Hello everyone, it's 100% at dusk. Today I bring you what monitors are worth buying during 
18? Think about it, I have also tested a lot of monitors in the past few years. OK, let's drive without much nonsense. I will briefly analyze the points you need to consider when buying a monitor in the part
. Of course, I know that everyone is tired of the popular science of a long story. I will try to directly talk about the results and then give a simple explanation. This way, the length can be allocated as much as possible to the purchasing guide and provide you with more product recommendations.
size
size, my personal recommendation is to buy as large as possible if the budget and desktop space are sufficient. After all, Philips has made the monitor 55 inches, it is a monitor, not a TV. . .
▲The positioning of this thing is the monitor. . . . The current trend is that gaming monitors are getting bigger and bigger, and gaming TVs are getting smaller and smaller. LG launched a 48-inch OLED gaming TV that has formed a cross-size size.
Back to the point, monitor size 24 inches is considered an entry-level, 27 inches is the mainstream at present. At the same time, the 29-inch height of the fish screen is basically the same as the 23 (24)-inch display, and the 34-inch fish screen is basically the same as the 27-inch display. This is convenient for everyone to connect the screen. If you want to make a larger monitor, you can consider a 32 (31.5)-inch standard proportional display or a 34-inch hairtail display. If you want to connect to a game console, consider a 43-inch or 55-inch gaming console monitor. Of course, this kind of monitor is very expensive, and you can consider using a projector or a TV instead, so you won't introduce an oversized monitor here.
resolution
Personally believe that the three main parameters of the display are size, resolution, and panel type. Under the same size, the impact of resolution on the display effect is more obvious than that of panel type.
▲ Regarding the choice of display resolution , 1080P monitors can be considered for 24 inches and below, while 27 inches and above must start at least 2K resolution, otherwise there will be a certain graininess. In the mainstream size of 27 inches, although there is still a certain difference between 2K resolution and 4K resolution, there is not much difference in appearance. You can buy 2K or 4K or 4K. However, my personal suggestion: budget is enough, directly enter a 4K resolution monitor to avoid future upgrade costs.
▲The best monitor at present is the 6K resolution Apple Pro Display XDR 32 monitor. Of course, due to the price, this article will not discuss it. The recommended monitor in this article has the highest resolution of 4K, which is suitable for monitors with a range of 27 inches and above.
Well, here I simply compare the 1080P monitor with the 4K monitor. Everyone should look more intuitive:
▲ This is a comparison of 91.8 PPI. After magnification of 400%, you can clearly feel the graininess. The English letters P, B, etc. are no longer round.
▲This is 163.2 PPI BenQ PD2700U's screen camera is enlarged by 400%, and the text is still delicate and the letters are still round, giving people a reading experience of browsing on paper.
panel type
currently has three main display panel types on the market, namely TN, VA, and IPS. OLED screens are currently used on some laptops, tablets, and monitors, but due to cost and life, they are not popular at present. The Micro LED screen is currently only used by Samsung TV, so this time, only TN, VA, IPS, and OLED panel monitors are recommended, and Micro LED technology is briefly introduced.
TN panel
TN panel was launched relatively early. As the technology becomes more mature, the cost is also lower than that of VA and IPS screens. Its biggest advantage is that the response time is low and the refresh rate is high. Therefore, TN panels are often used in low-end displays and e-sports displays , showing a polarization trend of one low and one high.The disadvantages of the
TN panel are also very obvious, with low visual angle, low contrast, and average color performance (mainly for low-end TN screens, and the viewing angle and color performance of e-sports-level high-end TN screens are already very close to IPS screens), so the TN screen is not suitable for picture and film editing or audio and video entertainment.
, and in pure e-sports displays, high-end TN panels occupy a large share. The famous Zowie display and the Swift 500Hz ultra-high brush display just launched by ROG use high-end TN panels.
VA panel
VA panel has a high cost. Its biggest advantage is its high contrast (black is particularly pure), it is easy to produce curved screens, and it is not easy to produce light leakage. Therefore, it is mainly used for curved display and special audio and video displays. Its disadvantages are mainly that the response time is long and the shadows are easy to produce.
VA panel technology is also relatively mature, but the market share on the display side is severely squeezed by IPS panel . Most manufacturers only use VA panels in curved screens, and only a few manufacturers are still deeply engaged in VA panel technology on the display side. Personally, I believe that Samsung's QLED quantum dot technology and equipped with Mini LED backlight are the future development direction of VA panels.
▲Simplely put, QLED quantum dot technology adds a layer of nanocoating to the VA panel, so that the image becomes more vivid when the screen loses color saturation. High contrast and high brightness screens combined with HDR signals will make the picture effect more realistic.
IPS panel
IPS is currently the most mainstream display panel. Its advantages are its good viewing angle (178°), good color restoration, and there is no other major shortcomings except for serious light leakage. Of course, the meaning of not having big shortcomings is that other aspects, including response time, contrast and other performance are not particularly outstanding. The moderation of IPS makes it the most applicable panel type. You can see the IPS screen from monitors worth hundreds of yuan to monitors worth tens of thousands of yuan. Of course, the display effects of IPS of different manufacturers and different levels are also completely different.
different panel manufacturers have improved IPS and produced different branches. I personally believe that LG's Nano IPS display technology is the most promising improvement.
Nano IPS is to cover the LED backlight with nanometers to absorb certain wavelengths of light, such as excessive yellow and orange light, so that the color reduction is more accurate and the color is more colorful.
and Samsung's QLED panels are basically different from their own brands. LG Display 's Nano Display is publicly supplied to other manufacturers. As long as any brand uses Nano IPS, it will definitely be widely promoted. So friends who want to buy Nano IPS monitors can have many brands to choose from.
