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Compare Computer Hardware Side-by-Side — Specs, Price, Reviews

Pick up to four products and see prices, specs, benchmarks, and ratings compared head-to-head. Browse the most-searched matchups below or build your own comparison.

The most-searched head-to-heads on SpecPicks — each opens a side-by-side spec table with live Amazon pricing and, where available, real-world benchmark scores.

How to use the SpecPicks comparison tool

A useful side-by-side starts with a real decision. Pick the two parts you're actually choosing between — not "best of generation" matchups, but the specific SKUs already in your cart or on your short-list. Add a third only if it changes the answer (a budget alternate, a previous-gen still on shelves, or a workstation cousin). Four is the cap; past that, the page becomes a spreadsheet rather than a verdict.

  1. Start with the question, not the product. "Best 4K gaming card under $1,000" leads somewhere; "RTX 5080 vs everything Nvidia" does not. The narrower the question, the faster the comparison resolves it.
  2. Lock the variables. Compare GPUs at the same resolution + preset, CPUs at the same workload (gaming vs. multi-thread productivity), SSDs at the same capacity. Cross-category comparisons (a 1080p card vs. a 4K card) almost always mis-frame the verdict.
  3. Read the price column twice. Live Amazon pricing moves daily — a part that looks expensive at MSRP can be the value pick once it goes on sale. We surface the latest verified price and a 30-day band so you can tell which is which.
  4. Treat synthetic scores as a tie-breaker, not a winner. A 3% PassMark or 3DMark edge rarely changes a buying decision. We weight real-world game FPS and AI tok/s above synthetic deltas for that reason.
  5. Share the URL. Every /compare page with valid parts is a permanent, link-safe permalink — send it to a build partner or save it for later instead of re-running the picker.

Compare by category

Jump to any product category to start a comparison from a curated short-list.

How to read a head-to-head: what the numbers actually mean

Benchmark tables look authoritative, but a row of green checkmarks doesn't decide a build. Here's the short version of what each metric is good for and where it lies.

GPU comparisons

Average FPS at your target resolution is the single most useful number — everything else (TFLOPS, memory bandwidth, ray-tracing TMUs) is a proxy for it. 1% lows matter more than averages for shooters and twitch genres; for cinematic single-player they matter less. VRAM headroom (16 GB vs. 24 GB) only changes the answer at 4K with path tracing or in AI/LLM workloads.

CPU comparisons

Gaming CPUs live or die on cache and single-thread clocks (X3D variants win here). Workstation CPUs are decided by sustained multi-thread throughput and PCIe lane count. A Core Ultra and a Ryzen X3D rarely belong in the same comparison unless you're explicitly trading off productivity vs. games.

SSD comparisons

Sequential read/write numbers sell drives; sustained random 4K and steady-state writes decide builds. PCIe 5.0 only matters for direct-storage games and pro video work; for everything else, a top-tier PCIe 4.0 drive is the value pick.

AI / LLM hardware

For local inference, VRAM capacity sets the ceiling on model size; memory bandwidth sets the floor on tokens/sec. A 24 GB consumer card beats a 16 GB workstation card on anything past 13B-parameter models, regardless of TFLOPS.

Common pitfalls when comparing PC parts

  • Generation drift. A current-gen mid-range part frequently outperforms last-gen flagships at a fraction of the price — don't anchor on the badge name (RTX 5070 vs. RTX 4080) without checking the actual benchmark row.
  • MSRP vs. street price. Launch MSRPs and current Amazon prices diverge fast. Use the live price column, not the launch number, for value math.
  • Review-count gravity. A 4.7☆ product with 12,000 reviews isn't automatically better than a 4.6☆ product with 200 reviews — sometimes it just means the older SKU has been on sale longer. We weight rating × ln(review_count) to dampen the effect; you should mentally do the same.
  • Bundles and SKU drift. The same chip ships as multiple Amazon listings (boxed, OEM, tray, renewed, with cooler, without). Confirm SKU details before clicking buy — the comparison table normalizes the chip, not the box.
  • Power and thermals. A 320W flagship and a 250W mid-range card may both fit your case, but only one fits your PSU + cooling budget. Read the wattage row before the FPS row.

How SpecPicks comparisons work

Every comparison pulls live Amazon pricing, normalized spec rows, and real-world benchmark data where available. Comparisons are linkable — every /compare URL with two or more products is a permanent, shareable, indexable page. See our methodology for how picks are scored, which benchmark sources we trust, and how often each row refreshes.

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