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Nokia Lumia 1320 benchmarks

  • DisplayThe scientific display measurements allow us to inspect the quality of this extremely important component in such a great depth that is not possible with the naked eye. Armed with a colorimeter device and some specialized software, we study the various aspects of smartphone and tablet screens, such as their brightness, color temperature, gamma, color gamut and accuracy.
    • Screen measurementsOur ‘Screen measurements’ table is like a quick, yet very detailed overview of a display. With just a quick glance, you can discover a great deal of important data, including the maximum brightness, contrast ratio, gamma, color temperature, etc. Hover over each category to learn more about it and what makes it important!
      Maximum brightness (nits)Higher is better Minimum brightness (nits)Lower is better Contrast Higher is better Color temperature (Kelvins) Gamma Delta E rgbcmy Lower is better Delta E grayscale Lower is better
      Nokia Lumia 1520 719
      (Excellent)
      8
      (Good)
      1:1165
      (Good)
      7311
      (Good)
      2.31
      2.97
      (Good)
      3.97
      (Good)
      Nokia Lumia 1320 521
      (Excellent)
      28
      (Poor)
      1:1129
      (Good)
      7114
      (Good)
      1.97
      2.64
      (Good)
      5.89
      (Average)
      Nokia Lumia 920 371
      (Average)
      34
      (Poor)
      1:756
      (Average)
      6823
      (Excellent)
      2.27
      3.15
      (Good)
      2.56
      (Good)
      Nokia Lumia 625 357
      (Average)
      9
      (Average)
      1:1136
      (Good)
      6816
      (Excellent)
      2.3
      6.94
      (Average)
      2.23
      (Good)
      Nokia Lumia 925 325
      (Average)
      24
      (Poor)
      unmeasurable
      (Excellent)
      7084
      (Good)
      2.05
      4.63
      (Average)
      4.69
      (Average)
      Nokia Lumia 1020 317
      (Average)
      15
      (Poor)
      unmeasurable
      (Excellent)
      6692
      (Excellent)
      2.06
      4.26
      (Average)
      3.54
      (Good)
    • Viewing anglesA high-quality display shouldn’t exhibit significant image quality deterioration when viewed at an angle. That is why we find it important to measure each display at an angle of 45 degrees and calculate the percentage by which each aspect (brightness, gamma, etc.) has altered from its normal reading.
      Maximum brightness Lower is better Minimum brightness Lower is better Contrast Lower is better Color temperature Lower is better Gamma Lower is better Delta E rgbcmy Lower is better Delta E grayscale Lower is better
      Nokia Lumia 925 50.8%
      75%
      unmeasurable
      20%
      1%
      93.7%
      225.2%
      Nokia Lumia 1020 50.8%
      80%
      unmeasurable
      18.6%
      0%
      85.9%
      273.7%
      Nokia Lumia 1520 73%
      75%
      81.7%
      27.5%
      12.1%
      23.6%
      107.8%
      Nokia Lumia 1320 82.1%
      82.1%
      93.3%
      56%
      17.8%
      40.9%
      56.4%
      Nokia Lumia 625 90.2%
      88.9%
      81.3%
      6.6%
      10%
      3.3%
      103.6%
      Nokia Lumia 920 No data
      No data
      76.3%
      12.7%
      10.6%
      28.3%
      173%
    • Color chartsSometimes, it’s easier to get an idea of how good a display is by comparing its measured colors to reference ones. The ‘Color accuracy’ and ‘Greyscale accuracy’ charts will give you just that, with the latter providing a visual representation of the color temperature and gamma. The ‘Color gamut’ chart, on the other hand, will show you just how much of a deviation there is from the colors’ reference points.

      The CIE 1931 xy color gamut chart represents the set (area) of colors that a display can reproduce, with the sRGB colorspace (the highlighted triangle) serving as reference. The chart also provides a visual representation of a display's color accuracy. The small squares across the boundaries of the triangle are the reference points for the various colors, while the small dots are the actual measurements. Ideally, each dot should be positioned on top of its respective square. The 'x: CIE31' and 'y: CIE31' values in the table below the chart indicate the position of each measurement on the chart. 'Y' shows the luminance (in nits) of each measured color, while 'Target Y' is the desired luminance level for that color. Finally, 'ΔE 2000' is the Delta E value of the measured color. Delta E values of below 2 are ideal.

      This measurements are made using SpectraCal's CalMAN calibration software.

  • Performance BenchmarksIf there’s one thing smartphone consumers value extremely highly, that’s lightning-fast system performance. But how do you tell if a device has the necessary power to carry you through the seas of demanding apps and beyond? The answer is simple - through synthetic benchmarking! Thankfully, there are now tools that are professional enough to give us a good idea about the punch our devices really pack.
    Quadrant
    Higher is better
    Samsung Galaxy Note 3 22270
    Samsung Galaxy S4 12078
    Motorola Moto G 8512
    Samsung Galaxy Grand 2 8398.3
    AnTuTu
    Higher is better
    Samsung Galaxy Note 3 31543
    Samsung Galaxy S4 24701
    Motorola Moto G 17014
    Samsung Galaxy Grand 2 17199
    Nokia Lumia 1520 25799
    Nokia Lumia 1320 15243
    GFXBench Egypt HD 2.5 onscreen (fps)
    Higher is better
    Samsung Galaxy Note 3 54
    Samsung Galaxy S4 39
    Motorola Moto G 27
    Nokia Lumia 1520 46
    Nokia Lumia 1320 16
    Vellamo Metal
    Higher is better
    Samsung Galaxy Note 3 1214
    Samsung Galaxy S4 704
    Motorola Moto G 499
    Samsung Galaxy Grand 2 532.3
    Vellamo HTML 5
    Higher is better
    Samsung Galaxy Note 3 2766
    Samsung Galaxy S4 1702
    Motorola Moto G 1933
    Samsung Galaxy Grand 2 1887.6
  • Camera SpeedA good camera is the one that’s always there when you need it. Quality matters, but so does speed, and that is why we do a series of tests to determine if a smartphone’s camera has what it takes to be a reliable tool in your photographic activities. We measure camera speed by running the cross-platform benchmark program CamSpeed, and by performing our own proprietary speed test.
    Taking a pic (sec)Lower is better Taking an HDR pic (sec)Lower is better CamSpeed score Higher is better CamSpeed score with flash Higher is better
    Nokia Lumia 625 3.8
    No data
    469
    438
    Nokia Lumia 1320 3.8
    No data
    547
    488
    Nokia Lumia 920 4.2
    No data
    319
    305
    Nokia Lumia 925 4.5
    No data
    384
    363
    Nokia Lumia 1520 6.3
    No data
    364
    332
    Nokia Lumia 1020 10
    No data
    191
    188
  • Audio OutputIf power never feels enough when it comes to your favorite tunes, then you’ll surely find our audio benchmark quite useful, as it allows you to find the handsets and tablets with the strongest speakers. We also measure power of the earphones output, but hey - be careful with that volume control - you’ll need those ears!
    Headphones output power (Volts)
    Higher is better
    Nokia Lumia 1520 0.54
    Nokia Lumia 920 0.48
    Nokia Lumia 925 0.43
    Nokia Lumia 1020 0.43
    Nokia Lumia 625 0.37
    Nokia Lumia 1320 0.32
    Loudspeaker loudness (dB)
    Higher is better
    Nokia Lumia 1520 77
    Nokia Lumia 920 75
    Nokia Lumia 925 75
    Nokia Lumia 1020 77
    Nokia Lumia 625 75
    Nokia Lumia 1320 77

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