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Compare GPUs

Compare graphics cards by current prices, performance, specifications and retailer offers. Filter the GPU market by the features that matter to you, then compare models side by side or rank them using your own priorities.

Market snapshot Nov 14, 2026 · USD · 67 products · 373 offers ·

Sources refreshed · 6/6 within 24 h
  • MemoryC · 144 current offers · checked · retailer feed
  • ASUS · 5 current offers · checked · retailer feed
  • Newegg · 149 current offers · checked · retailer pages and feed
  • CentralComputer · 46 current offers · checked · retailer pages checked
  • B&H · 33 current offers · checked · retailer pages checked
  • Amazon · 43 current offers · checked · retailer pages checked

The snapshot is when this market was assembled. Each source and each offer keeps its own check time, shown in your time zone. An offer that stops appearing stays listed as last seen, outside current prices and Value.

Prices reflect offers checked for this market snapshot; each offer shows when it was last checked.

GPU Value Calculator

Balanced. Equal balance across performance, price and efficiency.

Total cost
Minimum capability
Any

Move a slider — the ranking follows what matters to you. Market: United States · Price basis: lowest verified new offer · Profile: Balanced · Method gpu-value-v6.1

How the calculator works

1–50 of 67 productsValue: Balanced
SaveOffersCompare
Arc A750Intel
8 GB520225 Wup to $524 · avg $367100
Arc B570Intel
10 GB520150 W86
Arc B580Intel
12 GB660190 W84
RX 9060 XT 8GBAMD
8 GB950150 W – 170 Wup to $660 · avg $59173
RTX 5060 Ti 8GBNVIDIA
8 GB850180 Wup to $984 · avg $67966
RX 9070AMD
16 GB1,180220 W – 245 Wup to $1,327 · avg $1,08064
RTX 5060NVIDIA
8 GB730145 W – 155 Wup to $770 · avg $62863
RX 9060 XT 16GBAMD
16 GB950160 W – 182 Wup to $1,088 · avg $90263
RX 9070 GREAMD
12 GB1,030215 W – 220 Wup to $1,154 · avg $90959
RX 9070 XTAMD
16 GB1,420300 W – 360 Wup to $1,784 · avg $1,29257
RTX 3050 6GBNVIDIA
6 GB25570 Wup to $515 · avg $39454
RX 7600AMD
8 GB490165 W – 185 Wup to $799 · avg $62353
RTX 5070NVIDIA
12 GB1,219250 Wup to $1,599 · avg $1,19652
RX 7900 XTAMD
20 GB1,350300 W – 331 Wup to $1,255 · avg $1,17251
RTX 5060 Ti 16GBNVIDIA
16 GB850180 Wup to $1,299 · avg $1,00050
Arc A380Intel
6 GB16575 Wup to $322 · avg $25649
RX 7700 XTAMD
12 GB841245 W48
RTX 3060NVIDIA
12 GB520170 Wup to $659 · avg $55347
RX 7800 XTAMD
16 GB1,024263 W – 288 Wup to $979 · avg $91347
Arc A310Intel
4 GB10575 W47
RTX 4070 SuperNVIDIA
12 GB1,160220 Wup to $1,057 · avg $1,01446
RTX 5050NVIDIA
8 GB560130 Wup to $683 · avg $64045
RX 7900 GREAMD
16 GB1,067260 W44
RTX 4070NVIDIA
12 GB1,000200 Wup to $899 · avg $89843
RX 6500 XT 4GBAMD
4 GB200107 Wup to $298 · avg $26442
RTX 3070 TiNVIDIA
8 GB820290 Wup to $798 · avg $74940
RTX 4060 Ti 8GBNVIDIA
8 GB780160 Wup to $1,099 · avg $89538
RTX 5070 TiNVIDIA
16 GB1,402300 Wup to $2,454 · avg $1,95537
nVidia RTX A400 4Gb VCNRTXA400-SBNVIDIA
4 GB15050 Wup to $323 · avg $32336
RTX 3060 TiNVIDIA
8 GB678200 W – 220 W36
RTX 4070 TiNVIDIA
12 GB1,210285 W35
RX 6600 XTAMD
8 GB480160 W35
RX 7900 XTXAMD
24 GB1,605355 Wup to $2,299 · avg $2,00533
RTX 4060NVIDIA
8 GB610115 W33
RX 6600AMD
8 GB410132 W31
RTX 5080NVIDIA
16 GB1,689360 Wup to $3,477 · avg $2,70630
RTX 3050 8GBNVIDIA
8 GB360115 W30
RTX 4070 Ti SuperNVIDIA
16 GB1,348285 W30
Intel Arc Pro B60Intel
24 GB650200 W29
Arc A770Intel
16 GB530225 W28
RTX 3080 10GBNVIDIA
10 GB1,100320 Wup to $1,399 · avg $1,29928
RX 6400AMD
4 GB14053 Wup to $430 · avg $36826
RTX 2000 AdaNVIDIA
16 GB52070 Wup to $1,492 · avg $1,08026
AMD Radeon AI PRO R9700 AI TOP 32GbAMD
32 GB1,420300 Wup to $3,169 · avg $2,72526
RTX 4080NVIDIA
16 GB1,450320 Wup to $2,177 · avg $2,05526
RTX 4080 SuperNVIDIA
16 GB1,473320 Wup to $2,367 · avg $2,23326
RTX PRO 2000 BlackwellNVIDIA
16 GB1,05070 Wup to $1,799 · avg $1,65024
Radeon AI Pro R9700AMD
32 GB1,420300 Wup to $3,315 · avg $2,65822
GTX 1650NVIDIA
4 GB19075 W22
Intel Arc Pro B70Intel
32 GB1,000230 W – 250 Wup to $2,059 · avg $1,93020

