Best Monitor for PS5 and PS4 (Backwards Compatible)

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Best Monitors For Ps5 And Ps4
Best Monitors For Ps5 And Ps4

Image quality, processing power, in-game graphics, and much more are speculated to be in the works for the upcoming PS5 release during the 2020 holiday season.

Below we will list out some of the best PS5 and PS4 compatible monitors currently available that will not only support the latest edition of the PlayStation but will also work with your current gaming console.

With the long-awaited release of the next generation of gaming consoles, many gamers are wondering what will evolve with the newest release from Sony and their PlayStation series.

Widely considered the go-to console for both casual and competitive gamers, the PlayStation 4 has been a staple since its release in 2013.

Although the aforementioned console is far from outdated, there are plenty of improvements that are widely anticipated from their recently announced PlayStation 5.

Obviously, with any new piece of technology, the questions of backward compatibility will eventually rise. While there may be few answers at the moment when it comes to games and peripherals, your monitor is the one area where there is relative certainty.

  1. Alienware AW2518Hf 25″

Screen Size: 25 inches | Resolution: 1920×1080 pixels | Max Refresh Rate: 240 Hz | Panel Type: TN

Ps5 Monitors
Ps5 Monitors

Pros
  • Native high refresh rate of 240 Hz
  • Sleek design
  • AMD FreeSync compatible
  • Designed for multiple monitor setup
  • Full tilt and height adjustment

Cons
  • Not 4K or HDR
  • Large form factor which may limit desk space

 

One of the most popular names within the gaming tech world, Alienware has repeatedly released hardware that is both uniquely designed and powerful. The Alienware 25 is no exception, offering 25 inches of 1920×1080 screen real estate in a sleek and futuristic form factor. Although notable for its looks, it offers all of the high-end specs you’d come to expect with a top tier console gaming monitor.

Featuring a maximum refresh rate of 240 Hz, it has a 1 ms response time for snappy and crisp gaming with virtually zero image lag. Additionally, the inclusion of AMD Freesync will smooth out PC gaming for minimal image tearing and artifacts. While the monitor may have a large footprint, taking up considerable space on a desk, the thin bezel makes it a great option for a multiple monitor setup for those who can accommodate it.

With the addition of six visual setting profiles, three of which you’ll be able to fully customize, you’ll be able to effortlessly switch between them on the fly between games. Other built-in features include a on-screen timer and FPS counter, allowing for easy tracking of both in-game features and PC performance.

2. BenQ EX2780Q Gaming Monitor

Screen Size: 27 inches | Resolution: 2560×1440 pixels | Max Refresh Rate: 144 Hz | Panel Type: IPS

Benq Ex2780q

Pros
  • Features HDRi for adaptive contrast depending on your environment
  • Built in speaker and subwoofer
  • 2k QHD resolution
  • Automatic brightness and color temperature adjustment
  • Included remote control
Cons
  • Slightly slower 5 ms response time
  • No height or swivel adjustment

 

The go-to brand for many professional gaming leagues, BenQ has consistently released high performing monitors for a number of years. While usually their monitors are centered around maximizing performance at the cost of extra frills, the BenQ EX2780Q marries the niceties of consumer needs while also providing top tier performance. Featuring a professional and sleek build quality, it also boasts a snappy response time and refresh rate for high-level gaming.

Coming in at 144 Hz and a 1 ms response time, this 1440p IPS panel has a slim bezel form factor and a powerful punch when it comes time to game. The additional FreeSync technology will leave images not only snappy and lag-free, but also smooth and free from distortion. While these features alone may be worth the investment, it’s the inclusion of HDRi and built-in speaker that push this monitor ahead of the pack.

Offering automatic HDR adjustment based on your environment through a front-facing sensor, HDRi will optimize your visual settings for best viewing depending on in-room factors. Additionally, the inclusion of a 2.1 channel speaker with a 5-watt subwoofer makes this not only a well-rounded gaming monitor but a great option for movies and television.

3. Asus ROG Swift PG27UQ 27″

Screen Size: 27 inches | Resolution: 3840×2160 pixels | Max Refresh Rate: 144 Hz | Panel Type: IPS

Asus Rog Swift Pg27uq 27

Pros
  • Rear Aura Sync RGB lighting
  • 4K resolution
  • Tilt, swivel, and height adjustment
  • Features 2 USB 3.0 ports
  • NVIDIA G SYNC support
Cons
  • Loud cooling fans
  • Thick bezels

 

The first fully 4K monitor on this list, the Asus ROG Swift is a 27″ gaming monitor covering the full spectrum of gaming qualifications. Offering a max refresh rate of 144 Hz with a 4 ms response time, this quantum-dot IPS panel offers great visuals while also covering 99% of the Adobe RGB color spectrum. The addition of industry-standard G Sync technology also provides smooth and responsive images without tearing. The 384 zone local dimming provides rich contrast across the entire panel, allowing dark and light areas of the screen to remain crisp and visible.