OLED panel
▲OLED's full name is Organic Light-Emitting Diode, which is translated as an organic light-emitting diode. In other words, its pixel sheet itself is luminous. When the OLED voltage is given, it will produce three primary colors of red, green and blue according to different material characteristics to form the basic colors, while other colors are composed of pixel points of these three primary colors according to different proportions. The characteristic of OLED is self-luminous. Unlike thin film transistor LCD monitors, they require backlight, so they are both high in visibility and brightness, and there is no problem with the viewing angle. Secondly, the driving voltage is low and the power saving efficiency is high, and the reaction is fast, light weight, thin thickness, and simple structure. It can be said to be a major trend in the future development of displays. At present, OLED TV has been relatively popular, and there are also products that implement OLED screens on displays and laptops.
▲OLED screen has a particularly good color performance due to its self-luminous properties, and can even cover 100% of the DCI-P3 color gamut. In addition, because it can independently control the switch of each pixel point, the darkness of the picture can reach a real 0nit, thereby obtaining ultra-high contrast (one million: 1 or even higher) and HDR effects.
Micro LED panel
▲Micro LED is a new display technology, which is still relatively leading in South Korea's Samsung's technology.It no longer relies on the backlight to emit light, but uses a self-luminous inorganic material, so it can achieve ultra-high color and contrast performance.
▲ Compared with Mini LED, Micro LED uses chips smaller than 100 microns, so it can independently control the light and darkness of each pixel point like OLED.
▲At present, Micro LED screens are used on TVs, but this price is still prohibitive. I hope it can fly into the homes of ordinary people like OLED screens in the future.
partition backlight and Mini LED
Many people regard Mini LED as a new display technology, which is actually wrong. Mini LED is a backlight technology, while the final screen display technology is still IPS VA, etc. However, thanks to the backlight effect of Mini LED, the screen display effect has been greatly improved. Therefore, many manufacturers only promote Mini LED, making people mistakenly think it is a new display technology. Here is a brief introduction to partition backlight and Mini LED.
partition backlight
▲As we all know, the OLED screen can independently control the light and darkness of each pixel point, thereby better presenting the details and layering of the picture, making the picture more natural. Checkerboard partition backlight is one of the most advanced TV backlight technologies besides OLED TVs. The backlight of the screen is divided into multiple areas, and each area can independently control the backlight switch, thereby obtaining picture levels and details that are almost the same as OLED TVs. Because the backlight area is divided like a chessboard, it is called a chessboard-style distributed backlight. The more independent backlight areas, the better the backlight control of the screen.
Mini LED
▲Mini LED further reduces the volume of the LED chip between 100μm and 200μm, and uses multiple Mini LED chips to form a backlight partition. Therefore, the number of partitioned backlights and the fineness of backlights will significantly exceed that of ordinary partitioned backlight displays.
▲For example, Apple's iPad Pro, the screen is equipped with more than 10,000 mini LED light beads and forms 2,500 backlight partitions. You should know that the 75-inch ordinary backlight partition TV has only a few hundred backlight partitions. It can be seen that the light control fineness of the Mini LED backlight screen is currently second only to the OLED screen. Since
Mini LED does not need to worry about burning the screen and its picture effect is very close to OLED, it is currently a relatively stable high-end screen choice. However, I personally think it is still a transitional product. When OLED screens solve the problem of burning screens or Micro LED screens can be mass-produced at low cost, the historical mission of Mini LED will be achieved.
Brightness
Basically, the display details page will have the brightness parameter, which shows its importance. Currently, the peak brightness of mainstream monitors is between 300nit-350nit. If the peak brightness exceeds 400nit, you can support the DisplayHDR 400 standard, which is a mid-range upward display.
, OLED displays or MiniLED backlit displays may reach a peak brightness of 1000 or even 2000nit, but this brightness is generally only withdrawn under HDR screen. For daily use, 400nit is a threshold, and those who reach this peak brightness can be considered a relatively good monitor.
HDR
HDR (High Dynamic Range Imaging) means high dynamic range imaging, and refers to a set of technologies that achieve a larger exposure dynamic range (i.e., greater light and dark difference) than ordinary digital image technology in computer graphics and cinematography . The purpose of high dynamic range imaging is to correctly represent the brightness in the real world at a range of such a large range from direct sunlight to the darkest shadow. The above paragraph of
is quoted from Wikipedia . It is still obscure and difficult to understand. Let’s take a look at the effect intuitively. I used a 4K HDR original video "012" to make a simple comparison for you. The comparison method is to play HDR video in dual-color mode through a monitor that supports HDR. The left is HDR and the right is sRGB. The player correctly recognizes HDR video.
▲The red and black contrast on the left is obvious, which can clearly distinguish flames and dust. The details are very rich and clear. Although the right looks a little brighter, it is obvious that the flames and dust are mixed into a ball, and there is no way to see the terrible feeling of the flames being sprayed out of the smoke and swallowing everything. There are many
HDR standards, among which the mainstream in the display field include HDR10 and Display HDR400/600/1000/1400 and Display HDR400/500/600 True Black standards.
HDR 10
▲HDR10 standard is the most basic, only requiring a wide color gamut Rec.2020 color space, 10bit color depth, this is an open source and lowest standard. Currently, most 10bit color depth monitors support the HDR 10 standard.
