acer predator x34 34-inch screen led-lit lcd monitors factory

Fitted with a 1900R1curve, up to 180Hz Refresh2, and an Agile-Splendor IPS1 panel that revs up to 0.5ms3 response time – the Predator X34 Series has a single purpose: complete, total immersion.

Curved displays take gaming to a new level of play – one that pulls you in, wraps around your vision and refuses to let go. So, when it came to delivering gameplay in full 34-inch panoramic glory – only a 1900R1 curve in breathtaking 21:9 would do.

Few displays can match the speed of this display. Using fast crystal liquid technology and a wide color gamut, the X34 can achieve a 0.5ms response3 time while maintaining a high color gamut – meaning all the on-screen action comes through nice and smooth with almost no ghosting or color banding.

Want to be at the top of the competitive ladder? Use NVIDIA®’s Reflex Latency Analyzer1,4 to measure exactly how long it takes for your click to register on screen. Finally, a way to accurately measure the bond, or lack thereof, between mouse, PC and your display is all yours..

By detecting the clicks coming from your mouse and measuring the time it takes for a resulting display pixel change (i.e. gun fire) to happen on the screen. A measurement and report ensues.

Accessed via the OSD (on-screen display), GameView provides a number of useful features, such as setting the level of dark boost, ambient lighting, gaming profiles (up to 8), and more. Using this will optimize the display for the type of game you are playing.

With the right tech, you too can protect your eyes from the strains of long gaming sessions. Featuring: Flickerless™, BlueLightShield™, ComfyView™ and Acer Low Dimming technologies.

Choose from four filter settings via the OSD if you suspect that blue lights, being emitted from the LED panel, are causing eyestrain. We know the X34 is impressive but we never said don’t blink!

2 Actual refresh rates may vary depending on model and/or region, computer specifications/hardware and/or set up. This device is designed to support refresh rate overclocking up to 180Hz. However, overclocking may result in system instability. If you experience instability, try reducing the overclock to a lower refresh rate through the on-screen display settings.

Actual refresh rates may vary depending on model and/or region, computer specifications/hardware and/or set up. This device is designed to support refresh rate overclocking. However, overclocking may result in system instability. If you experience instability, try reducing the overclock to a lower refresh rate through the on-screen display settings.

Awesome monitor if you got a perfect one or at least one with no SCREEN issues (marking/scratch on bezel would not bother me). Don"t want to risk issues or it having an issue down the line if QC is this bad.

The Dell P3421W is a great ultrawide monitor for browsing the web, coding, and doing general office work. It has useful features such as a USB hub, a sturdy stand with some cable management, and a USB-C port that can charge a laptop with up to 65 W of power. The display has good contrast and is reasonably color-accurate, but professionals who need precise color reproduction would need to calibrate the monitor or consider the more-accurate Asus ROG Strix XG349C. The P3421W was also the least fussy to set up among the ultrawides in our testing. The on-screen menu is easy to navigate, and it’s the only ultrawide monitor we recommend that allows you to easily swap your keyboard, mouse, and video between two computers with a built-in KVM switch.

The P3421W has a 34-inch display with a slight curve and a sharp 3440×1440 resolution, so its images look noticeably more detailed than those of standard high-definition 1080p displays. It’s wide enough to fit three documents, spreadsheets, or code-editor windows side by side, and the display’s unobtrusive curve isn’t distracting. The curve—described as 3800R if you’re comparing specifications—is one of the most shallow curves on the monitors we tested, so at first glance you might think the display is flat. But the subtle curve slightly angles the display’s corners toward you, making them seem less distant than on flat ultrawides like the Sceptre E345B-QUT168.

This monitor maxes out at a 60 Hz refresh rate, which means it updates the image on the screen 60 times a second. That’s great for typical office work, web browsing, and casual gaming, but those who want to play first-person shooters or anything competitive online should consider the Asus XG349C instead.

If you connect both a laptop and a desktop at the same time, you can plug your keyboard and mouse into the monitor, and it will automatically connect them to the computer you’re currently displaying on the screen. This built-in KVM (keyboard, video, mouse) switch is a nice feature that’s uncommon in monitors of this price.