Fully adjustable in terms of height, tilt, and swivel, the ROG Swift also includes flicker-free and low blue light technology for long and comfortable gaming sessions, while also providing minimal eye strain. This also includes VESA mount support, allowing for external monitor stands and wall mounts.

The most notable feature, the support for 4K content, will be one of the biggest selling factors of this monitor for those looking to upgrade to the PS5. Assuming the newest console will have rich and universal 4K HDR content, this will allow you to appreciate the enhanced graphics and lighting performance from new AAA titles released on the PS5.

4. Samsung C32HG70 – 32″

Samsung C32hg70

Screen Size: 32 inches | Resolution: 2560×1440 pixels | Max Refresh Rate: 144 Hz | Panel Type: VA

Pros
  • Curved wide screen design
  • Atmospheric rear lighting
  • 1 ms response time
  • AMD FreeSync support
  • High pixel density, which is about 1.7x higher than HD panels

Cons
  • Might be slightly too large for gaming
  • Curved screen may be less friendly for movies and television

 

The largest monitor on this list, the Samsung C32HG70 is a 32″ curved QLED panel. Allowing for increased immersion while in game, the curved view widens peripheral vision and allows for a more comfortable and less rigorous viewing experience. While some gamers may think 32 inches is a bit too large for competitive gaming, casual players will appreciate the unique experience afforded by a curved monitor.

While it may have an unconventional form factor, the gaming performance still features top of the line specifications you’d expect from a high-end monitor. With a 144 Hz refresh rate and a 1 ms response time, it also features Freesync for smooth, speedy, and crisp in-game images. While not 4K, this Samsung monitor does support HDR at a resolution of 2560×1440.

A simplistic design and build quality, you’ll be able to experience high-performance gaming while also retaining a professional aesthetic for productivity. While slightly larger than the average monitor, the inclusion of VESA mount support allows for external wall mounting for those with limited space.

5. Asus VP28UQG – 28″

Screen Size: 28 inches | Resolution: 3840×2160 pixels | Max Refresh Rate: 60 Hz | Panel Type: TN

Pros
  • Flicker free technology for easy long term viewing
  • “GamePlus” tools for in-game enhancements
  • HDMI and Display Port connectivity
  • Smooth and fast responsiveness of 1 ms with Adaptive-Sync
  • UHD panel with a 157 PPI density

Cons
  • Slow refresh rate capped at 60 Hz
  • No custom lighting or attractive design

 

Another well rounded 4K monitor, the Asus VP28UQG is a barebones sleeper monitor with high performing specifications at a great value. While the refresh rate is slightly lower than the competitors at 60 Hz, it still offers a 1 ms response time with Adaptive Sync/AMD Free Sync for smooth and responsive image quality. Also featuring Flicker-Free and low blue light technology, this is a great budget monitor for long game sessions without eye strain and headaches.

Clearly built for gamers, there are a number of specialized features specifically designed to increase playability. This includes built-in on-screen crosshairs for first-person shooter titles, allowing for improved aim without the need for additional game settings. In addition, an onscreen timer and FPS counter will allow you to track in-game events and PC performance. While slightly limited by IO and the stock monitor stand, it will support the standard inputs of HDMI and Display Port while also allowing for VESA mount expansion.

6. LG 27UL650-W – 27″

Screen Size: 27 inches | Resolution: 3840×2160 pixels | Max Refresh Rate: 60 Hz | Panel Type: IPS

Lg 27ul650 W

Pros
  • Full 90 degree rotation
  • Slim bezel design
  • Extensive IO including dual USB and HDMI ports
  • VESA mount support
  • 99% coverage of the sRGB spectrum

Cons
  • Low refresh rate of 60 Hz
  • Slower response time at 5 ms in comparison to other gaming monitors

 

Another barebone but feature-rich monitor, the LG 27UL650-W is a 4K UHD LED panel offering support for HDR 400 in a 27 inch form factor. Built with ultra-thin bezels, this perfect for a multiple monitor setup with its “virtually borderless display“. While slightly lower on the refresh rate scale, coming in at 60 Hz, it also offers a 5 ms response time which will suffice for most casual gamers. While the performance may not be up to par with some of the aforementioned monitors, it does offer high-resolution support with 4K HDR which will be a necessity for those looking to upgrade to the PlayStation 5.