Display HDR400/600/1000/1400
▲ Among them, 400, 600, 1000 just corresponds to the required peak brightness. Display HDR400 only requires a relatively basic backlight overall dimming, while Display HDR600/1000 requires more advanced local light control technology, and the higher the standard, the higher the local light control requirements. For other technical details, please refer to the table above.
▲ As the peak brightness of the display gradually increases, VESA organization has also launched the Display HDR1400 standard, which not only has higher requirements for brightness and local dimming, but also requires the display to cover at least 95% of the DCI-P3 color gamut.
DisplayHDR400/500/600 True Black
▲ With the gradual popularity of OLED TVs and OLED displays, VESA has also taken the opportunity to launch the DisPlayHDR400/500/600 True Black standard, which has increased the dynamic range by 50 times and shortened the response time by 4 times compared to HDR 1000. In addition, it requires its brightness in pure black screens to be less than 0.0005 cd/㎡. Currently, only OLED screens can meet their standards. (Micro LED TV Samsung MNA110MS1ACXZW was just launched in May 2022. I have not seen its logo for VESA DisPlayHDR certification yet.)
"VDE HDR2000"
▲There are currently two manufacturers (see the announcement below) Chinese online stores (VESA announcement is Taobao, but my screenshot is taken in JD ) have created a VDE organization's HDR2000 certification, and also caused the VESA organization to issue an announcement saying that this certification does not belong to VESA Display standard, please go to VESA's official website to read the rest. I can't understand it anyway, but I was shocked.
color gamut and color gamut and color gamut and color gamut and color gamut refer to the accuracy of displaying colors. The higher the number of color depth, the more natural the color color. Mainstream displays have three color depths: 6bit, 8bit (and 6-bit 8) and 10bit (and 8-bit 10). The higher the color depth, the better.
▲sRGB color gamut is the most commonly used standard. Almost all monitors support sRGB, web browsing, graphics work, daily office, etc. Therefore, sRGB is currently a common color gamut standard on the Internet. When we write articles and edit pictures, we will use sRGB color gamut.
▲Rec.709 The color gamut and the sRGB color gamut are the same. They are consistent in the color gamut range, the three primary color coordinates, and the white dots, but the Gamma curve is different. In other words, the brightness of Rec.709 is lower than that of sRGB.
▲DCI-P3 is a color gamut applied to digital theaters. It is a color gamut standard dominated by human visual experience, matching all color gamuts that can be displayed in movie scenes as much as possible. In the film process, they are all DCI-P3 color gamut standards. The DCI-P3 color gamut includes Rec.709 and sRGB color gamuts, and covers 25% of the color intervals more than them. Mainly, audio-visual enthusiasts and audio-visual product makers will pay attention to this color gamut.
Regarding color accuracy, I simply divide it into two categories. DeltaE3 is both professional-grade, while those greater than 3 are ordinary monitors. Of course, the smaller the DeltaE, the better, but naturally it is also accompanied by the rising prices.
▲Professional monitors generally come with factory color calibration and are accompanied by color calibration reports. After you get it, you can use it for productivity work that requires high color calibration. However, after using it for a long time, you still need to use a color calibration device to correct the color.
refresh rate
refresh rate is an indicator to measure the number of refreshed pictures that the monitor can display per second. In Hz, the commonly seen 144Hz refresh rate indicates that the monitor can display 144 refreshed pictures per second. The higher the refresh rate, the smoother the dynamic picture is displayed. Here we also mention the number of frames of the graphics card, which means that the graphics card calculates the number of output screens per second, the graphics card calculates the rendered screen, and the display outputs the display screen. The two complement each other. In an ideal state, FPS and Hz are close to equal, which will produce the most comfortable viewing. When the frame rate of the graphics card is much lower than the screen refresh rate, the screen will be stuttered; if the frame rate of the graphics card is much higher than the screen refresh rate, frame drops and picture tear will occur. The entry-level refresh rate of
is 60Hz, which is the refresh rate of ordinary monitors. Ordinary e-sports monitors can reach around 144Hz, and professional-level e-sports competition monitors can reach 240Hz or even higher. The higher the resolution of the monitor, the smoother the picture will be. Here I will use a UFO experiment I did to explain to you:
▲In addition, I recorded a short video with my mobile phone and converted it into a gif, and it can also be seen that the 240Hz display is more natural.
▲The animation image is too fast to see clearly? Take a look at the still frames I took in. It can be clearly seen that the display effects of 240fps, 120fps, and 60fps are different. The higher the refresh rate, the closer the afterimage is to the real position, and the smaller the sense of dragging in the game, greatly enhancing the accuracy of judging the enemy's position during the game. The higher the refresh rate of
, the better. However, ordinary gamers use 144Hz to 240Hz, and 360Hz and even the latest 500Hz display is launched, so it is better for professional players to use it.
VRR: G-SYNC and F-sync
In fact, G-SYNC and Free Sync are based on Variable Refresh Rate technology, which adjusts the refresh rate by adjusting the vertical/interframe gap of the picture to achieve a high refresh rate, smooth and tear-free effect.
▲Use the real shots from other TVs before to give you an intuitive comparison: you can see that when VRR is turned on, the pendulum test screen is smooth and without tearing, while after VRR is turned off, there is obvious tearing of the screen.
