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Comparison

GPU comparison

Put 2–4 graphics cards side by side — GeForce RTX 20–50, Radeon RX 6000–9000, Intel Arc and popular laptop RTX GPUs — and see the specs in one table. The best value in each row is highlighted.

In short. 74 GPUs with specs from the official NVIDIA, AMD and Intel spec sheets. Below the table you will see which card has enough VRAM for 1080p, 1440p and 4K. No made-up “performance scores”.

The comparison runs in your browser: nothing is sent to a server, your picks live only in the link.

How to use it

  1. Start typing a GPU name — say, “4060” or “7800” — and pick a model from the suggestions.
  2. Add a second model, and a third and fourth if you like, then press “Compare”.
  3. Check the highlighted values and the “Which is better for 1080p, 1440p and 4K” block under the table.
  4. Turn on “Show differences only” to hide identical rows.
  5. Copy the comparison link — it opens the same table in any browser.

What the tool compares

  • VRAM and memory bus. The amount of memory decides whether a card can hold high-resolution textures, and bandwidth decides how fast it gets them.
  • Shader cores and clocks. Comparable only within one vendor and one form factor: NVIDIA CUDA cores, AMD stream processors and Intel vector engines are built differently. That is why these rows are highlighted only when the cards come from the same brand.
  • Power. TDP, power connectors and the PSU wattage the vendor recommends.
  • Laptop GPUs. The laptop maker sets their power limit (TGP), so we show a range. The same RTX 4060 Laptop runs at different speeds in a thin and in a thick laptop.

Where the data comes from

Reference-design specs come from the official spec sheets: NVIDIA GeForce, AMD Radeon and Intel Arc. Each model in the table links to its vendor page. Bandwidth is calculated as “memory speed × bus width / 8”. Partner cards (ASUS, MSI, Gigabyte, Sapphire and others) may have different clocks, TDP and connectors.

Related tools

FAQ

How do I compare two graphics cards by specs?
Type the first model in the search box, then the second, and press “Compare”. You can add up to four cards. The table shows VRAM, memory bus, bandwidth, TDP, power connectors and the recommended PSU, and highlights the best value in each row in green.
Why are there no performance scores?
We only show what we can back with a source. Specs come from the vendors. A performance index will appear only if it can be taken from an open source with a link to it.
Can you compare NVIDIA and AMD cores?
Not directly: CUDA cores, AMD stream processors and Intel vector engines are built differently, and a thousand cores from different vendors give different speed. So when you compare cards from different brands, cores and clocks are shown without a “better” highlight.
How much VRAM do I need for 1080p, 1440p and 4K?
For new games at high settings, a good rule of thumb is 8 GB or more for 1080p, 12 GB for 1440p and 16 GB for 4K. With less memory you usually have to lower texture quality.
What PSU does a graphics card need?
Check the “Recommended PSU” row — that is the vendor’s figure for the whole system. Check the connectors too: many new cards need a 16-pin 12V-2×6 connector or the adapter from the box.
How is a laptop GPU different from a desktop one?
With the same name, the laptop version has a lower power limit and often a different memory configuration. The laptop maker sets the power (TGP), so we show a range, and real speed depends on the laptop model.
How accurate are the specs?
These are reference-design specs. Partner cards may have different boost clocks, TDP and power connectors, so check the vendor page for the exact model before buying.
Not sure which to pick? Open our best graphics cards 2026 ranking (in Russian) — the editors explain which card to buy for 1080p, 1440p and 4K and for different budgets.

Popular GPU comparisons

Ready-made pages for common pairs — with a full table and a resolution guide. Or build your own comparison above.