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Console vs PC Performance

Mid-range PCs match current consoles; high-end PCs leave them behind.

A free, animated console vs pc performance you can read here or embed on any website, from Scrollchart.

Console vs PC Performance

Console vs PC PerformanceMatched 1440p settings, same five AAA titles, average FPS across the setSteam Deck42 fps800p handheldPS560 fps4K/60 capXbox X60 fps4K/60 capRTX 4060112 fps$299 GPURTX 4090198 fps$1,599 GPU

Performance bars: PS5/Xbox vs RTX 4060 vs RTX 4090 vs Steam Deck across the same titles at matched settings.

Good for

  • Console vs PC buying-decision articles
  • Platform comparison benchmark round-ups
  • PC build justification guides

Source & accuracy

This console vs pc performance is an editorial illustration built to represent the concept accurately. Where it shows figures, they are typical or representative values chosen to make the relationship clear, not a single underlying dataset. The diagram and its explainer are reviewed and maintained centrally, and updated over time as understanding improves.

Performance tiers and GPU generation parity

A current-generation console (PlayStation 5, Xbox Series X) targets 1440p at 120 Hz or 4K at 60 Hz. A mid-range gaming PC (RTX 4060, $250) hits the same performance. A high-end PC (RTX 4090, $1,600) achieves 4K at 120 Hz with max settings and ray-tracing. The gap is not one tier; it is two or three. A 2013 high-end PC (GTX Titan) is now vastly outpaced by current consoles. Performance tiers are a function of GPU generation and VRAM: consoles use customized hardware optimized for a fixed game environment, PCs optimize for raw throughput.

Why optimization and frame rate matter

Consoles benefit from singular target hardware: developers optimize every shader and memory access for the PS5's exact architecture, extracting maximum performance. PCs target generic hardware and rely on drivers to translate code to thousands of GPU variants, leaving performance on the table. A console often ships with better frame stability (no stuttering) than a PC, even if peak FPS is similar. A $1,000 PC can push twice the pixel count of a $500 console, but at half the frame rate due to higher resolution tax. The trade-off is choice: consoles have none, PCs have total customization.

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Reference

What this is
A free, embeddable, animated console vs pc performance for any website.
Who uses it
Gaming blogs & wikis.
How to embed
Copy one line of HTML. No signup. No watermark. Works in WordPress, Webflow, Ghost, Substack, plain HTML.
File size
iframe embed, ~80 KB gzipped (loads on demand, does not block your page paint).
License
Free forever. Editorial explainer text included; updated centrally over time.

Embed format options

Copy the universal HTML snippet, the WordPress shortcode, or an iframe fallback - see the WordPress plugin page for details. Any format keeps the same Core Web Vitals profile and the same explainer text.

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Frequently asked questions

Where can I get a free animated "Console vs PC Performance" for my website?
Scrollchart provides "Console vs PC Performance" as a free, embeddable animated diagram you can add to any website with one line of HTML. No signup is required and there is no watermark. The diagram and its explainer text are served from scrollchart.com, so the embed stays current without any maintenance on your end.
How do I embed a console vs pc performance in WordPress or a static site?
Paste the HTML snippet from the Scrollchart diagram page into your WordPress post (in HTML/code view), your Webflow embed block, or directly into a static HTML file. No plugin is needed. The diagram loads from scrollchart.com and paints in as the reader scrolls.