Affiliate links may earn us a commission. They never change the prices shown here, the ranking or Value.

How the GPU Value Calculator works

Value says how much of what matters to you an offer delivers for its price. The calculator recomputes it in your browser for every product in the list as soon as a priority changes. Prices and specifications are never altered: only the order and the Value column change.

How to use it

  1. Pick one of our presets in the calculator row. Each one is a ready set of priorities for one typical job.
  2. Press “Custom priorities” and move the sliders. 0 switches a priority off, 100 makes it count the most. The list re-sorts by your Value while you drag, and the row is marked “Custom”.
  3. Tick “Include 3-year energy cost” to count three years of electricity, at the rate you enter, as part of every price.
  4. Set a minimum capability to keep only the products graded at that level or higher for the scenario you choose.
  5. Copy the page address to keep or share the result: it carries your priorities and filters.

What each control does

Purchase price
How much price counts. At 50, Value is quality per dollar: a model 10% dearer must be 10% better to tie. 0 ignores price; 100 asks 21% more quality for 10% more money.
Gaming performance
Higher weight rewards raster performance in games.
Ray tracing (RT)
Higher weight rewards hardware ray tracing throughput.
AI & Compute
Higher weight rewards AI inference and compute power.
VRAM capacity
Higher weight rewards larger VRAM buffers.
Power efficiency (TDP)
Higher weight rewards energy-efficient low-power cards.
Manufacturer warranty
How much the offer's condition and warranty count. At 50, a used offer must be 25% cheaper than a new one to tie; 0 ignores condition.
Model freshness & release year
How much age counts against the quality sliders. Set equal to their total, a 5-year-old model counts half; 0 ignores age.
Total cost
Adds three years of electricity at your rate to the price before Value is computed, so an efficient product can outrank a cheaper one that draws more power.
Minimum capability
Hides the products below the grade you need, S to D, in one scenario. Grades measure capability without looking at price.

Why our presets are set this way

A preset is nothing more than a set of weights from 0 to 100, one per priority. These are the numbers each preset uses on this page, heaviest first. A priority that is not listed has weight 0 and does not count in that preset.

