Collection: 1440p & QHD Monitors

Which 1440p monitor do you actually need?

Most PC builders land on 1440p because it's the sharpest balance between pixel density and GPU load. At 27 inches it sits around 109 pixels per inch, which looks crisp on a normal desk, and it asks for far less grunt than 4K. The real decision is the panel technology and refresh tier, because that is where prices split.

Entry-level 1440p monitors are usually fast IPS or VA panels at 144Hz to 180Hz. IPS gives you better viewing angles and colour consistency, but native contrast sits around 1000:1, so blacks look grey in a dark room. VA panels push contrast to 3000:1 or more, which makes dark scenes richer, but slower pixel transitions can leave smearing in dark gradients. Sweet-spot monitors are typically 165Hz to 240Hz fast IPS with properly tuned overdrive, so you get low response times without the inverse ghosting that cheap overdrive causes.

Enthusiast tiers are mostly OLED (QD-OLED or WOLED) at 240Hz to 360Hz. OLED pixels emit their own light, so contrast is effectively infinite and pixel response is a fraction of a millisecond. The trade-offs are lower full-screen brightness, text fringing on some subpixel layouts, and burn-in risk if you leave static desktop elements up all day. Mini-LED sits in between, with local dimming zones for HDR punch, but you'll see some blooming around bright objects.

Diminishing returns hit hard past 240Hz unless you play competitive shooters and your frame rate actually reaches it. A 165Hz fast IPS looks worlds better than a 60Hz panel, but going from 240Hz to 360Hz is a much smaller jump.

Upgrading and technical nuances

Your Graphics Cards / GPU decides how much refresh rate you can use. Hitting 165fps at 1440p in demanding titles needs a current upper-midrange card, while esports titles are happy on far less. Pair it with a capable chip from CPUs & Processors, because at 1440p high refresh the CPU often becomes the limiter in competitive games.

Connectivity is a common trap. DisplayPort 1.4 handles 1440p at 240Hz using Display Stream Compression, which is visually fine for most people but can disable some features on certain monitors, like running multiple outputs or certain scaling modes. HDMI 2.1 gives more headroom, which matters for consoles. Some budget monitors ship with HDMI 2.0 only, which caps 1440p around 144Hz. Check the spec sheet, not just the port shape.

For HDR, ignore plain "HDR supported" labels. DisplayHDR 400 on an edge-lit IPS panel does very little. You want DisplayHDR 600 or higher on mini-LED, or True Black certifications on OLED, to get a real lift.

For benchmark series, look at the ASUS TUF Gaming and MSI MAG lines for value fast IPS, then step up to ASUS ROG Swift, Gigabyte AORUS and LG UltraGear for premium tuning. Dell Alienware and Samsung Odyssey OG lines cover the OLED end. If you do colour work too, Dell UltraSharp and BenQ's designer range prioritise factory calibration over raw speed.

Practical things to check before buying

Size and desk depth come first. A 27 inch panel is comfortable at an arm's length, while 32 inch 1440p drops to about 93 pixels per inch, so text looks softer unless you sit further back. Measure your desk and check the stand footprint. Many monitors have wide tripod feet that clash with keyboards and speakers. A VESA 100x100 mount lets you swap to an arm and reclaim space.

Check ergonomics too. Tilt-only stands are common on budget units, while height adjustment, swivel and pivot are worth paying for if you sit for hours. Cable quality matters at high refresh. Use the DisplayPort cable in the box or a certified DP 1.4 cable from Cables & Connectors, because dodgy cables cause black screens and dropouts at 240Hz.

If you're building around the monitor, a good Computer Cases pick and tidy airflow keep your GPU boosting steadily, which keeps frame rates smooth. Check that your card has the right outputs, as most current cards carry DisplayPort 1.4 or newer plus HDMI 2.1. Also see what's available in Monitors for stand and panel specs side by side.

For OLED, check the burn-in coverage and the panel's maintenance features, like pixel shifting and refresh cycles. For all panels, look up the dead pixel policy. Some brands only replace a unit if you have several faulty pixels, so read the fine print.

Brands and local warranty

Reputable names include ASUS, MSI, Gigabyte, LG, Samsung, Dell, AOC, BenQ and Acer. All have strong 1440p lineups, but their policies differ, especially on pixel faults and OLED burn-in.

Buying through an Australian retailer means the warranty is handled locally. Under Australian Consumer Law, you're entitled to a remedy if a product is faulty, and local stock gets a proper RMA process instead of you posting a monitor overseas. Grey imports can leave you with no support, a different power plug or the wrong firmware. A monitor is bulky and fragile, so shipping it internationally for a fault is a nightmare. Keep the original box until you're past the first few weeks of testing, because it makes any exchange much easier.

Frequently asked questions

Is 1440p better than 4K for gaming?

For most people with a mid-range or upper-midrange GPU, yes. 1440p lets you run high settings at 120fps or more, while 4K usually forces a trade-off between frame rate and visuals. If you have a flagship card and play slower, cinematic games, 4K can be worth it.

What refresh rate should I buy?

165Hz to 240Hz is the sweet spot. Match it to what your system can actually deliver. A 360Hz panel is wasted if your games run at 150fps.

Is OLED worth it at 1440p?

If you value contrast and motion clarity, absolutely. The caveats are price, brightness limits in bright rooms and burn-in risk. Use a dark theme, set an auto-hide taskbar and enable the panel's care features.

Do I need G-Sync or FreeSync?

Variable refresh rate stops tearing without adding input lag. Most current monitors support FreeSync and are G-Sync compatible, which works fine with both NVIDIA and AMD cards. Dedicated G-Sync modules are rarer today.

Will a 1440p monitor work with my console?

Often yes, but support varies. Some consoles output 1440p only on specific modes, and HDMI 2.1 is needed for 120Hz. Check the monitor's spec before assuming it will work.