How To Get More Than 60 Hertz On Monitor: Skip The Hype

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Look, I’ve been there. Staring at a screen that feels like it’s running through molasses, especially when you’re trying to do anything remotely fast-paced. You hear everyone talking about refresh rates, about smooth motion, and you feel like you’re being left behind. Honestly, figuring out how to get more than 60 hertz on monitor can feel like navigating a minefield of marketing jargon and underpowered hardware.

My first foray into higher refresh rates was a disaster. I bought a ‘gaming’ monitor that boasted 144Hz. It looked great on paper, but in practice, my ancient graphics card choked on it, and the colors were washed out worse than a cheap watercolor painting left in the sun. I felt utterly ripped off, spending a solid $350 on something that made my PC feel *slower*.

So, let’s cut through the noise. This isn’t about chasing the highest number just because it’s there. It’s about making your setup actually feel better, smoother, and more responsive without wasting your hard-earned cash on snake oil.

Can Your Graphics Card Even Handle It?

This is the number one stumbling block for most people and, frankly, where I made my first colossal error. You can buy the fanciest 240Hz monitor on the planet, but if your graphics card is still chugging along trying to push out 30 frames per second in demanding games, you’re not going to see anything beyond 60Hz. It’s like putting a Ferrari engine in a go-kart chassis; it just won’t perform.

Think of it like this: your graphics card (GPU) renders the images, and your monitor displays them at a certain rate. If the GPU can’t churn out enough frames, the monitor, no matter how fast it’s capable of refreshing, will just be showing the same old frames over and over, or worse, stuttering.

My old rig had an NVIDIA GTX 970. It was decent for its time, but trying to run games like Cyberpunk 2077 at anything above 1080p and medium settings? Forget about it, let alone pushing for 144 frames per second. The monitor would happily display 144 times a second, but the GPU was only giving it 30-40 frames to work with. It’s a frustrating disconnect that many articles gloss over.

The Actual Specs You Need to Worry About

Beyond the raw refresh rate number (which is measured in Hertz, or Hz), you need to consider a few other things that actually impact motion clarity. The most important of these are response time and panel type.

Response Time: This is how quickly a pixel can change color. Measured in milliseconds (ms), a lower number is better. If response time is too high, you get motion blur and ghosting – that ugly trail behind moving objects. You want to aim for 1ms GtG (Gray-to-Gray) for fast-paced gaming, though 4ms is often perfectly acceptable for most users who aren’t ultra-competitive esports players. (See Also: How To Dual Monitor Without Room )

Panel Type: This is where things get really technical, but it boils down to how the pixels are arranged and how they display color and light. The common ones are TN, IPS, and VA.

TN (Twisted Nematic): Historically the fastest response times, great for competitive gaming if you can tolerate less vibrant colors and narrower viewing angles.
IPS (In-Plane Switching): Offers excellent color accuracy and wide viewing angles, but traditionally had slower response times. Newer IPS panels are much better, often hitting 1ms GtG. These are my go-to for a mix of gaming and general use.
VA (Vertical Alignment): Sits between TN and IPS. Good contrast ratios (deep blacks), decent response times, and decent viewing angles. Can sometimes suffer from black smearing, which is noticeable in dark scenes.

My mistake was buying a VA panel for competitive play. While the contrast was amazing for movies, the slight black smearing in fast-paced shooters made me feel like I was losing track of enemies in darker areas, which was maddening after my fourth attempt to adjust settings.

How to Actually Change Your Monitor’s Refresh Rate

Okay, assuming your hardware can handle it, how do you actually tell your monitor to go faster than the default 60Hz? It’s surprisingly simple, but the exact steps vary slightly between Windows and macOS.

On Windows:

Right-click on your desktop and select ‘Display settings’.
Scroll down and click on ‘Advanced display settings’.
Under ‘Choose a refresh rate’, select the highest available option from the dropdown menu.

Important Note: If the higher refresh rates aren’t showing up, it’s a strong indicator that either your graphics card drivers are out of date, your monitor isn’t properly recognized by Windows, or your display cable isn’t capable of handling the bandwidth. Always use a DisplayPort cable for higher refresh rates; HDMI can work but is often more limited, especially on older versions.

On macOS:

Go to System Settings (or System Preferences on older versions).
Click on ‘Displays’.
Hold down the Option key while clicking ‘Scaled’ for resolution.
Look for the ‘Refresh Rate’ dropdown that appears and select your desired setting.