Many of the ultrawide monitors we tested had wobbly stands, but the Dell P3421W was one of the sturdiest. Its heavy metal base and rigid stand solidly anchor the display on a desk. The stand allows you to raise and lower the monitor, tilt it up and down, and rotate it slightly left or right. There’s also a hole in the stand for cable management, so you can neatly route the wires that hang down from the back of the display behind your desk. If you don’t want to use the included stand, the display itself uses the VESA mounting standard, and you can attach it to any monitor arm capable of supporting its 15-pound weight.

The first step to address an Acer computer monitor not turning on is to check all the connections and power to the monitor and PC. Check the power strip you are using by plugging the acer monitor power cord directly into the wall. Make sure the outlet you are using is not powered by a switch.

Some monitors may have an internal battery. If so there will be a battery pinhole near the power port. While the monitor is unplugged, you can reset this battery.

If the power is working for other devices, but the Acer monitor is still not functioning correctly, it can signal that there could be an issue with the power cable. If this is the case, the power cord is easily replaceable.

If you’re on a laptop, you can use your native screen and updating your graphics drivers as well as your chipset drivers. If you are looking to save time, Give Driver Support | ONE a try today!.

If it’s not turning on at all (no lights, no response) then it could be a faulty power cable or a problem with the actual monitor. Acer’s customer support may be able to help: https://www.acer.com/ac/en/US/content/service-contact

I have an acer 32 inch curved 16hz, and I’m having to unplug my pc and monitor and plug back in in order for my monitor not to display no signal and go to sleep. Why is this happening? Everything is brand new pc as well

My Acer LCD monitor nitro ed0 series- ED270 is not displaying a screen at all, it is just black, I think I might have switched the inputs or messed with the settings on the monitor. What should I do?

Acer IPS LCD Predator 34´´ UW QHD LED Curved 100Hz Monitor is available in different sizes and colors. If you are interested in purchasing Acer IPS LCD Predator 34´´ UW QHD LED Curved 100Hz Monitor from your online electronics and computers store techinn, do not hesitate any longer and received it at home in a few days. At techinn you can find the lowest price guarantee for products of electronics and computers gear from the brand Acer.

Acer users will be familiar with the X34"s menu configuration. eColor Management refers to the X34"s five picture modes; all are fixed except User. If you attempt to make any adjustments in the other presets, the mode automatically changes to User. That"s where we did all our tests both before and after calibration.

You"ll notice that we turned the Contrast control down from its default setting of 50. At that level, the X34 clips a fair amount of highlight detail and completely skews the gamma tracking. There"s more on that below and on page five.

Blue Light is a five-step option that reduces the blue primary in an effort to mitigate eye fatigue. It"s becoming common on all the monitors we test lately. A proper calibration can provide equal relief.

Refresh rate num puts an fps counter in the upper-right corner of the screen. It"s not too intrusive and comes in a yellow font that is easily visible in any game.

Ambient Light refers to an LED along the panel"s bottom edge that can light up your desktop in a variety of colors. You can also control the intensity, have the light breathe, flash or ripple (Acer"s terms, not ours); or turn it off entirely.

Deep Sleep can be set for each input and regulates how the X34 wakes up when receiving an input. On means you"ll have to press a bezel key to activate the monitor. When it"s off, the screen comes on by itself.

Making any change, including brightness, kicks the X34 into User mode. From there you have access to gamma presets, a white balance adjustment and a color management system. By default, accuracy is quite good—good enough to not require calibration. If you make only one adjustment however, it should be the contrast control. By default, it"s set too high and clipped highlight detail is the result. Full detail is rendered at level 44 (50 is the factory setting). We went down further, to 39, to ensure the best white balance result. Since the RGB sliders begin at mid-range, we could get almost all of the lost contrast back by increasing red and green levels. Check out our recommended settings below.

Quality control matters for avoiding the frustration of a defective display out of the box. Both ASUS and Acer seem to do as well as can be expected given the variation between panels.

Keep in mind that ASUS and Acer often share the same display panels between similar models. You may see as big as a $100 difference between brands – this despite the specs and image quality being the same.If you’re looking to squeeze a better monitor into your budget, I don’t hesitate to recommend Acer.

