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Specdex
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Methodology

How the Specdex score works.

Specdex is an editorial layer on top of publicly available product information. Specs come from the manufacturer's own spec page where they publish one. The 0–100 score is a curator's weighted assessment — not a measurement, not a manufacturer claim. This page documents both halves and how to flag a mistake.

Heads up — earlier versions of this page implied an in-house benchmark lab and listed test gear we don't actually own. That was wrong. The score has always been editorial weighting of public information; the page now says so plainly. See the corrections log.
Provenance — products whose specs have been re-checked against the manufacturer's own spec page carry a green "Verified against [Brand]" badge on their review, with a source link and date. The full list lives at /verified.

Operating principles

Specs from the manufacturer

Where a manufacturer publishes a value (chip, display, storage tiers, weight, IP rating), we use it verbatim from their official spec page. Where they don't publish (e.g. Apple does not publish RAM or battery mAh), we omit the field rather than extrapolate from rumours, leaks, or third-party teardowns.

Score is editorial

The 0–100 Specdex score is our own weighted assessment built from public specs, hands-on use, and reading every authoritative review we can find. It is not a manufacturer claim and it is not a measured lab result. Treat it as a curator's opinion, not a fact.

Independence

No paid placements affect rankings. Affiliate links, where present, are clearly disclosed and isolated from the score path. We don't accept money to move a product up the list.

Corrections welcome

If you spot a wrong spec, a missing variant, or a product that shouldn't be on the site at all, email the editorial team. Past corrections include removing a fabricated GPU SKU and renaming a misnamed iPhone variant — both surfaced by readers.

Per-category rubrics

Different categories prize different things. Below are the weights we apply when computing the overall Specdex score, plus the test that drives each sub-score.

Phones

total 100%
CPU performance 20%

Public Geekbench / chipset benchmarks + manufacturer-claimed performance gen-on-gen

GPU performance 20%

Public 3DMark / mobile-GPU benchmarks + sustained-load behaviour from established review outlets

Camera quality 20%

Manufacturer sensor specs + sample reviews from outlets we trust on imaging

Battery & charging 15%

Manufacturer-published video-playback hours + charging wattage + reviewer-measured screen-on time

Display 15%

Manufacturer-published peak brightness, refresh, resolution, panel type

Design & UX 10%

Build quality, IP rating, ergonomics, software polish — informed by reviewer consensus

CPUs

total 100%
Single-core 30%

Public single-thread benchmarks aggregated from multiple sources

Multi-core 30%

Public multi-thread + sustained-load benchmarks

Gaming 25%

Reviewer game-benchmark composites at common resolutions

Efficiency 15%

Public performance-per-watt comparisons under sustained load

GPUs

total 100%
Rasterization 35%

Public raster benchmarks at 1440p / 4K from multiple reviewer datasets

Ray tracing 25%

Public ray-tracing benchmarks + path-traced game results

AI / compute 20%

Public Stable Diffusion / LLM inference numbers; manufacturer-published TOPS where applicable

Efficiency 20%

Public performance-per-watt under sustained game load

Laptops

total 100%
CPU performance 20%

Public CPU benchmarks for the configured chip on-battery + plugged-in

GPU performance 20%

Public sustained gaming and AI workloads at the chassis's thermal envelope

Display 20%

Manufacturer-published panel specs + reviewer brightness / colour measurements

Battery life 25%

Manufacturer-claimed hours + reviewer real-world tests at common brightness levels

Portability 15%

Weight + dimensions from spec sheets, plus reviewer-noted thermal noise behaviour

TVs

total 100%
Picture quality 35%

Reviewer measurements: colour volume, contrast, peak HDR brightness, motion clarity

HDR 25%

Reviewer assessments of Dolby Vision / HDR10+ tone-mapping accuracy

Gaming 20%

Reviewer-measured input lag, VRR, ALLM, refresh ceiling, near-black uniformity

Smart features 10%

OS responsiveness, app catalog, app crash rate from reviewer notes

Build / audio 10%

Speakers, design, port count, longevity

Headphones

total 100%
Sound quality 35%

Reviewer measurements vs Harman 2018 target; aggregated outlet consensus

ANC depth 25%

Reviewer real-room attenuation measurements 100 Hz – 8 kHz

Comfort 15%

Clamping force, weight distribution, hot-spot fatigue from long-term reviews

Battery 15%

Manufacturer-claimed hours + reviewer ANC-on tests

Features 10%

Codec support, multipoint, software polish, mic quality

Where the data comes from

Specdex data sources and what each one contributes
Source What it contributes
Manufacturer spec pages Primary source for chip, display, storage, weight, IP rating, charging, battery hours
Manufacturer press releases Authoritative for release date, official MSRP, regional availability
Established review outlets Cross-checked for hands-on observations, photo samples, and real-world battery / sustained-load behaviour
Public benchmark databases Aggregated CPU / GPU performance signals (Geekbench Browser, 3DMark, manufacturer-published numbers) — never a private rerun
Reader corrections Any field a reader can show is wrong against a primary source gets fixed — see corrections log on changelog

When entries change

  1. When the manufacturer changes a spec
    If the manufacturer publishes a corrected or updated spec on their official page, we update the field on the next catalog refresh.
  2. When a reader sends a correction
    We accept any correction backed by a primary source (manufacturer page, press release, regulatory filing). The fix lands as a public entry in the changelog, with the reporting source credited if requested.
  3. When the editor revisits the score
    Editorial 0–100 scores can shift when a meaningful new data point arrives — a competing product launches, a long-term review surfaces a flaw, a price drops. Each shift is dated in the changelog so readers can see the trail.

Frequently asked

Is Specdex a benchmark lab? +

No. Specdex is an editorial layer that summarises, weights, and ranks publicly available product information. We do not run our own benchmarks, calibrate displays in-house, or measure power draw on a bench. Earlier versions of this page implied a lab — that was wrong and we've removed those claims.

Why a 0-100 score? Isn't that arbitrary? +

A weighted composite is necessarily one number. We chose 0-100 because it matches the implicit anchoring of school grades — readers intuitively know that 95 is exceptional, 80 is good, 60 is mediocre. It's a curator's shortcut, not a measurement.

Where do the spec values come from? +

Wherever possible: the manufacturer's own published spec page. The "Manufacturer-sourced where verifiable" badge on each review page marks that section. If a manufacturer does not publish a value (e.g. Apple does not disclose iPhone RAM), we leave it out rather than guess.

How do I report a wrong spec or a fake product? +

Mail the editorial team with the slug and a link to a primary source that contradicts the page. We've accepted reader corrections that removed a fabricated GeForce RTX SKU and a Galaxy product that wasn't actually shipping yet.

Are review samples provided by manufacturers? +

No. We do not maintain a review programme with any manufacturer.

Can I see the machine-readable record? +

Yes. Each product's structured record is at /api/product/<slug>.json — slug, brand, category, score, sub-scores, public specs, release date.