This whole process felt like pulling teeth the first time I did it with a new Samsung monitor; I had to download a specific driver from their site that wasn’t automatically installed. Took me a solid hour of fiddling. (See Also: How To Monitor Rabbitmq With Nagios )

When 60hz Is Actually Fine (seriously)

Here’s a contrarian opinion for you: not everyone *needs* more than 60Hz. I know, I know, the internet is screaming at you to upgrade. But if you primarily use your computer for things like writing, browsing the web, watching movies, or even playing older, less demanding games, the difference might be negligible, or even imperceptible to your eyes.

My friend, Sarah, is an absolute wizard with spreadsheets and writes technical documentation all day. She has a perfectly good 144Hz monitor hooked up to her workstation, but she honestly forgets it’s even there. She said, and I quote, ‘It all looks the same to me. I’m not dodging bullets, I’m dodging typos.’ And she’s right. The visual fidelity and color accuracy of a good IPS panel at 60Hz can be fantastic for productivity and media consumption.

If you’re on a tight budget, or if your current setup is perfectly adequate for your needs, don’t feel pressured to chase higher refresh rates. A high-quality 60Hz monitor with excellent color calibration can often be more satisfying than a budget 144Hz panel with washed-out colors and terrible contrast.

The Cable and Connection Conundrum

This is another one of those sneaky issues that can completely derail your plans. You’ve got the monitor, you’ve got the graphics card, you’ve updated drivers, but you still can’t get past 60Hz. The culprit? Often, it’s the cable or the port it’s plugged into.

DisplayPort vs. HDMI: For refresh rates above 60Hz, especially at higher resolutions like 1440p or 4K, DisplayPort is generally your best friend. It has a higher bandwidth capacity than most HDMI versions. An HDMI 1.4 port, for example, might cap you at 1080p @ 60Hz or 1440p @ 30Hz. HDMI 2.0 and newer versions offer more, but DisplayPort (especially 1.2 and above) is the standard for high refresh rate gaming monitors. I once spent three hours troubleshooting a new monitor only to realize I was using an old HDMI cable meant for my Blu-ray player, not for this high-performance display.

Cable Quality Matters: Even if you have the right port, using a cheap, uncertified, or old cable can limit bandwidth. Look for cables that are certified for the resolution and refresh rate you’re aiming for. They aren’t usually that expensive, and the peace of mind is worth it.

What About Overclocking Your Monitor?

You might see this term bandied about, especially in forums or Reddit threads. Monitor overclocking is essentially pushing your monitor beyond its officially rated refresh rate. For example, if you have a 144Hz monitor, you might be able to push it to 160Hz or even 180Hz through your graphics card’s control panel. (See Also: Couldn T Switch To Requested Monitor Resolution Hearthstone )

Is it worth it? Sometimes, yes. I’ve managed to squeeze an extra 20Hz out of a couple of monitors I’ve owned, and it did make a tiny, almost imperceptible difference. But it’s a gamble. You risk image artifacts, flickering, or even permanent damage to the monitor if you push it too hard or if your monitor’s internal circuitry just can’t handle it. It’s not something I’d recommend for the average user, especially if you’re already struggling to get to the advertised refresh rate.

How to do it (with caution): On NVIDIA cards, you do this in the NVIDIA Control Panel under ‘Change resolution’ and then ‘Customize…’ to create a new resolution with a custom refresh rate. For AMD, it’s in the AMD Radeon Software under ‘Display’ settings. Always start with very small increments (like 2-5Hz) and test thoroughly. If you see weird lines or colors, back off immediately. For most people, sticking to the manufacturer’s specified refresh rate is the safest and most reliable way to get more than 60 hertz on monitor.

Final Thoughts

So, you want to get more than 60 hertz on monitor. It’s not rocket science, but it’s also not just about buying the most expensive screen. You need to check your GPU, ensure your cables are up to snuff, and understand what the specs actually mean beyond the marketing hype.

My biggest takeaway after years of tinkering and frankly, wasting money, is that a balanced system is key. A screaming-fast monitor hooked up to a potato of a PC is just a frustrating experience. Conversely, a powerful PC begging for more frames on an old 60Hz panel is also a waste. Aim for synergy.

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Before you click ‘buy’ on that shiny new monitor, take a long, hard look at your current setup. Can it handle it? Are you chasing a number or a real improvement in your visual experience? Honestly, for many, a solid 60Hz or 75Hz display that’s well-calibrated will serve them better than a budget 144Hz panel that looks dull and suffers from input lag.