Acer seems to like to reinvent the wheel with each model. From varying their buttons to changing menu layouts, there isn’t a lot of consistency. Acer’s menus are gradually improving, but the info just isn’t as well laid out.

I personally love monitor arms for the space they free up on the desk and huge adjustment range. I use my monitors’ built-in VESA mounts and my stands never see the light of day.

All of ASUS’s gaming monitors (aside from the VA325H/VA326H) have stands with full height and tilt adjustment. Some of the <$200 monitors from both brands lack height adjustment, so be sure to check the specs.

Above ~$200 or so, I think ASUS stands have a high quality look and feel. With Acer, the Predator line’s stands are well done. Outside of these ranges, give the stands a close look if the appearance and adjustments matter to you.

The 3-year warranties from both ASUS and Acer cover almost everything. If the display suddenly stops powering on, has lines through it, ports or buttons stop working – this is all covered without question.

I wish they had given them completely different names, but this is what we got. The X34 Bmiphz is the older version. It can be overclocked to 100Hz, while 60Hz is the native refresh rate.

Response time and input lag for these monitors are some of the lowest of any monitor. Combined with the high refresh rates and resolution, they’re outstanding for higher-end PC gaming.

ASUS has the better on-screen display of the two. The top menu bar shows the resolution, refresh rate, and display mode at all times. Acer’s requires some digging around through menus to get to this info. The Acer menu is just not quite as well laid out, though the options are very similar.

If there’s any weakness, it’s the contrast. It’s not bad, but as with other IPS monitors it won’t match the black levels of TFT or VA panels. Most people find the better colors and viewing angles of IPS outweigh this downside.

First, Acer has a couple different versions of the KG271. The KG271 Cbmidpx is a 144Hz display that competes with the VG278Q. The KG271 bmiix (aka KG1), which I won’t compare here, is limited to 75Hz.

By going with TN rather than IPS panels, the cost of both monitors is kept down. The lack of a hardware G-Sync module offers significant savings, even though these displays are G-Sync compatible.

I personally wouldn’t step down from these 27″ monitors to a 24″ 144hz display from either brand. The VG248QE only costs slightly less but doesn’t offer adaptive sync, and the performance isn’t as good. Acer’s GN246HL and XFA240 are cheaper, but they have poorer visual quality.

If you intend to do photo work or view the screen at an angle, the R240HY is the only way to go. For everyone else, the Acer will still have the nicer looking display.

Response time is a bit better on the VS248H-P. This means motion blur is a bit reduced versus the Acer in fast moving games and movies. Again, keep in mind that a monitor with higher refresh rate is best if clarity and smoothness during fast-paced motion is important.

The color and viewing angles look better on the R240HY. For web browsing, Microsoft Office apps, Adobe software, and other desktop apps the Acer will be the better choice.

Be sure to read the reviews below to familiarize yourself with what panel type, resolution, refresh rate and other features (such as HDR and VRR) best suit your preference, budget and PC rig or console. Also, feel free to leave us a comment below if you’re on the fence between two or more gaming monitors!

Besides not being demanding, another good thing about 1080p resolution is that it looks good on ~24″ sized screens. On the 23.8″ viewable screen of the LG 24GN600, you get a decent pixel density of 92.56 PPI (pixels per inch).

As a result, you get a decent amount of screen space and fairly sharp details and text. The same resolution on a 27″ monitor, for instance, would look considerably more pixelated, though some users wouldn’t mind it.

The contrast ratio amounts to 1,000:1, which is standard for IPS panel monitors. So, blacks won’t be quite as deep as that of VA panels (with a ~3,000:1 contrast ratio). It’s mainly in dark rooms that blacks appear a bit grayish in comparison to VA panels, but the image is still quite vibrant overall. Besides, VA panels have flaws of their own.

In contrast, VA panel monitors at this price range have significantly slower response time speed, resulting in noticeable smearing in fast-paced games. Moreover, most units are affected by VRR brightness flickering.

We recommend these 24″ 1080p 144Hz IPS monitors if you can find them for ~$180. In the $220 – $250 price range, you can actually find 25″ 1080p 240Hz IPS models, which we’ll get into next.