PresetBuilt forWeights
BalancedEqual balance across performance, price and efficiency.Gaming performance 80 Purchase price 50 Manufacturer warranty 50 Model freshness & release year 25 VRAM capacity 20 Ray tracing (RT) 10 Power efficiency (TDP) 10
1080p BudgetOptimized for Full HD gaming with maximum frame rates per dollar.Gaming performance 100 Purchase price 50 Manufacturer warranty 50 Model freshness & release year 30 VRAM capacity 10 Power efficiency (TDP) 10
1440p Sweet SpotOptimized for 2K 1440p gaming with sufficient VRAM and raster power.Gaming performance 100 Purchase price 50 Manufacturer warranty 50 VRAM capacity 30 Model freshness & release year 30 Ray tracing (RT) 25 Power efficiency (TDP) 10
4K Ultra / VRHeavy emphasis on raw compute, large VRAM buffer and 4K capability.Gaming performance 100 VRAM capacity 50 Manufacturer warranty 50 Model freshness & release year 40 Ray tracing (RT) 35 Purchase price 25 Power efficiency (TDP) 5
Ray Tracing (1440p)High weight on hardware ray tracing acceleration.Ray tracing (RT) 100 Manufacturer warranty 50 Model freshness & release year 40 VRAM capacity 30 Purchase price 25 Gaming performance 20 Power efficiency (TDP) 5
Ray Tracing (1080p)High weight on hardware ray tracing acceleration at 1080p.Ray tracing (RT) 100 Manufacturer warranty 50 Model freshness & release year 35 Purchase price 25 VRAM capacity 20 Gaming performance 15 Power efficiency (TDP) 10
Ray Tracing (4K)High weight on hardware ray tracing acceleration at 4K.Ray tracing (RT) 100 VRAM capacity 55 Manufacturer warranty 50 Model freshness & release year 45 Gaming performance 20 Purchase price 13 Power efficiency (TDP) 5
Streaming / ProPrioritizes modern media encoders (AV1/NVENC) and stable framerates.Gaming performance 90 VRAM capacity 60 Purchase price 50 Manufacturer warranty 50 Model freshness & release year 45 Power efficiency (TDP) 10
AI / LLMHeavy emphasis on FP16 Tensor TFLOPS, CUDA cores and VRAM capacity.AI & Compute 100 VRAM capacity 90 Manufacturer warranty 50 Model freshness & release year 45 Purchase price 25 Gaming performance 5 Power efficiency (TDP) 5
3D RenderingOptimized for 3D rendering, CAD, Blender and viewport performance.AI & Compute 100 VRAM capacity 50 Manufacturer warranty 50 Gaming performance 40 Model freshness & release year 40 Purchase price 25 Ray tracing (RT) 10 Power efficiency (TDP) 5
Game DevHeavy compute, large VRAM and shader development capability.Gaming performance 85 Purchase price 50 Manufacturer warranty 50 VRAM capacity 35 Model freshness & release year 30 Ray tracing (RT) 15 Power efficiency (TDP) 5
Home ServerPrioritizes low power, 24/7 reliability and driver stability.VRAM capacity 100 Model freshness & release year 100 Power efficiency (TDP) 80 Manufacturer warranty 50 Gaming performance 40 Purchase price 25
Student / StudyMaximizes price/performance on a tight student budget.Model freshness & release year 100 Purchase price 75 Manufacturer warranty 50 Power efficiency (TDP) 45 Gaming performance 35 VRAM capacity 15
Office / HTPCPrioritizes ultra-low power consumption and quiet cooling.Model freshness & release year 100 Power efficiency (TDP) 80 Purchase price 75 Manufacturer warranty 50 Gaming performance 15
Light Use & EfficiencyBalanced for everyday browsing, media consumption and light tasks.Model freshness & release year 100 Power efficiency (TDP) 80 Purchase price 75 Manufacturer warranty 50 Gaming performance 15 VRAM capacity 5
Long TermPrioritizes modern architectures and generous VRAM for years of use.Model freshness & release year 100 Gaming performance 70 VRAM capacity 50 Manufacturer warranty 50 Purchase price 25 Ray tracing (RT) 25 Power efficiency (TDP) 10

Read the full methodology →

The Graphics Cards market right now

  • 67 models have a current offer.
  • Offers come from 6 retailers.
  • 373 current offers in total.
  • The lowest price per model ranges from $130 to $32000; the median is $900.
  • 31 models are offered by 2 or more retailers.
  • Market snapshot: Nov 14, 2026.
  • 3 price drops detected in the last 72 hours.