G-sync-tml5
G-sync is the technical standard of Nvidia, and is divided into three levels: the lowest-grade G-SYNC Compatable of
does not require a dedicated chip, as long as the Nvidia certified display can provide a variable refresh rate and the picture is not tear-out. The G-SYNC standard in
requires a dedicated chip, so in addition to providing a variable refresh rate and no tear on the screen, it also provides functions such as dynamic acceleration technology. With a dedicated chip, it will definitely be much better than a single certification. The high-end G-SYNC Ultimate of
uses high-end chips to support HDR. At the same time, the display certification requires a brightness of 1000 nits . Of course, it has all the functions of G-SYNC. So if you want to enjoy the highest picture quality and enjoy the ray tracing masterpieces under HDR, then it is best to choose G-SYNC Ultimate.
F-synctml5
Early Nvidia's G-SYNC forced to use special chips, resulting in the overpriced display price. AMD took the opportunity to launch FreeSyne. Does Free mean free? Therefore, the monitors that initially supported FreeSyne (F-sync) were more affordable in price. Later, AMD issued the mid-range FreeSync Premium and the high-end FreeSync Premium Pro on the basis of FreeSyne.
The basic FreeSync is exactly the same as the G-SYNC Compatable certification standard. It can be obtained as long as the monitor is low latency and no tear is achieved. In addition to low latency, the display requires the display to have a minimum refresh rate of 120Hz at 1080P resolution and supports low refresh rate compensation technology technology. The high-end FreeSync Premium Pro of
additionally requires the product to support HDR technology based on FreeSync Premium. At the same time, the basic HDR requirements are higher than the HDR 400 standard, that is, the monitor must provide a brightness of at least 400 nits.Overall, G-SYNC requirements are higher than F-sync, so the natural effect is better. Of course, because the monitor using G-SYNC Ultimate requires purchasing special chips from NVIDIA and paying patent fees, the price of its products is naturally higher. Please see your own budget. If the budget is enough, you can directly use the G-SYNC Ultimate monitor with RTX 3090 to get the best gaming effect at present.
aspect ratio
aspect ratio The most mainstream aspect ratio is 16:9. Like mobile phones, it is a unimaginable monitor, and then there is a highly expanded 16:10 ratio monitor, which can see more data, and the screen is wider when erected, which is more suitable for programmers to erect the screen and write code. There is also a 21:9-scale monitor that is most suitable for watching movies. Because the ratio is the same as the ratio of the cinema screen, there is no black edge at all when watching movies, and you can get 100% screen utilization. Finally, there is a very rare 32:9 monitor, which can be simply understood as two 16:9 monitors are put together, which is more suitable for special job , which requires attention to multiple information at the same time. Of course, gamers who pursue immersion can also consider buying it.
▲16:10 can display more row counts in the table, and can also read text faster, which is more suitable for office work. Watch Blu-ray videos with
▲21:9 without any black edges, you can also get a better view when playing games.
▲32:9 has a broader field of view, and a longer timeline can be found in the later stage of film and television. One monitor can be split into two 16:9 monitors, without black frames and color difference.
Curvature
Speaking of hairtail screen display, let’s briefly mention curvature here.
▲ curvature refers to the curvature of the monitor. The smaller the R value, the greater the curvature of the monitor. Simply put, the greater the immersion of the monitor with a larger curvature, so if the budget is sufficient, I personally recommend buying a monitor with a smaller R value.
IO interface and transmission protocol
▲At present, we commonly use video interface has the following four types of DP, HDMI, DVI, and VGA. The figure is clearly marked. Not strictly speaking, the priority of the connection should be HDMIDPDVIVGA, and the number of versions of the same interface type should be higher than the number of versions. What does it mean? That is to say, if your monitor and graphics card have DP and HDMI interfaces, you can basically use HDMI cables to link both of them without brains. If the graphics card and graphics card have DP1.4 and DP1.2 interfaces, you will be preferred.
also needs to be noted that the connection between the wire and the interface is abiding by the wooden barrel principle. If the display interface, graphics card interface , and one of the connection cables is a low-standard version, then the connection is a low-standard version. In other words, even if your monitor and graphics card have DP interfaces in version 1.4, and you accidentally use DP1.2 cables, your transmission bandwidth is still 1.2 and you still cannot run 4K 120Hz!
▲ has made several major interface types with maximum resolution, which is convenient for everyone to choose. It is worth mentioning here that the HDMI 2.1 interface, with a bandwidth of 48Gbps, is currently the only transmission method that can transmit native 4K 144Hz video. It is very suitable for use with RTX 30 series high-end graphics cards and PS5 with a monitor with HDMI 2.1 interface. Another thing that must be mentioned in
is that some time ago, the HDMI Association changed the original HDMI 2.1 (48Gbps bandwidth) to HDMI 2.1 FRL (Fix Link Rate), while the original HDMI 2.0 (bandwidth 18Gbps) was renamed HDMI 2.1 TMDS. Many monitors, TVs, and cable manufacturers kept silent about this matter, which made the HDMI 2.1 standard very confusing. Personally, if you buy an HDMI device, go directly to the customer service to ask about the bandwidth. The name can be hidden and it can be scammed, but the data will not be available!
In addition, some monitors now provide a Type-C interface that supports reverse charging of computers, which can transmit video signals and power at the same time. The Type-C interface transmits videos through the DP protocol, and can also be used as a dock to transmit data, connecting a laptop with Type-C output to the monitor and everything is done.
display stream compression technology (Display Stream Compression)
Just mentioned that the 32.4Gbps bandwidth of DP1.4 is only enough to transmit native 4K 120Hz video data streams, and is not enough to transmit the pictures of the current mainstream high-end gaming monitors 4K 144Hz (which can reach 165Hz after overclocking), while the DP 2.0 standard with a theoretical bandwidth of 80Gbps is only in theory. In order to enable the DP interface and wire to transmit 4K 144Hz images, display stream compression technology (DSC) came into being.
