A 165-hertz monitor is also good for gaming, but if you’re looking for a high revive rate gaming monitor and want to select between a 144Hz and a 165Hz model, we say go with the latter. Being an exceptional standard means that with 165Hz monitors, you are more likely to get better-quality boards, better colour accuracy, better HDR, and faster response. In effect, 165Hz becomes the new 144Hz or the happy medium between 60Hz and high frame rates like 240Hz and 360Hz.
Table of Contents
Why is 165Hz Becoming Popular?
Gaming monitor manufacturers are always looking for ways to increase refresh rates to support faster games and more powerful graphics cards. Incremental steps have the advantage of present revive rates that many GPUs can advantage from. So, in effect, 165Hz is gaining fame as a possible additional for 144Hz. Going from 144Hz to a 165-hertz monitor doesn’t even require entirely new panel technology. Many manufacturers find that many 144Hz panels can easily be tuned to deliver a native 165-hertz monitor without risky or unstable overclocking. So it’s a win-win scenario. For manufacturers, this provides the ability to deliver panels faster without costly development
Benefits of 165Hz
the most obvious advantage above. A few more images without breaking the bank. Can you tell the difference between 144 and 165 frames per second? Probably not, if we’re being honest. But any game running at 165Hz will run smoother than 144Hz, even if you don’t overtly perceive the difference. Even a 13% growth in frame rate is rather in competitive games.
Specific Uses of Product Sets
- Refresh rate 165-hertz monitor
- Brand Acer
- 27-inch screen size
- Screen Surface Description Matte
- 27-inch Full HD (1920 x 1080) TN widescreen display 400 nits brightness with AMD Free Sync technology
- 165Hz Refresh Rate (Overclock Mode) 0.7MS Response Time
- 1 X DVI Dual Link Up 1 X HDMI 1 X DP Ports with DP Receive Box Cable
- 2W X 2 Stereo Speakers – Wall Mount Ready
- AMD Radeon FreeSync Technology – Frameless Design
- 178/178 viewing angle – Flicker-free technology
Visible Screen Diagonal
27″ / 69 cm
Can HDMI 2.0 Run 165Hz?
It varies contingent on the quality of the cable and graphics card drivers. 2.0 can do 4K 120Hz with decreased color depth and lower quality intensity subsampling. So 1440p at 165Hz is possible if you reduce the colour depth to 8-bit and set the chroma subsampling to 4:2:2 or 4:2:0. But the problem with 165Hz monitors is that they are newer and therefore may have HDMI 2.1 included. Even though they don’t have HDMI 2.1, you can still enjoy 1080p 165Hz. And because this refresh rate is primarily for multiplayer and competitive games.
144Hz vs 165Hz: Pros, Cons, & Differences
Gaming has come an extended way since the days of CRT televisions and sub-30 frames per second (FPS) gameplay. Serious gamers these days will scoff at PCs, consoles, and monitors that run at 30, 60, or even 75 FPS, which is likely why you decide to go for a monitor with a high refresh rate.
What is the difference Between 144Hz and 165Hz?
The main difference between 144 and 165-hertz monitors is 21 Hz, or the ability to display 21 additional frames per second. That’s a 14.5% increase from 144Hz. The magnitude of the 14.5% difference will heavily depend on your insight and how often you play at high frame rates.
The beginner eye may not poster a difference between 144 and 165 FPS, and some users even claim they can’t tell the difference between anything over 120 FPS.
Different Refresh Rates:
- 60Hz = 16.66ms/frame
- 75Hz = 15ms/frame
- 144Hz = 6.94ms/frame
- 165Hz = 6.06ms/frame
- 240Hz = 4.16ms/frame
60-75Hz (25% increase) reduces display time by 1.66ms/frame, while the 21Hz jump from 144-165Hz (14.5% increase) only reduces display time. ‘display. Display in 0.88ms/frame? It’s diminishing returns. Render time reduction and proportional increase in hertz become smaller and smaller as refresh rate increases
Hertz and Frames: What Matters & What Doesn’t?
For example, a monitor with a 144 Hz refresh rate can display up to 144 frames per second; one with a 165 Hz refresh rate can display up to 165 frames per second.
Refresh rates are an important aspect of monitoring performance. The videos or games on your screen don’t move; your screen creates the illusion of a program by displaying many changed images quickly.
A faster frame display makes gameplay smoother, makes controls smoother and more reactive, and even helps reduce or remove various visual artifacts that plague low FPS games. Speaking of FPS, you might wonder what it is and how it differs from refresh rates. It’s quite simple. FPS raises the number of frames your computer renders per second
Hardware Needed for High Framerate Performance
Some changed components are involved in constructing a computer to pump out good FPS on high revive rate monitors. We’ll cover that in this unit since that hardware is similarly important to achieving the max framerate your monitor can handle
The high frame rate gaming is what you are going to expect from a monitor with at least a 144Hz or 165-hertz monitor refresh rate (this article is corrected on a 244Hz
The Dell S3220DGF 32-inch curved monitor. This one ticks all the boxes: 165-hertz monitor refresh rate, Quad HD (1440p) resolution. And a decent 4ms response time (check our guide on whether or not the 4ms response time is good enough for gaming). It’s excellent if you want a high refresh rate but isn’t looking for response time. A large bent panel appears cool and also gives you an extensive battlefield view.
The 27-inch Pixio PX277 main. This one is a bit lesser, but its 165-hertz monitor refresh rate, 1440p native determination, and fast 1ms reply time more than make up for its smaller, flatter screen. 27-inch monitors are also better suited for truly competitive gaming than 32-inch ones.
Also Good at 27-inches
The 27-inch MSI Optix MAG274QRF-QD also has a 165Hz revive rate, 1ms response time, and 1440p native resolve, but this one is Rapid IPS
This is where it gets real. A graphics card is a second brain for your PC designed to handle video, animation, photos, and also almost everything related to running video games. You possibly know this, but the graphics card is what gives your PC the power to render dozens or hundreds of detailed game images every second.
Running games at 165 FPS is no mean feat for some platforms. Most regular computers can’t handle it, and also even some relatively high-end GPUs will struggle to sustain 165 FPS at a reasonably high resolution.
Hard Drive/Solid-State Drive
The hard drive isn’t a factor in your frame rate, and also old hard drives are slow and often demanding. If you’ve seen that older computers take forever to boot up and introduce a game, chances are their hard drives are to fault.
These days, Solid State Drives (SSDs) are universally preferred over standard HDDs, and it’s easy to see why. An SSD won’t increase your frame rate or help your PC render more realistic graphics, but it will allow it to boot quickly and load even the major games.
SSDs have gotten significantly better and cheaper in recent years, so you’ll be able to get one with plenty of storage space without draining your bank account. You can opt for a cheap SSD with a capacity of 512 GB or less
Is a 165 Hz Monitor still Good in 2019?
However, the 165-hertz monitor is a substantial improvement over 144Hz, and it can handle more and more competitive games with demanding visuals. If your monitor has an IPS screen and a refresh rate of 165Hz, the gaming experience will be unparalleled.
In gaming, triumph and defeat are measured in milliseconds, and if your monitor freezes, it can cause serious issues during gameplay. With a refresh rate of a 165-hertz monitor, you can enjoy a display of high-quality gameplay without worrying about image blur.
However, if you’re a serious gamer, you might want the extra hertz. Even a few extra FPS will make the game run smoother, and also you’ll have a slight advantage over people playing at lower frame rates, which can be the difference between winning and losing in fast-paced shooters and also racing games.