What it may lack in the technical specifications, it makes up for with the flexibility of the build quality. Allowing for full-height adjustment, it also gives you the ability for complete 90 degree rotation for productivity as a second monitor. This also includes the option for VESA mount support, allowing you to wall mount or make use of an external stand. The IO is another point of pride, featuring two USB 3.0 ports, 2 HDMI ports, one Display Port, and a 3.5 mm headphone jack.

7. Dell S-Series – 27″

Screen Size: 27 inches | Resolution: 2560×1440 pixels | Max Refresh Rate: 155 Hz | Panel Type: TN

Dell S Series

Pros
  • Up to 155 Hz refresh rate
  • Professional and thin design
  • Fully adjustable, including 90 degree rotation
  • Small borders for multi-monitor setups
  • AMD FreeSync support
Cons
  • No built-in speakers
  • No HDR or 4K

 

Often overlooked in the monitor market as a viable option, this Dell S-Series 27 inch monitor is a great option for high-performance gaming in a minimalist form factor. With a high max refresh rate of 155 Hz, it also features the 1 ms response time you would expect from any top tier competitive gaming monitor. Also featuring AMD Free Sync, you’ll get smooth and responsive gaming with a high refresh rate for excellent visuals.

Offering an edge to edge display, the thin bezels offer the same multiple monitor flexibility mentioned with some of the previous monitors. This also includes the option for full 90 degree rotation, allowing for a fully customizable gaming setup.

While this monitor isn’t 4K, it still offers a high-resolution experience at 2560×1440 with 3.68 million pixels, making it twice as clear as full HD monitors. The combination of performance, resolution, and size makes this the perfect monitor for efficient and comfortable gaming.

Comparing the Differences Between the PS4 and the New PS5

While Sony has released upgraded versions of previous iterations of the PlayStation, including the PS3 Slim and the PS4 Pro, the upcoming late 2020 release of the PlayStation 5 will be the first full addition to the console lineup in over seven years. Because of the massive gap in tech advancements between then and now, you can expect to see a massive performance boost with their newest release. But what are the specific differences between the two?

CPU

Starting at the core of every console, the CPU makes or breaks the performance in-game. When the original PS4 was released it featured an 8 core 1.65 GHz processor, which was more than capable of handling the AAA game releases at the time. However, as the games became more demanding, the release of the PS4 Pro was a much-needed upgrade in performance. Upping those 8 cores to 2.1 GHz, the strain of the demanding titles were easily accommodated by the boost in processing power.

In contrast, the PS5 is planned to have an 8-core 16 thread 3.5 GHz processor at a variable frequency. Because Sony has stated the PS5 will be able to support 8K content down the road, the massive increase in power is justifiably warranted.

GPU

While it may be difficult to realistically envision the difference in graphical power, being measured in somewhat confusing teraflops, suffice to say the PS5 has seen a significant upgrade in power over its predecessors. The original PS4 came in at 1.84 TFLOPS, with the upgraded PS4 Pro seeing an eventual increase to 4.2 TFLOPS. The upcoming release of the PS5 will see a monumental step up to 10.3 TFLOPS at a variable frequency, seeing a 5.5x increase and 2.5x increase in power over the previous iterations respectively.

While this is a layman’s description of the increase in power, the more efficient architecture, increased clock speeds, and variable frequency will prove to not only see improvement over the raw nuts and bolts hardware but the complexity of design and efficiency as well.

Storage

While this may seem like a footnote in terms of gaming, storage write and read speeds can go a long way in terms of usability. Many PS4 users may be accustomed to the long copying process that comes with game updates, not only waiting for the large download but the crawling rewrite of data afterward. This is due to the previous iterations surprisingly only being outfitted with standard HDDs instead of the widely available SSDs. While many gamers took action to replace the stock hard drive, those who didn’t would experience the dread of constantly copying data after a new game update, which are becoming increasingly common in modern AAA titles.

This issue will quickly become a thing of the past with the PS5, with the newest console reportedly featuring a stock 800 GB NVme SSD. This will hopefully resolve much of the pain that comes with game updates, allowing you to jump back into the action much quicker.

Resolution

Because the initial release of the PlayStation 4 was before the universal availability of 4K content and games, the base console only supported up to a 1080p resolution. While this was solved with the upgraded PS4 Pro, eventually offering 4K resolutions, Sony has taken steps to not only accommodate the current widely accepted resolution but also they have also taken action to future proof their upcoming console.

