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  1. Table of Contents
  2. Top
  3. Main Differences
  4. Brightness
    1. HDR Brightness
    2. HDR Brightness In Game Mode
    3. SDR Brightness
  5. Black Level
    1. Contrast
    2. Lighting Zone Precision
    3. Lighting Zone Transitions
    4. Contrast And Dark Details In Game Mode
    5. Black Uniformity
  6. Picture Quality
    1. Contrast
    2. Blooming
    3. Lighting Zone Transitions
    4. Contrast And Dark Details In Game Mode
    5. HDR Brightness
    6. HDR Brightness In Game Mode
    7. PQ EOTF Tracking
    8. SDR Brightness
    9. Color Gamut
    10. Color Volume
    11. Pre Calibration
    12. Post Calibration
    13. Gray Uniformity
    14. Black Uniformity
    15. Viewing Angle
    16. Reflections
    17. HDR Native Gradient
    18. Low-Quality Content Smoothing
    19. Upscaling: Sharpness Processing
    20. Pixels
  7. Color
    1. SDR Color Volume
    2. HDR Color Volume
    3. SDR Pre-Calibration Color Accuracy
    4. SDR Post-Calibration Color Accuracy
    5. HDR Pre-Calibration Color Accuracy
    6. HDR Post-Calibration Color Accuracy
  8. Motion
    1. Response Time
    2. Flicker-Free
    3. Black Frame Insertion (BFI)
    4. Motion Interpolation
    5. Stutter
    6. 24p Judder
    7. Variable Refresh Rate
  9. Processing
    1. PQ EOTF Tracking
    2. Low-Quality Content Smoothing
    3. Upscaling: Sharpness Processing
    4. HDR Native Gradient
  10. Game Mode Responsiveness
    1. Input Lag
    2. Supported Resolutions
    3. Variable Refresh Rate
    4. CAD In Game Mode @ Max Refresh Rate
    5. CAD In Game Mode @ 120Hz
    6. CAD In Game Mode @ 60Hz
    7. PS5 Compatibility
    8. Xbox Series X|S Compatibility
  11. Motion Handling
    1. Stutter
    2. 24p Judder
    3. Response Time
    4. Flicker
    5. Black Frame Insertion (BFI)
    6. Motion Interpolation
  12. Reflections
    1. Direct Reflections
    2. Ambient Black Level Raise
    3. Total Reflected Light
    4. Ambient Color Saturation
  13. Panel
    1. Viewing Angle
    2. Gray Uniformity
    3. Panel Technology
  14. Inputs
    1. Input Lag
    2. Supported Resolutions
    3. PS5 Compatibility
    4. Xbox Series X|S Compatibility
    5. Input Specifications
    6. Input Photos
    7. Audio Passthrough
    8. Total Inputs
    9. HDR Format Support
  15. Design
    1. Style
    2. Accelerated Longevity Test
    3. Stand
    4. Back
    5. Borders
    6. Thickness
    7. Build Quality
  16. Smart Features
    1. Interface
    2. Ad-Free
    3. Apps and Features
    4. Remote
    5. TV Controls
    6. In The Box
    7. Misc
  17. Sound Quality
    1. Frequency Response
    2. Distortion
  18. Comments

Sony X90L/X90CL vs Hisense QD7N [QD7, QD75N] QLED

Side-by-Side Comparison

Products

Sony X90L/X90CL
Hisense QD7N [QD7, QD75N] QLED

Tested using Methodology v2.0.1

Updated Jun 12, 2025 03:29 PM

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Tested using Methodology v1.11

Updated Nov 26, 2024 09:45 PM

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Sony X90L/X90CL Picture
Hisense QD7N [QD7, QD75N] QLED Picture

Variants

  • XR-55X90L (55")
  • XR-65X90L (65")
  • XR-75X90L (75")
  • XR-85X90L (85")
  • XR-98X90L (98")
  • 65QD7N (65")
  • 75QD7N (75")
  • 85QD7N (85")
  • 100QD7N (100")

Our Verdict

Sony X90L/X90CL

Hisense QD7N [QD7, QD75N] QLED

The Sony X90L/X90CL is better than the Hisense QD7N QLED in almost every way. The Sony gets much brighter in SDR, meaning it fights more glare in a bright room, and it looks better in a dark room too, as it has much better contrast that delivers deeper blacks. HDR content looks better on the Sony due to its better HDR brightness, colors, and accuracy. Both TVs have HDMI 2.1 bandwidth and support VRR, but the Hisense has 144Hz support, whereas the Sony is limited to 120Hz. This makes the Hisense a slightly better option for PC gamers looking to game in a higher frame rate.

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