Read the full methodology →

How to compare GPUs

A graphics card is a trade-off between speed, memory, power draw and price. This page puts every GPU we track with a current offer in one table, so you can compare them on the same footing. Value is available as an optional ranking when you want to weigh price against what you need.

Compare performance and specifications

Start with how fast the card is for the way you play. The performance index puts cards from different generations on one scale, with ray tracing and AI compute indices alongside. Check VRAM, memory bus, power draw and size in the same table.

Compare current GPU prices

Every row shows the cheapest current new offer and how many retailers carry the card. Open a row to compare retailers, or add the refurbished and used offers we track to see where they sit next to new cards.

Choose the features that matter

Filter by video memory, power, size and the grade you need for your resolution. Every filter shows how many cards are left, so you can narrow the market without guessing.

Use Value when price is part of the decision

Value weighs price against the factors you care about, such as performance, VRAM, ray tracing and power, including three years of electricity if you choose. Pick a use case or set the weights yourself, or leave priorities off to compare on price alone.

From the market to a shortlist

  1. Filter the market

    Set your budget, video memory, power and size. Every filter shows how many are left.

  2. Compare specifications and performance

    Sort by performance, price or any column, and read the grade for your resolution. Switch on priorities if you want Value to rank the list.

  3. Save or compare candidates

    Add products to the comparison to see them side by side, or save them to come back to later.

  4. Check current offers

    Open a product's offers to compare retailers. Click any price to test an offer you were given against the same market.

Questions about comparing GPUs

What should I compare when choosing a GPU?

Start with performance at the resolution you play, then video memory, power draw and size, which decide whether the card fits your case and power supply. Ray tracing and AI compute matter if you use them. Then compare current prices across retailers.

How do I compare GPU performance?

A normalised index for comparing graphics cards across generations and architectures, built mainly from 1440p rasterisation benchmarks. The NVIDIA GeForce RTX 4070 is calibrated to 1,000 points: a card with 2,000 is roughly twice as fast, one with 500 about half. Ray tracing and AI compute have indices of their own on the same scale.

How much video memory do I need?

Running out of VRAM causes stutter and blurry textures however fast the chip is. As a rule of thumb, 8 GB is the floor for 1080p, 12 GB suits 1440p, and 16 GB or more is for 4K and high-resolution textures. Filter by video memory, or require a grade for your resolution.

How often are GPU prices updated?

Offers are refreshed as market snapshots; each offer shows when it was checked. Retail prices can change at any time, so confirm the final price on the retailer's site before buying.

Is it safe to buy a used graphics card?

A used card can save a lot, but usually without a warranty. To check a listing, choose Add your deal (or click a price and Try your price), enter the price, set the condition to Used, and compare its Value with new cards that come with a warranty.

Does electricity cost matter when comparing GPUs?

Older or cheaper cards often draw far more power. The three-year energy cost uses four hours of daily load at the electricity rate you set (the market's default until you change it). A used card that costs less to buy can cost about the same once the power bill is counted.

What does the Value score mean?

Value is a relative score from 0 to 100 under the priorities you choose. Each weighted factor (performance, price, VRAM, power and so on) is compared with the rest of this market, the factors are combined, and the best result in the comparison reads 100. It is a measurement of the current market, not an official rating; the methodology page has the full formula.

Read the full methodology →

Next steps for choosing a GPU

🎯 Best GPUs by use case 🏆 GPU tier list and performance rankings ⚖️ Compare GPUs side by side ⚔️ GPU head-to-head comparisons 📘 How to choose hardware (Academy) 🧮 How the scoring works