Supporting 4K natively at 120 Hz, this will allow for supported gaming titles and Ultra HD Blu-rays to function out of the box. More importantly however, Sony has claimed the PS5 will support future 8K content as it is released. While this may be somewhat unfeasible at the moment, as 8K content is nearly nonexistent and the monitors are scarce and extremely expensive, the forward-thinking to support the tech for years to come will act to somewhat future proof this console.

Will the PS5 Feature HDMI 2.1?

One of the widely accepted facts we can surmise from the upcoming release of the PS5 is the video outputs we can expect to be implemented. The standard output format, HDMI, has seen three main versions since its inception. HDMI 1.4, the most widely available and base standard, supports up to 1080p content which has been the universal resolution for most content. The upgrade to HDMI 2.0 which has slowly been implemented into newer consoles, PCs, and monitors, offers 4K resolution with a transfer speed of 18 Gb/s.

Inevitably, however, we will see the PS5 feature the much more powerful HDMI 2.1, with a maximum of 48 Gb/s. This is not only necessary for the 4K content that we’ll see become standard for most AAA titles, but the 8K support will only be possible with the inclusion of HDMI 2.1.

What Should I Look For in a New Monitor?

There are a few things to keep in mind when investing in a new high-end gaming monitor. Not only should you be able to accommodate new hardware such as the release of the PS5 in the future, but it should also be able to support your current gaming systems or PCs in the interim. Luckily the latter shouldn’t be much of a concern, but what are the features you should be looking for to support your future upgrade to the PS5? Here are a few notable features to keep track of:

Resolution

One of the biggest selling points for newer consoles, the support for universal 4K content, is quickly becoming the most important aspect of next-generation gaming. While many competitive gamers still play in standard high-definition, with 4K monitors oftentimes not supporting the response time or refresh rate necessary for high-speed gaming, this will quickly change once the universal access to 4K gaming becomes prevalent.

If you are a casual gamer, ensuring you have a 4K monitor that supports at least HDMI 2.0 will ensure your ability to game fluidly once the PS5 is available. While Sony has reported their newest console can handle 8K, this shouldn’t be a realistic concern as we are years from that becoming a feasible expectation.

Refresh Rate

While previously only a concern for PC gamers, consoles supporting higher refresh rates will quickly come to the foreground as the PS5 will reportedly support 4K 120 Hz content. This means crisper and clearer gaming, most notably improving the experience of high-speed first-person shooters.

Ensuring your monitor supports refresh rates of at least 120 Hz, or even higher such as 240 Hz if you also game on PC, will ensure your bases are covered once the new console is released.

Response Time

Screen response time is a fairly simple, albeit very important, aspect of competitive gaming regardless of console. Input latency, which is normally measured in milliseconds, will determine how long it takes for your monitor to produce the images on the screen. Simply put, the lower the response time the better your gaming experience will be.

The fastest available is currently measured at 1 ms, which is the standard amongst serious gamers. You’ll often see many monitors coming in at 5 ms, which is fairly sufficient. The higher the response time, the longer your image lag will be, so be wary of monitors with high response times if you are looking into serious gaming.

Screen Size

While this largely comes down to preference, screen size and shape can often influence the specifications and speed of your monitor. Most serious gamers will implement a 25 or 27-inch monitor, as this is a comfortable size while also being able to sit fairly close. While you may think larger is better, oftentimes the larger the screen the longer the response time and lower the refresh rate will be. There is a sweet spot between size and performance, so keep that in mind when you are shopping for a new monitor.

Final Thoughts

Future-proofing all of your devices can be a bit of a stressful situation when newly announced gaming consoles are on the horizon. Luckily, if you plan around the technical specifications of the upcoming console, you will almost always have backward compatibility for your current device. This is particularly relevant for the upcoming PS5 and which new monitor you plan to purchase. Take into consideration all of the main aspects mentioned above and you should have an easy transition into the newest generation of consoles.

TL;DR – The Best Monitors to Choose When Upgrading to the PS5

  1. Alienware 25 Gaming Monitor – AW2518Hf
  2. BenQ EX2780Q Gaming Monitor
  3. Asus ROG Swift PG27UQ 27″ Gaming Monitor 4K UHD
  4. Samsung C32HG70 32″ HDR QLED
  5. Asus VP28UQG Eye Care Monitor
  6. LG 27UL650-W UHD LED Monitor with VESA Display HDR 400
  7. Dell S-Series 27-Inch Screen LED-Lit Gaming Monitor

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