Monitor Buying Guide: How to Choose the Right Monitor

A 24-inch monitor is a practical choice where desk space is limited, while a 27-inch monitor offers more physical workspace. Compare resolution as well as size: many buyers consider Full HD at 24 inches and QHD at 27 inches, but the best option depends on viewing distance, applications and budget.

Choose based on screen size, viewing distance, the amount of workspace you need and what your computer supports. Full HD suits many everyday setups, QHD adds workspace and detail, and 4K provides more pixels for detailed or larger-screen work but may require stronger hardware and interface scaling.

Monitor size is measured diagonally across the viewable display area, not including the outer bezel. Two monitors with the same diagonal size can have different widths and heights when their aspect ratios differ, so check the product dimensions as well as the advertised screen size.

Pixel density describes how closely pixels are packed into a given screen area. A higher-resolution display of the same physical size generally has higher pixel density, but text and controls may appear small without operating-system scaling. Check that your essential applications work well at the scaling level you expect to use.

A 16:9 display is a common general-purpose choice. Wider 21:9 and 32:9 formats provide more horizontal workspace, while 16:10 provides slightly more vertical room than 16:9. Check game, video, screen-sharing and application support because content may not always fill an ultrawide screen.

Flat monitors suit a wide range of desks and are easy to align in multi-monitor layouts. A curved display can make a wide screen feel more consistent across your field of view, particularly when you sit near the centre. Compare screen width, curve rating, viewing position, wall-mounting plans and shared viewing.

An ultrawide provides one continuous desktop with no centre bezel, while two monitors can provide separate screens, flexible positioning and mixed orientations. Compare desk width, software use, screen sharing, input options and mounting requirements.

Compare the portable monitor's dimensions, weight, brightness, stand or cover, inputs and included cables. Confirm whether your device can provide video and enough power over USB-C or whether the display needs a separate power connection. A USB-C connector alone does not guarantee video support.

OLED offers per-pixel light control, very dark blacks and fast response. IPS is widely used for consistent colour, wide viewing angles and office or creative work. Compare brightness, text rendering, static-content use, warranty terms, room conditions and budget rather than choosing by panel label alone.

Mini LED is a backlight technology used with an LCD panel; it is not a separate LCD panel type. It can provide many local-dimming zones for improved brightness and contrast control, but results vary by model. Compare dimming behaviour, blooming, panel type and HDR certification.

HDR performance varies considerably. Compare brightness, contrast, black levels, colour gamut, local dimming and recognised certification rather than relying on an HDR-compatible label alone. The source device, application, cable and content must also support HDR.

They are colour spaces used by different content and production workflows. A wider advertised gamut is not automatically better for every task; coverage, accuracy, calibration controls and correct colour management all matter. Choose a monitor that matches the colour space required by your software and output.

Factory calibration can be useful when colour accuracy matters, especially if the manufacturer provides a report or stated tolerance. It does not guarantee that every workflow will remain accurate indefinitely. Professional users may still need compatible calibration hardware, software and a regular calibration process.

A matte surface can reduce sharp reflections in bright rooms, while a glossy surface can appear clearer or more contrast-rich in controlled lighting. The best choice depends on window placement, room lighting and how sensitive you are to reflections. Product listings may describe this as anti-glare, matte, semi-gloss or glossy.

The useful refresh rate depends on the games you play and the frame rate your PC or console can produce at the chosen resolution. Competitive players may prioritise higher refresh rates, while other buyers may prefer a balance of resolution, image quality, HDR and refresh rate.

Refresh rate is how often the monitor can update the image each second. Response time describes how quickly pixels transition between states under a stated test method. Both affect motion clarity, but neither specification alone describes the complete gaming experience.

No. Brands may use different transition measurements, overdrive settings and test methods, and one quoted result may not represent every colour transition. Compare the stated method, usable overdrive modes, overshoot and independent motion testing where available.

They relate to variable refresh rate, which allows a compatible display to follow changing frame output. AMD FreeSync, NVIDIA G-SYNC, G-SYNC Compatible and VESA AdaptiveSync use different certification or implementation approaches. Confirm the exact monitor, graphics hardware, port and driver combination.

A dual-mode monitor can provide different maximum refresh rates at different resolutions, such as a higher refresh rate when the resolution is reduced. The available modes and how they are selected vary by model, so check the monitor, graphics hardware and connection requirements.

Check the console's supported resolution, refresh rate, HDR and variable-refresh output, then confirm the monitor supports those features through the intended HDMI port. Also check audio output because many monitors do not include speakers. Console capabilities and supported game modes can differ.

It can if the monitor provides USB Power Delivery and its stated wattage is suitable for the laptop. The laptop's USB-C port must also support the required video and charging functions. Check both device specifications and use a compatible cable.

USB-C uses one connector for several possible capabilities. The laptop port, monitor input and cable must support a compatible video path such as DisplayPort Alt Mode or Thunderbolt. Some cables are intended mainly for charging or lower-speed data, so check the specifications for every part of the connection.

Check the computer or graphics card specifications, the monitor's supported timings, the selected HDMI, DisplayPort, USB-C or Thunderbolt port, and the cable. All parts of the connection must support the target resolution, refresh rate, colour depth and HDR mode.

Neither connector is automatically better in every setup. The result depends on the versions and features implemented by the computer, monitor and cable. Compare the exact resolution, refresh rate, HDR, audio and variable-refresh requirements instead of choosing by connector name alone.

Use a cable that is rated and, where applicable, certified for the required connection standard and bandwidth. The monitor and source ports must support the same target mode. Very long cables, adapters and docks can add limitations, so check their specifications as part of the complete signal path.

A monitor KVM can let one keyboard, mouse and display switch between compatible connected computers. Implementations differ: check the required upstream USB connections, video inputs, switching controls and whether extra USB devices or charging are supported.

Some DisplayPort monitors support Multi-Stream Transport with a DisplayPort output for daisy-chaining. The computer, operating system, graphics hardware, first monitor and connection must all support the planned number, resolution and refresh rate of displays. Do not assume every DisplayPort or USB-C monitor supports it.

Picture-by-picture displays two input sources at the same time in separate areas of one screen. It can be useful for two computers or side-by-side workflows, but supported layouts, resolutions, refresh rates, audio and USB switching vary by monitor.

That depends on the laptop model, graphics hardware, operating system, ports, dock and the resolution and refresh rate of each display. A dock cannot necessarily exceed the computer's display limits. Check the laptop manufacturer's display-support specifications before planning the setup.

Only if the monitor and arm are compatible. Check the monitor for a stated VESA mounting pattern, the screw requirements and the monitor weight without its stand. Confirm the arm supports that pattern, weight and screen size, and allow room for cables and movement.