Samsung 27-inch 1440p 165Hz Monitor Review 2026

Most manufacturers slap “1ms” on the box and hope you won’t check. I do check. With a pursuit camera, a colorimeter, and three weeks of actual gaming. Because that “1ms” claim? It’s usually MPRT, which tells you nothing about real pixel transitions. The Samsung 27-inch 1440p 165Hz Gaming Monitor sits in the mid-range bracket where you expect honest performance without the nonsense. So I wanted to see if it delivers what it promises or if it’s just another curved VA panel with inflated specs.

At 27 inches, 1440p gives you 109 pixels per inch. That’s the sweet spot where you get noticeably sharper text than 1080p without needing to scale Windows. Everything just looks crisp without being tiny.

The contrast ratio is where this panel shines. I measured 2800:1 native contrast, which is roughly three times what you’d get from a budget IPS. When you’re watching films or playing atmospheric games like Resident Evil Village, those deep blacks make a real difference. HDR content (more on that later) benefits from having a decent baseline to work with.

But there’s no free lunch. VA panels are slower to transition between dark grey shades. In practice, this means you’ll see trailing shadows in fast camera pans through dark environments. Playing Valorant or CS2 with dark corners? The smearing is visible enough to be annoying if you’re used to IPS or TN panels.

Viewing angles show the typical VA gamma shift. Look at the screen from above or below and colours wash out noticeably. Dead-on viewing is fine, which is how you’ll use it anyway, but it’s worth knowing if you’re planning to use this for group viewing.

The 165Hz refresh is genuine. Not overclocked, not a “boost mode” that breaks colour accuracy. It’s the native spec and it works over both DisplayPort and HDMI 2.0. Smooth as you’d expect for fast-paced games where your GPU can push those frames.

That “1ms” claim is MPRT (Moving Picture Response Time), which measures motion blur with backlight strobing, not actual pixel transitions. Real GtG averages 6-8ms depending on the transition. Dark-to-dark is slower, around 12-14ms, which is where you see the VA smearing.

Input lag is genuinely good at 4.2ms. That’s competitive-level responsiveness. The problem isn’t how quickly the monitor receives the signal – it’s how quickly the pixels can actually change colour once they get the instruction.

Samsung gives you three overdrive settings: Standard, Faster, and Extreme. Standard is the sweet spot. Faster adds visible inverse ghosting (bright halos trailing moving objects) without improving motion clarity enough to justify it. Extreme is unusable – coronas everywhere.

For context, a decent Fast IPS panel will do 3-4ms GtG with minimal overshoot. This VA does 6-8ms with more smearing in dark scenes. It’s the price you pay for that contrast ratio. Whether it’s worth it depends on what you play.

Colour accuracy isn’t this monitor’s strength. Delta E of 2.8 average is fine for gaming but not for colour-critical work. If you’re editing photos or doing design work professionally, you’ll want something factory-calibrated. For everything else? It’s perfectly adequate once you dial back the saturation a bit.

This is what I call “compliance HDR”. It’ll accept an HDR10 signal and display something, but without local dimming or serious peak brightness, you’re not getting the HDR experience. The high native contrast helps a bit – at least blacks stay black – but highlights don’t pop like they should. Leave it in SDR mode.

I tested HDR with several games including Cyberpunk 2077 and Forza Horizon 5. Both looked better in SDR mode with the monitor’s high contrast doing the heavy lifting. The HDR mode just made everything look washed out because the panel can’t hit the brightness levels needed for proper highlight rendering.

I spent most of my three weeks testing with a mix of game types. Elden Ring and Cyberpunk 2077 looked gorgeous – the contrast made night scenes atmospheric rather than murky. The curvature added to the immersion without being gimmicky.

But firing up CS2 and Valorant showed the limitations. In dark corners and shadowy areas, you can see the pixel transitions lagging behind fast camera movements. It’s not terrible – we’re not talking about 2010-era VA panels here – but if you’re used to a Fast IPS or TN panel, you’ll notice the difference immediately.

Racing games hit a sweet spot. Forza Horizon 5 and Gran Turismo 7 (via PS5) both looked excellent. Fast enough motion handling for racing, great colours, and the curve adds to the cockpit view immersion.

Build is all plastic but doesn’t feel cheap. Thin bezels on three sides with a slightly thicker bottom bezel. The back has a textured finish that hides fingerprints well. Cable management routing through the stand works fine.

No USB hub, no USB-C, no built-in speakers. This is a no-frills gaming monitor. If you need those features, you’re looking at upper-mid-range territory.

The MSI MAG 32C6X is a closer competitor – also VA, also curved, higher refresh rate, and bigger. But it’s 1080p stretched across 32 inches, which gives you 69 PPI compared to this Samsung’s 109 PPI. Text looks noticeably softer on the MSI. If you want a big immersive panel and don’t care about pixel density, the MSI is worth considering. For sharper visuals, stick with this 27-inch 1440p.

In the mid-range bracket, you’re choosing between resolution, refresh rate, and panel type. This Samsung prioritises resolution and contrast. IPS alternatives like the LG UltraWide give you better colours and viewing angles but worse contrast and lower refresh rates at similar prices.

The value proposition is straightforward. You want 1440p gaming without spending upper-mid-range money. This delivers that core experience with good contrast and adequate speed for most gaming. What you sacrifice is response time performance for competitive play and any pretence of colour accuracy for professional work.

Compared to budget 1080p monitors in the sub-£150 bracket, you’re paying extra for resolution and that’s worth it if your GPU can drive 1440p. Compared to upper-mid options in the £300-500 range, you’re saving money by accepting VA panel limitations and skipping features like USB-C hubs and proper HDR.

The contrast ratio is the real selling point. If you’ve been using budget IPS panels with their greyish blacks, the difference is night and day. Films and atmospheric games benefit enormously. But that VA panel technology means you’re accepting slower dark transitions. It’s a trade-off, and whether it’s worth it depends entirely on what you play.

At this price point in the mid-range bracket, you won’t find a better combination of resolution, refresh rate, and contrast. You will find faster panels (IPS), better colour accuracy (factory-calibrated options), and real HDR (upper-mid territory), but all of those cost more. This sits in the sweet spot for value-focused gamers.