If you will judge the same colour edit on both screens, start with two monitors of the same full model, use matching picture settings, then measure and profile each display separately. Choose sRGB and Rec. 709 support for work delivered in those spaces, or look for the relevant wider gamut when Adobe RGB or DCI-P3 is part of your workflow; neither a wider gamut nor a factory-calibration claim guarantees that two individual screens will match.
If both displays will influence your final colour judgement, prioritise a same-model pair and plan to profile each screen. Datacolor Spyder Support explains that displays can differ even after calibration.
If your work is intended for sRGB or Rec. 709 viewing, look for explicit support for those spaces and a suitable picture mode before prioritising a wider gamut. Check that your computer can run the two-display arrangement you want.
If Adobe RGB or DCI-P3 is part of your editing and delivery workflow, check coverage for that specific space and use an appropriate colour-managed setup. A broad gamut figure alone does not establish how closely two screens will agree.
Decide whether both screens must support final colour judgements or whether one is mainly for tools and reference material. For a comparison pair, settle the intended colour space before choosing resolution and connections.
| Concern | What to check | Who this matters to |
|---|---|---|
| Agreement between screens | Choose the same full model and picture preset; plan separate measurements and ICC profiles for both units. | I need to compare the same edit on both displays without mistaking a screen difference for an editing error. Around 29% of consumers put agreement between the screens first. |
| SDR colour-space fit | Check explicit sRGB or Rec. 709 coverage and the available colour modes for your intended delivery space. | My work is delivered for web or SDR video viewing, so I need a mode suited to that output rather than gamut width for its own sake. For around 29% of consumers, this workflow fit is the primary concern. |
| Workspace and connections | Confirm your computer’s two-display limits, required resolution and refresh rate, and the video and charging capabilities of its ports. | I need room for the edit and its tools, but my computer must actually drive both screens in the arrangement I plan to use. Connection and workspace practicality comes first for around 24% of consumers. |
| Wider-gamut or HDR work | Check coverage for the specific colour space you use; for HDR work, check the display specification against your intended review workflow. | I work with Adobe RGB, DCI-P3 or HDR-oriented material and need to assess whether a proposed display suits that work. Around 18% of consumers prioritise this requirement. |
Factory calibration is a starting point, not a measurement of your particular pair. Datacolor Spyder Support notes that displays can differ in backlight technology and ageing.
Buy the same full model if both screens will be used for colour judgements, use matching target settings, and measure and profile each one separately.
Allow for the time to profile both displays and, if needed, access to a calibration sensor or service.
Adobe RGB and DCI-P3 coverage is relevant when those spaces are part of the work; it does not replace a suitable sRGB or Rec. 709 mode for delivery in those spaces.
Identify your working and delivery colour spaces, then check the exact model’s modes and use the appropriate settings in colour-managed applications.
USB-C charging or a DisplayPort output on a monitor does not establish how many external displays your computer can drive, or at which resolution and refresh rate.
Check the computer’s display limits and video-output support before relying on a one-cable or daisy-chain arrangement.
A different connection arrangement may call for another cable, adapter, dock or charger.
An old monitor needs an electrical-waste route. GOV.UK says retailers covered by its take-back requirements must accept waste of the same type when a customer buys a new item, including online.
Ask the seller how its take-back service works for your purchase. GOV.UK states that the required in-store take-back service must be free.
These model-specific manufacturer specifications can help narrow a pair; they are not a substitute for measuring the two units you receive.
ASUS lists the PA279CV with 100% sRGB and 100% Rec. 709 coverage, while its PA279CRV specification adds stated 99% Adobe RGB and 99% DCI-P3 coverage.
Dell UK specifies the U2723QE as a 27-inch 4K monitor with 100% sRGB, 100% Rec. 709 and 98% DCI-P3 coverage.
BenQ lists the PD2705Q as a 27-inch, 2560 × 1440 monitor with 100% sRGB and 100% Rec. 709 coverage and a factory calibration report.
LG specifies the 27UP85ZK-W as a 27-inch 4K IPS model with 95% DCI-P3 typical coverage and USB-C charging up to 90 W.
These monitors offer different starting points for a two-screen editing desk, from an sRGB-focused WQHD option to 4K and wider-gamut models. If both screens will be used to judge the same edit, check that you can obtain two units of the same full model and plan to profile each one.
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Consider this model if your editing setup calls for a 32-inch 4K screen and you intend to obtain a matching pair.
Its product title identifies an IPS Mini LED display, 120 Hz refresh rate, Thunderbolt 3 and hardware calibration. Check the exact brightness specification before relying on it for HDR decisions, and measure and profile each unit separately.
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This is a same-model-pair option to consider when WQHD gives you enough room to compare edits.
The product title identifies an IPS WQHD display. Check its colour modes against your delivery space, and profile the two units separately rather than treating a factory-calibration claim as proof that they match.
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Consider this 4K OLED model if that display type suits your editing workflow and you can obtain the same model for both positions.
For an editing desk with persistent tool panels, take account of the product listing’s warning that prolonged static images at high brightness may increase burn-in risk. Measure and profile each unit separately.
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Consider the size and curved shape before choosing two of these screens for side-by-side viewing.
The product title states 99% DCI-P3 coverage and 65 W USB-C power delivery. Confirm the calibration arrangements for the exact variant, and do not treat a stated colour-accuracy figure as a guarantee that two units will agree.
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This model is worth considering if a 27-inch 4K layout suits your two-screen desk.
The product title identifies a 16:9 UHD display. If you intend to make colour-critical comparisons on both screens, confirm its colour modes and calibration arrangements, then measure and profile each unit.
Choose the same full model if you will judge the same edit on both screens. It reduces differences introduced by mixing models, but Datacolor Spyder Support notes that individual displays can still differ, so measure and profile both.
Calibration cannot guarantee an identical appearance. Datacolor Spyder Support explains that displays can have different backlights and ageing characteristics; use a primary reference screen for final colour decisions if the second screen is a different model.
Set the same intended picture mode and comparable brightness and white-point targets, then measure each monitor and save a separate ICC profile for it. Datacolor’s StudioMatch guidance describes moving through the selected displays one at a time.
Not necessarily: start with explicit sRGB or Rec. 709 support when those are your intended delivery spaces. Choose Adobe RGB or DCI-P3 coverage when that specific space is part of your colour-managed workflow, and check the relevant mode on the exact monitor model.
Only if your computer and the proposed connection arrangement support two external displays at the resolutions and refresh rates you need. Check the computer’s external-display limits and USB-C video capability; a monitor’s USB-C charging specification does not establish the computer’s two-screen support.