The Dell S2522HG is one of the best 240Hz gaming monitors with an IPS panel; it offers stunning motion clarity and responsiveness as well as gorgeous colors and wide viewing angles!

Otherwise, we recommend the below-mentioned ViewSonic XG2431 with impeccable MBR or the Acer XV252QF with 390Hz, both of which can be found for ~$300.

The ViewSonic XG2431 offers similar image quality to that of the Dell S2522HG. It’s based on a 23.8″ panel, so the screen is slightly smaller and you get a bit higher pixel density, though the difference is subtle.

The Acer XV252QF supports AMD FreeSync for tear-free gameplay up to 390FPS. It also supports backlight strobing up to 390Hz, but it’s not as optimized as that of the XG2431. Basically, with the XV252QF you get power input lag, while the XG2431 offers better motion clarity.

The Gigabyte G27QCA and G32QCA are 1440p 165Hz gaming monitors with curved VA panels for a more immersive gaming experience, but a weaker performance when it comes to fast-paced gaming.

The main difference between the two is obviously the screen size and therefore pixel density. The G27QC-A has 108 PPI, whereas the G32QC-A has 93 PPI.

So, the picture will be sharper on the 27″ model, but the overall viewing experience is more immersive on the 32″ version due to the larger screen. Some users find 32″ monitors to be too big for desktop use though.

With both monitors, you get a high contrast ratio (3,000:1) and a wide ~90% DCI-P3 color gamut, which along with the curved screen, greatly improves the visual aspect of the gaming experience.

However, the monitors have a slower response time speed, resulting in more noticeable ghosting and trailing in fast-paced games, mainly in darker scenes.

The monitors are equipped with the Aim Stabilizer MBR technology, which can remove ghosting to an extent, but the 1ms (GtG) response time of fast TN and IPS panels still provides better performance in fast-paced games.

Other features include various pre-calibrated picture presets, crosshair overlays, Black Equalizer, and Dashboard (tracks PC system performance on-screen, such as CPU and GPU temperature, utilization, etc.).

Both monitors offer height adjustment (up to 130mm for the 27″ model, and up to 100mm for the 32″ version), tilt by -5°/20°, and 100x100mm VESA mount compatibility.

In the past, we were much more inclined to recommend 1440p 144Hz VA gaming monitors as budget options. Nowadays, you can find affordable IPS models too, such as the Acer XV272UV – it doesn’t have as high contrast ratio, but you won’t get any dark smearing or VRR brightness flickering.

So, consider the G27QCA only if you don’t mind ghosting and screen tearing since you’ll have to disable VRR if you get a unit that’s prone to brightness flickering.

Buying the Gigabyte G32QCA makes more sense. At ~$300, it’s only slightly more expensive than the 27″ variant – and if you want a 32″ 1440p 144Hz monitor with an IPS panel, you’ll have to invest at least $400. More information about the best 1440p 144Hz IPS monitors and alternatives below.

If you’re looking for a flat-screen 32″ 1440p 165Hz VA gaming monitor, check out the LG 32GN650. There’s also the newer version of the G32QCA with a built-in KVM switch, the Gigabyte M32QC.

The Acer XV272UV is the cheapest 1440p 165Hz (170Hz factory OC) IPS gaming monitor with a 1ms GtG response time speed, allowing you to enjoy fast-paced games with zero ghosting and no VRR brightness flickering.

All of the above-mentioned 27″ 1440p 144Hz+ IPS gaming monitors offer similar image quality, performance and features. We find that the XV272UV offers the best value for money though.

The Samsung Odyssey G7 monitors allow you to enjoy both a high 2,500:1 contrast ratio for deep blacks without IPS glow and a fast response time speed for no ghosting in fast-paced games!

To start with, they have a good 2,500:1 native contrast ratio and wide color gamut, while their typical 350-nit peak brightness gets a boost up to 600-nits for more vivid highlights. Moreover, there are 8 dimming zones that can dim parts of the screen for an improved HDR viewing experience.

The Samsung Odyssey G7 monitors feature NVIDIA G-SYNC Compatible certification, and they offer smooth VRR performance as long as you have the 1009.3 firmware (or newer) installed.