▲Display stream compression technology (DSC) is very easy to understand. It is that the graphics card compresses the data and then transmits it through PD1.4, and then decompresses it by the monitor before displaying the picture. In this way, variable refresh rate (VRR), high dynamic range (HDR) and nearly lossless picture quality can be obtained simultaneously under the transmission of 1 DP1.4 cable. Compared with dual DP connections that do not support variable refresh rate and HDR, in addition to image quality loss caused by chromaticity sampling technology, display stream compression technology (DSC) is currently the best choice for DP transmission 4K 144Hz. It requires support between the graphics card and the monitor.
important auxiliary functions of monitor
KVM function
▲KVM is the abbreviation of Keyboard, Video, and Mouse functions. It means that the monitor can use a set of keys and mice to control two video sources, further improving office efficiency.
▲KVM can manage two hosts with PBP function. I am now on the left, and on the right, the video output of Macbook Pro. It can be clearly seen that I easily handled the control of two computers with one mouse.
OSD controller
OSD controller represented by BenQ HotKeyPuck can switch colors and display modes with one click, and is usually used on professional design monitors and professional e-sports monitors. For example, some high-end monitors of BenQ PD 2705U and Zowie are equipped.
Dual-color mode
▲Dual-color mode is basically only used on professional design monitors, which is convenient for viewing line drawings and rendering effects on the same screen.
intelligent dimming
This is called different from each manufacturer. I use the name BenQ . The principle is that the monitor is equipped with a brightness sensor, which can sense the brightness of the current environment and adjust the brightness of the monitor through calculations to protect vision. I have tested this part of
, so I will introduce a review to explain it in detail below:
▲For example, if I use the flash of my phone to illuminate the light sensor, the monitor can automatically adjust the brightness of screen in 2 seconds.
▲When the indoor light changes, the screen brightness has been adjusted 3 times in total from turning on one light to turning on two lights, and then to turning off the lights. It took about 5 seconds in total from turning on the lights to turning off the lights, and the brightness of the monitor also changes accordingly.
smart dimming adjusts the brightness of the screen very timely, and is very suitable for people who face the screen for a long time: the brightness of the environment during the day is definitely different from that at night, and many people often forget to adjust the brightness of the screen because they focus on work. Overly bright or too dark screens will accelerate visual fatigue. In addition, frequent adjustment of brightness is indeed quite interrupting the idea, so automatic adjustment is a very practical function.
not only BenQ, Philips and other monitor brands have applied this technology on mid-to-high-end monitors, but BenQ has delegated this technology to relatively entry-level monitors such as BL2480T, which can be said to be a good thing for friends who have been working on monitors for a long time. In addition to the most basic display functions of the monitor, there are many auxiliary functions that can greatly improve user comfort, work efficiency and gaming experience. Here are a few that are very important to choose.
ESB\PBP\PIP function
▲ESB means Easy Setting Box. The monitor can relatively freely divide the screen into several pieces to display different video sources. PBP is Picture By Picture. The monitor can display one picture on the left and right, while PIP means Picture in Picture. One picture can be placed in another picture.The three ways to display multi-video source images have their own advantages. I will briefly demonstrate it with the previous animated image of BenQ PD 2700U:
▲ This is the PIP function that splits the picture between the two.
▲This is a PIP (Picture in Picture) function. BenQ BenQ PD2700U supports three different picture-in-picture sizes: small, medium and large. In addition, the picture-in-picture can be placed in the upper left, upper right, lower right, and lower left positions. You can also quickly switch the size and screens with one click.
KVM function
▲KVM is the abbreviation of Keyboard, Video, and Mouse functions. It refers to the monitor that can use a set of keys and mice to control two video sources to further improve office efficiency.
▲KVM can manage two hosts with PBP function. I now have a PC desktop on the left and a Macbook Pro video output on the right. It can be clearly seen that I easily handled the control of two computers with one mouse.
OSD controller
OSD controller represented by BenQ HotKeyPuck can switch colors and display modes with one click, and is usually used on professional design monitors and professional e-sports monitors. For example, some high-end monitors of BenQ PD 2705U and Zowie are equipped.
Dual-color mode
▲Dual-color mode is basically only used on professional design monitors, which is convenient for viewing line drawings and rendering effects on the same screen.
Intelligent Dimming
This is called different from each manufacturer. I use BenQ's name. The principle is that the monitor is equipped with a brightness sensor, which can sense the current environment brightness and adjust the display brightness through calculations to protect vision. I have tested this part of
, so I will introduce a review below to explain it in detail:
▲For example, if I use the flash of my phone to illuminate the light sensor, the monitor can automatically adjust the screen brightness within 2 seconds.
▲When the indoor light changes, the screen brightness has been adjusted 3 times in total from turning on one light to turning on two lights, and then turning off the lights. It took about 5 seconds in total from turning on the lights to turning off the lights, and the brightness of the monitor also changes accordingly.
smart dimming adjusts the brightness of the screen very timely, and is very suitable for people who face the screen for a long time: the brightness of the environment during the day is definitely different from that at night, and many people often forget to adjust the brightness of the screen because they focus on work. Overly bright or too dark screens will accelerate visual fatigue. In addition, frequent adjustment of brightness is indeed quite interrupting the idea, so automatic adjustment is a very practical function.
not only BenQ, Philips and other monitor brands have applied this technology on mid-to-high-end monitors, but BenQ has delegated this technology to relatively entry-level monitors such as BL2480T, which can be said to be a good thing for friends who have been working on monitors for a long time.
