Is 144 Hz worth it? The math before paying more

It is for people who play fast-motion games and have a graphics card that delivers the frames. For office work and video, it matters little. The Radar shows how much more 144 Hz costs at the median, at the same size, and the decision is yours.

The number of frames per second the screen draws: 60 versus 144. With more frames, motion looks smoother, which shows up in gaming, scrolling and the mouse. The computer and the cable have to deliver that rate, and it has to be turned on in the display settings.

It’s an option between the office monitor and the gaming one. 120 Hz makes use of the PS5 and Xbox Series, and 100 Hz already makes motion smoother than 60 Hz. The guide’s table shows the median price of each cutoff in today’s catalog.

It’s the response time the manufacturer states, in GtG or MPRT. The two measurements can’t be compared across brands, and the Radar shows the number as the spec sheet gives it, without measuring it. That’s why 1 ms is spec sheet data and not a guarantee of an image with no trails.

To game at 144 frames per second, the more demanding the game, the more of the card. In light games, an entry-level card gets close. For working, it doesn’t matter. The Radar doesn’t test graphics cards and reads only the monitor’s spec sheet.

It depends on the size and resolution. The Radar compares the median price of those with 144 Hz or more with those with less, within the same size, in the 06/11/2026 catalog. Today there are 415 monitors, from $63.00.

Each dot is a new monitor. The further right, the more expensive; the higher up, the better the spec sheet score. The price uses a logarithmic scale: each step is worth more dollars than the one before, so the cheaper ones don’t get bunched together. The line connects the monitors that no other, among those filtered, beats on both score and price at once. Compare monitors of the same size: pick the inch range in the top bar.

From the monitor’s spec sheet, with public weights (image, smoothness, connections, ergonomics and recency). The score compares within the type: the Hz of an office monitor are measured against the office yardstick, those of a gaming monitor against the gaming one. It shows what the spec sheet states, not the calibration or the measured brightness. Size doesn’t count toward the score. The full calculation is in How we calculate the score.

Because the store’s spec sheet doesn’t give enough information: we need at least three components of the score. We’d rather leave a monitor without a score than make one up. Those monitors stay off the chart and remain in the table, with the price and the button to compare stores.

For a work desk, 24″ at Full HD and 27″ at QHD are the sizes where text looks sharp without scaling up. At 27″ Full HD the density drops to 82 pixels per inch and the text looks less defined; 32″ calls for QHD or 4K. Each monitor’s page shows the pixel density calculated by the Radar.

This is the lowest price from Amazon.com, a direct store, the manufacturer’s official store or a seller rated 4.0 with 100 or more sales, usually paying upfront, on the date we checked. It changes without notice, and the color can change the price. The buy button goes straight to the store, where the price of the day applies.