The monitors have a steep 1000R screen curvature, which is more pronounced on the 32″ version. Some users love the deep curvature, others despise it. It’s a matter of preference. Also, some can get used to it over time, and some cannot.

So, the main advantage of the M27QX over the G7 is the more vibrant and precise color reproduction, wider viewing angles, impeccable VRR performance, and the fact that most people prefer flat displays at this screen size.

The MSI MAG301RF is one of the most affordable ultrawide gaming monitors yet it’s equipped with a high 200Hz refresh rate and a rapid 1ms GtG response time speed!

Most competitive FPS gamers prefer ~24″ sized screens as it allows them to view all the action at once – without having to move their eyes/head as much as they would on a larger monitor.

The MSI MAG301RF basically just extends that 24″ screen horizontally for a wider field of view, allowing you to spot the enemies coming from the left or right corners more quickly. Indeed, it’s a competitive edge, which is why some titles don’t support the 21:9 aspect ratio, such as Overwatch, StarCraft, and Valorant. Most games support it though.

Other features include Night Vision (improves visibility in dark scenes of games), Mystic Light RGB LED at the rear of the monitor, various picture presets, MPRT backlight strobing, a refresh rate tracker, on-screen timers, and crosshair overlays.

As if that’s not enough,you hit the pixel density sweet spot of roughly 110 PPI, which results in plenty of screen space available and maximum detail clarity without any scaling necessary.

You can elevate the screen of the monitor by up to 110mm and tilt it by -5°/15° – or mount it using the VESA pattern, but you cannot swivel or pivot the screen. The monitor has a 1900R curvature for added immersion.

While most users prefer curved screens at this form factor due to the width of the display, a flat 34″ screen still offers immersive image quality, you’ll just have to sit a fit further from the screen for the optimal viewing experience.

If you want something similar but cheaper, check out the Sceptre E345W-QUT with a 34″ 3440×1440 flat-screen IPS panel with an sRGB color gamut and 100Hz.

Other features include various picture presets, a refresh rate tracker, on-screen timers, Dark Stabilizer, and RGB lighting at the rear of the monitor.

At its usual $1,425 price, the Dell AW3821DW offers the best value for money among these ultrawide monitors. Since the prices of all models fluctuate, feel free to leave us a comment below if you’re unsure which one to buy.

Essentially, it’s equivalent to two 27″ 1440p monitors put side by side, just without the gap in-between — but the Samsung C49G95T has more tricks up its sleeve!

Unlike most monitors with direct-lit LED backlights, the backlight of the G9 is edge-lit. This allows the monitor to be so slim and light despite its enormous size.

Moreover, it has a 10-zone local dimming system, which further improves the contrast ratio as parts of the screen that need to be dark can be dimmed locally, instead of having to dim the entire screen.

In this category, you’ll find the best 4K monitors for both PC and console gaming. Keep in mind that in order to run PC games at 4K UHD with decent frame rates and picture settings, you will need a powerful CPU and GPU.

And the good news? Such a high resolution on a 28″ screen results in a pixel density of 157 PPI, which makes individual pixels indistinguishable from one another.What’s more, you get plenty of screen space, though, for tiny items such as text to be readable, you will need to use scaling.

Other available features include customizable crosshairs, Shadow Boost for better visibility in darker games, pre-calibrated picture presets, on-screen timers and a refresh rate tracker.

In case you want a 32″ 4K monitor, the LG 32UN650 is the most affordable model with an IPS panel. However, at that price range, we recommend getting a 28″ 4K 144Hz gaming monitor instead, such as the Acer XB283K KV for better performance.

The Acer XB283K KV supports a variable refresh rate with a 48-144Hz dynamic range, AMD FreeSync Premium Pro certification and stable G-SYNC performance.

However, the HDMI 2.1 port on the Acer XB283K KV is limited to 24 Gbit/s and relies on DSC for the rest of the required bandwidth. This doesn’t affect Xbox and PC gamers, but the PS5 is limited to 4:2:0 color format at 4K 120Hz.

There are only a few dimming zones, so you’re not getting the ‘true’ HDR viewing experience, but the picture is still excellent and significantly better than that of entry-level HDR monitors.