000 yuan recommended monitors under has introduced so many technologies, it is time to bring goods. I will recommend it to you according to the price range, and I hope it will be helpful to everyone. HTML price below 11,000 yuan is full of various miscellaneous brands and emerging brands, and the quality and quality control are of varying quality. I only recommend two relatively reliable "big" brand monitors.
Redmi Redmi RMMNT27NF
Redmi and Xiaomi's display product lines have finally been separated in the past two years. Redmi continues to focus on cost-effective office work. Here we will promote a Redmi RMMNT27NF. 27 inches can reach 699 to 899, which is considered good among reliable brands.
Redmi RMMNT27NF is equipped with a 27-inch 1080P LCD screen, covering 100% sRGB color gamut, DC dimming, which is very conscientious at the same price. In terms of interfaces, there is only one HDMI interface, VGA interface, and 3.5mm audio interface. The VGA interface is very compatible with old computers, which shows that its product positioning is relatively low-end. In addition, this monitor has a 3-year warranty. With Xiaomi's current scale, you don't have to worry about not being able to find a manufacturer during the warranty period, so you can feel more at ease when buying it.
Acer VG240Y Sbmiipx
html There are many gaming monitors within 1,000 yuan, and not many of them are reliable. Here we recommend a VG240Y of Acer.
Acer VG240Y is equipped with a 24-inch, 1080P IPS screen, 75Hz refresh rate (it should be an official overclocking), with 1ms response time and AMD FreeSync dynamic refresh rate tear-proof technology, which is very suitable as an entry-level gaming monitor.
000-2000 yuan monitor recommended Dell Dell S2421HSX
monitor with a price of over 1,000 yuan, and it is still recommended to big brands. Here is a Dell Dell S2421HSX.
▲Dell's naming rules, the letters in the front represent the product series, the first two digits are the size, and the last two digits are the release fiscal year. Therefore, the S2412HSX is the S series 24-inch monitor released in fiscal year 21. The biggest improvement is to change it to an HDMI interface and a DP interface (remember, Dell is one of the leading players of the DP protocol, and even launched a U2412HM monitor with only DP interface but no HDMI interface about 10 years ago).
In addition, the monitor covers 99sRGB color gamut and supports AMD FreeSync. The refresh rate is also 75Hz. It performs well in daily use or gaming. In addition, Dell also provides an excellent panel guarantee. If there is a highlight of the screen during the three-year warranty period, you will be replaced with good products. After-sales service, it is worth rest assured. Finally, it is equipped with a lifting and rotating bracket. Overall,
is an entry-level monitor with high cost performance.
INNOCN 27C1U
▲INNCON is a big brand of OEM, and in recent years its own brand has emerged and has become a young display brand with very cost-effectiveness. Here I recommend a INNCON 27C1U, which is very cost-effective in the 1,000-2,000 yuan range.
▲INNCON 27C1U uses a 4K 10bit color-deep IPS screen, DCI-P3 color gamut and 97% AdobeRGB color gamut, and comes with a factory color calibration report (ΔE≤2), and native MAC standard mode, Adobe RGB and sRGB mode to ensure different design work needs. In addition, the peak brightness reached 400nit and passed the HDR400 certification. The screen adopts DC dimming, which is more eye-protection, and has passed the German Rhine TUV eye protection certification. The
interface part, INNCON 27C1U provides two HDMI interfaces, one DP interface, and a 65W reverse powered Type-C interface, which is convenient for connecting to the notebook. The standard rotary lift bracket also makes it more convenient to browse and design vertical screens.
In short, the INNCON 27C1U is a cost-effective 4K designer monitor.
MSI (MSI) G273QPF
▲In terms of cost-effective e-sports display, here we recommend a MSI OPTIX MAG274QRF from Xiao King Kong.
▲MSI OPTIX MAG274QRF uses a 27-inch, 8-vibration, 10-color-deep 2K fast LCD screen with a refresh rate of 165Hz. It is very suitable for matching graphics cards between RTX 3060Ti and RTX 3070Ti. It is currently a mainstream e-sports monitor. It covers 94% of the DCI-P3 color gamut and 131% of the sRGB color gamut, which is considered good in e-sports displays. Of course, if you choose its enhanced MSI MSI OPTIX MAG274QRF QD, its Nano-IPS screen will bring better color gamut performance (97% of DCI-P3 color gamut vs 147% of sRGB color gamut).
▲MSI MSI OPTIX MAG274QRF provides 2 HDMI interfaces and 1 DP interface. In addition, G-SYNC dynamic refresh rate function, 1ms GTS grayscale corresponding, dark dynamic improvement function, comes with a sight function, and lifting and rotating brackets. It is a very cost-effective dessert-level e-sports monitor.
LG 34WP500 -B
▲ Here is another WFHD monitor with a fish screen, LG 34WP500 -B, which is equipped with a 34-inch widescreen monitor with a resolution of 2560*1080, 99% sRGB color gamut coverage, supports FreeSync, and is an all-round monitor for office, gaming and movies. However, the 34-inch fish-haired screen is actually an elongated model with a 27-inch monitor. The WFFHD resolution is a certain grainy feeling. If you mind, it is recommended to use the WQHD style. The price of
▲2000 makes it very cost-effective. I have used the old 29WK600. To be honest, when playing games with a 21:9 screen with a fish screen is simply a physical plug-in. Whether it is DOTA or FPS, it can have a better vision advantage. At the same time, the monitor also supports HDR, and the original Blu-ray disk is also great when viewed from it, and it can be completely black-edged.
