114. 59.98ms (27.97G pixels/s)
    115. 57.46ms (29.20G pixels/s)
    116. 57.54ms (29.16G pixels/s)
    117. 57.49ms (29.18G pixels/s)
    118. 57.53ms (29.16G pixels/s)
    119. 62.53ms (26.83G pixels/s)
    120. 60.00ms (27.96G pixels/s)
    121. 62.51ms (26.84G pixels/s)
    122. 60.01ms (27.96G pixels/s)
    123. 60.03ms (27.95G pixels/s)
    124. 57.46ms (29.20G pixels/s)
    125. 57.44ms (29.21G pixels/s)
    126. 57.51ms (29.18G pixels/s)
    127. 57.54ms (29.16G pixels/s)
    128. 72.22ms (23.23G pixels/s)

    [​IMG]
     
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