4K UHD resolution looks great even on 43″ screens as you get a pixel density of 103.67 PPI. However, since the monitor uses a BGR subpixel layout, text will look a bit fringy if you’re not using any scaling and are sitting close to the screen. So, if you plan on using the monitor for work too, have a look at our RGB vs BGR subpixel layout article.

Aim Stabilizer Sync is available as well, allowing for simultaneous VRR and MBR operation. Other features include various picture presets, PiP/PbP, crosshair overlays, on-screen timers, and Black Equalizer.

Note that the HDMI 2.1 ports on this monitor are limited to 24 Gbps and use DSC for 4K 144Hz 10-bit RGB color, just like with the Acer XB283K model. This isn’t an issue for the Xbox consoles and PC, but the PS5 will be limited to the 4:2:0 color format instead of 4:2:2.

Although not a monitor, LG’s OLED TVs deliver an otherworldly gaming experience for both immersion and responsiveness. They’re actually cheaper than some worse big format gaming monitors.

LG’s C1 line-up includes a 48″ variant, which is much more practical for desktop use than the previous-gen (the C9) smallest model with a 55″ screen size.

Now, with 4K resolution on the 47.6″ viewable screen of the LG OLED48C1, you get a pixel density of 92.56 PPI. So, as long as you’re just ~3 ft (~1 meter) away from the screen, your eyes won’t be able to distinguish individual pixels.

Other specs aren’t too shabby either and include a wide 98% DCI-P3 color gamut, impeccable 178° viewing angles and a peak brightness of 800-nits (~150-nits sustainable for 100% white window). So, for regular desktop use, ABL (Automatic Brightness Limiter) will need to change the screen’s brightness to preserve the panel.

Just like LED LCDs, OLEDs use the sample-and-hold method to display images, so some motion blur will always be visible with fast-moving objects. To reduce the perceived motion blur, there’s the BFI (Black Frame Insertion) feature called OLED Motion with three different intensity levels, which you can find under the TruMotion settings; BFI and VRR can’t be active at the same time though.

The design of the TV is very slim, it has a cable management system and a VESA mount pattern (300x200mm), while the screen has a glossy finish that provides more vivid image quality, but it’s reflective – so, you’ll have to mind the lighting in your room.

Besides being a bit more practical for regular desktop use, the 42″ screen also provides you with a higher pixel density (106 PPI) than that of the 48″ model (92 PPI), so you get even sharper details and text.

The ASUS PG42UQ monitor is based on the same panel with a 138Hz overclockable refresh rate, DisplayPort input and a matte anti-glare coating instead of a glossy screen surface. It can also get a bit brighter than the 42C2, but lacks Dolby Vision support.

For a lot of people, 48″ and even 42″ sized screens are still too big for regular desktop use. So, if you’re looking for something smaller for an incredible HDR gaming experience, you should get the Dell Alienware AW3423DWF.

Other features include crosshair overlays, Dark Stabilizer (improves visibility in dark scenes), on-screen timers, a refresh rate tracker and various picture presets.

While the 3440×1440 resolution is lower than 4K UHD, you actually get a higher pixel density of 110 PPI in comparison to 48″ and 42″ 4K displays, resulting in more screen space and sharper details – and it’s a lot easier on your GPU. Moreover, due to the ultrawide format, you get an extended field of view in compatible content.

The screen has a 1800R curvature for added immersion and a semi-glossy finish, so it offers more vivid image quality in comparison to matte anti-glare displays, but it’s not quite as clear (or reflective) as LG’s OLED panels.

Moreover, while its 5120×1440 resolution results in the same pixel density of 110 PPI as 3440×1440 on 34″ sized screens, the Neo G9 has a regular RGB subpixel layout, so text is sharp and without any fringing, making it more appealing to those who work with text a lot.

The screen has a matte anti-glare coating against reflections, as well as an aggressive 1000R curvature that might not appeal to all users; it takes some time getting used to.

– Revamped the buyer’s guide – reduced the number of recommended monitors from 30 down to 17 for compactness and better readability. All the noteworthy monitors that were removed are now moved to ‘Alternatives.’