Youpai ViewSonic VX3276-4k-MHD
▲2000 price point, there is also a 4K large-screen display available. Here we recommend a Youpai ViewSonic VX3276-4k-MHD, which is equipped with a 32-inch, 4K resolution VA screen.
▲I have actually tested this monitor, which covers 118% of the sRGB color gamut, and the color accuracy and color restoration are very good. You can even occasionally make guest appearances for professional purposes, with a peak brightness of 350nit, which is sufficient for indoor use. Thanks to the advantages of the VA screen, its contrast performance is also very good. In terms of
interface, Youpai VX3276-4K-MHD provides 2 HDMI 2.0 interfaces, 2 DP1.2 interfaces (one of standard DP and MINI DP ports each), and a 3.5mm audio output port.
Generally speaking, in addition to the slightly slid-straight stand, this monitor is a cost-effective large-screen 4K monitor.
000-3000 yuan display recommended ASUS TUF VG27AQL1A
▲Gaming monitors at prices of 2000 to 3000 must be added. Asus's TUF e-sports agent series will definitely be introduced. Here we recommend its flagship ASUS TUF VG27AQL1A. Gundam chose this model as a joint model, which shows how popular this model is.
▲TUF VG27AQL1A is known as TUF Xiaogang MAX. It is equipped with a 27-inch, 2K resolution 10bit color dark screen, with a color gamut coverage of 130% sRGB (actually, it can only be used 100%) and 96% DCI-P3 color gamut. The color performance is very good, with a refresh rate of 170Hz. It is suitable for use with the RTX 3070Ti with a 2K resolution monitor.
ASUS's ELMB SYNC (similar to FreeSync) technology, shadow enhancement technology, GamePlus game assistant technology and DisplayWidget Lite software are all equipped.
In addition to this, the TUF VG27AQL1A provides 2 HDMI interfaces, a DP interface, 2 USB 3.1 interfaces and a 3.5mm headphone interface, which is very suitable for e-sports players and is equipped with a lifting and rotating bracket.
can be said to be ASUS's main model e-sports monitor, with a mid-range budget, so choosing this is very good.
BenQ BenQ PD2705Q
For users who like to use iPad Pro for illustrations and lightweight video editing, if they don’t want to spend a lot of money to buy Apple’s official iMac all-in-one or Apple Studio Display, then choosing a monitor that provides an official M-book pattern to match the colors of Apple products and connects it to the iPad Pro is a cost-effective solution.
For example, this BenQ BenQ PD2705Q supports M-book mode and 65W Type-C reverse power supply full-function interface, which is very suitable for external color quasi-large screen for iPad Pro. Its 27-inch 2K resolution is not particularly delicate, but it is enough to meet the needs of designers. 100% sRGB and Rec.709 color gamut coverage are matched with factory color calibration report (ΔE≤2 under sRGB), and have obtained Pantone international color certification, which can be said to have entered the threshold of professional displays. In addition, it is equipped with smart dimming function, which makes it not easy to feel visually fatigued after long-term use. In terms of other interfaces of
, it is equipped with 1 DP1.4 interface, one HDMI 2.0 interface, two USB 3.1 interfaces and one DP OUT interface. The USB interface can be directly connected to the hand-painted board on the one-line. It can be said that it is relatively scalable and supports KVM function to facilitate switching between multiple video sources. The DP-OUT interface is also very convenient for dual-screen daisy chain connection, reducing the use of host graphics card.
In addition, BenQ BenQ PD2705Q is equipped with a lifting and rotating bracket, and the monitor can be rotated 90, making it convenient for vertical screen to browse materials or vertical design.
INNOCN 40C1R
▲ Here we recommend a large-size hairtail screen with high cost performance, 40C1R from INNOCN.
▲INNOCN 40C1R is equipped with a 40-inch, 21:9 IPS WQHD LCD screen. It has 100% sRGB color gamut, 94% DCI-P3 and 93% Adobe RGB (with factory color calibration, ΔE <> interface is also relatively comprehensive, providing 2 HDMI interfaces, 1 DP interface and a 90W PD reverse power supply full-function Type-C interface, which is convenient for direct connection to the laptop on the front line.
In addition, this monitor supports PIP and PBP functions, and is combined with a 40-inch super large fish screen and WQHD resolution. It is easy to use as two monitors. The refresh rate of
screen is 144Hz, which can have a very smooth display effect even when playing games. The fish-wearing screen can also bring a visual bonus, which is considered a physical plug-in.
Well, this monitor is more designed and later in the film and television industry, but it can also be used as a gaming monitor.
MSI Luna MPG ARTYMIS 343CQR
▲A design monitor with a fish screen is recommended. Here I recommend a curved game monitor with a fish screen, MSI Luna MPG ARTYMIS 343CQR.
▲MSI MSI Luna MPG ARTYMIS 343CQR is equipped with a 34-inch VA screen with curvature of 1000R, with a 10bit color depth, a refresh rate of up to 165Hz, supports 1ms speed corresponding and supports AMD FreeSync Premium, which can effectively prevent screen delays and tear. The official does not indicate the peak brightness, but from its HDR400 certification, it can be seen that its peak brightness is at least 400nit. The
curved screen brings a good sense of game immersion, and also has its own sight-catching function and dark dynamic improvement, which greatly improves players in FPS games such as PUBG.
