Is 1440p A Waste? - 1080p vs 1440p Monitors

Is 1440p a waste? (1080p vs 1440p, Competitive gaming, 2023)

Key technical comparisons and claims

• Pixel counts

  • 1080p (1920×1080) = 2,073,600 pixels
  • 1440p (2560×1440) = 3,686,400 pixels — ~78% more pixels/detail than 1080p

• Visual impact

  • 1440p is noticeably clearer at typical monitor sizes (24”–27”), improving target detail, recognition, and subjective eye comfort.

• PPI argument

  The presenter rejects the common claim that pixels-per-inch (PPI) makes 1440p unnecessary at 24”. They argue the extra resolution yields a large, visible improvement and that PPI is a misleading metric in this debate.

• Performance concerns

  • 1440p is harder to run, but most modern GPUs can reach acceptable frame rates at 1440p on low/medium settings.
  • Upscaling technologies (NVIDIA DLSS, AMD FSR) help maintain higher frame rates in demanding titles.

• Refresh rate trade-offs

  • Ultra-high refresh-rate monitors (e.g., 360 Hz) are available at 1440p, but returns diminish beyond ~240 Hz.
  • Improvements in LCD motion clarity and input/response taper off past ~240 Hz, weakening the argument for choosing 1080p solely to chase higher refresh.

• Cost

  • Price is the main practical limitation: 1440p is preferred technically, but budget and GPU capability determine feasibility.

Practical recommendations / buyer guidance

• Sweet spot

  • 1440p at ~240 Hz is presented as the best balance of clarity, responsiveness, and cost for competitive gaming (2023).

• If budget-constrained

  • A 1080p 360 Hz setup can be cheaper, but may offer diminishing returns versus 1440p at 240 Hz.
  • Use upscaling (DLSS/FSR) to improve frame rates at 1440p if your GPU struggles.

• Consider total system cost (monitor + GPU). Example price comparisons cited:

  • 1080p 360 Hz monitor (~$400) + RX 7600 (~$250) ≈ $650 total
  • 1440p 360 Hz monitor (~$900) + 7800 XT (~$500+) ≈ $1,400 total
  • 1440p 240 Hz monitor + a midrange GPU can land near ~$900 and is more accessible

Product mention / sponsor

• Rupro certified HDMI 2.1 fiber-optic cable (sponsored)
  • Supports up to 50 ft, 48 Gbps bandwidth
  • Supports 8K60 or 4K144 10-bit HDR, eARC
  • Ultra-thin/flexible housing — recommended for long runs or driving high-bandwidth TVs/monitors

Main speakers / sources

• Video narrator / tech reviewer (unnamed in subtitles) — primary source of analysis and recommendations
• A referenced “popular streamer” whose opinion on 1440p sparked the video idea
• Rupro (sponsor/advertiser) — HDMI cable product mentioned