Moon God MPG ARTYMIS 343CQ supports PIP and PBP functions, making it convenient to use a monitor on multiple devices. You can play games and read strategies. In terms of interfaces, it provides 2 HDMI interfaces, one DP interface, a 15W powered USB 2.0 Type-C interface and two USB interfaces, which are quite complete.
Finally, MSI MSI Luna MPG ARTYMIS 343CQR monitor supports MysticLight glare system, which can be RGB synchronized with other MSI devices, making the desktop more cool.
000 or above monitors recommended INNOCN M2U
▲ Here you must recommend a high-priced Mini LED display INNOCN M2U.
▲INNOCN M2U is a cost-effective Mini LED backlit IPS display. It is equipped with a 4K screen with 10bit color depth, 99% AdobeRGB, 99% DCI-P3 color gamut coverage (with factory color calibration, ΔE≤1), with 384 backlight partitions and 2304 lamp beads, with a peak brightness of up to 1000nit and has passed the HDR1000 certification, and the film and television display effect is outstanding. The
interface part, the INNCON M2U provides two HDMI interfaces, one DP interface, and a 90W reverse powered Type-C interface, which can be reversely charged even when connecting to a high-performance mobile workstation or gaming laptop.
In addition, it is not only equipped with a lifting and rotating bracket, but also a gravity sensor and a light sensor, which can automatically switch the display direction when rotating the screen, and increase the switching speed between horizontal and vertical screens. It is a cost-effective productivity tool display, suitable for professionals such as film and television post-production, animation design, etc. Of course, its HDR 1000 and 384 backlit partitions also bring very good film and television and game effects, and players can also consider this monitor. The
monitor has been very discounted recently, and it is expected to be purchased under 3,000 yuan.
BenQ BenQ PD2700U
PD2700U is one of the most famous professional display models of BenQ BenQ, supporting 4K HDR display. I also have two units, which have been used in dual-continuous screens. The color performance has been stable after using them for several years. Although this product has been on sale for a long time, BenQ has been improving it. First, it upgraded a more stable rotating base, and then added uniformity control in the srgb color mode last year. The overall screen display is better uniform, which in turn bid farewell to the possibility of Yin and Yang screens.
BenQ BenQ PD2700U is equipped with a 27-inch, 10-bit color depth screen, covering 99% of the sRGB and Rec.709 color gamut, and comes with a factory color calibration report (ΔE≤2 under sRGB). It also has the color modes required by four professional productivity tools: CAD/CAM, animation, darkroom, and dual-color, which is enough to meet the needs of design and post-production work in film and television. The
monitor is also equipped with BenQ’s famous smart dimming technology, which is combined with DC dimming and Rheinland-certified anti-blue light technology, making it difficult to use for a long time.In terms of
, it provides one HDMI 2.0 interface, DP 1.4 interface, and mini DP interface. It is also equipped with 4 USB 3.1 interfaces and 1 DP OUT interface that supports daisy chain.
In addition, BenQ BenQ PD2700U is also equipped with KVM, PIP/PBP functions, and is equipped with a lifting and rotating bracket.
BenQ BenQ PD2705U
▲ BenQ BenQ PD2700U was launched earlier and is also an old machine that has withstood the test of the market. However, the corresponding color modes like Mbook are not applied to it. Therefore, if you use macbook for design work, you can consider adding some money to buy the updated model BenQ BenQ PD2705U.
BenQ BenQ PD2705U is also equipped with an excellent screen with 27 inches, 10 bit color depth, 99% sRGB and Rec.709 color gamut coverage (factory color calibration, ΔE≤2 under sRGB). In addition, BenQ BenQ PD2705U has also greatly improved its appearance, ease of use and display training.
firstly not only has four professional color modes: CAD/CAM, animation, darkroom, and dual-color, and global color temperature and brightness uniformity control in 25 zones, but also has an M-Book Apple color mode and a full-function Type-C interface powered by 65W, which is more suitable for Apple users and designers. In terms of ease of use, BenQ BenQ PD2705U is equipped with an OSD controller, which can easily switch between different color modes and input devices. It also has an IO interface on the side of the display, so that the device can be connected without getting up, greatly improving work efficiency.
Finally, the lifting and rotating brackets that are available in the PD series are complete with KVM and PIP/PBP, making the BenQ PD2705U a powerful productivity tool.
DELL U2723QX
Professional-grade monitors also need to promote a DELL U2723QX.
DELL U2723QX It is equipped with a 27-inch, 4K 10bit color depth IPS Black panel with a contrast ratio of up to 2000:1, with up to 98% DCI-P3 color gamut coverage, ΔE≤2, supports HiDPI, and is very friendly to Apple users.
DELL U2723QX not only provides 1 DP1.4 interface, 1 DP interface, 2 HDMI 2.0 interfaces, 1 902 full-function Type-C interface, supports direct connection to laptops, but also has 1 USB Type-C downlink interface, 4 USB 3.2 downlink interfaces and 1 15W USB Type-C charging interface, 1 3.5mm audio interface and an RJ45 wired network port, which can be described as a complete interface.
In addition, DELL U2723QX supports PIP\PBP function and provides a rotating bracket. It also provides 3 years of home delivery and replacement repair. It is very safe to use. It must be mentioned here that DELL is really ahead of the industry in terms of after-sales service of the monitor.
BenQ BenQ PD3420Q
▲Faced with more professional video editing work, the longer the timeline, the higher the work efficiency. From this perspective, the hairpin screen is actually very suitable for post-production of video work. Unfortunately, most hairpin screens on the market are targeted at the game direction, and the color accuracy, color gamut and even uniformity do not meet the needs. If you need a hairpin screen for professional video post-production work, here is a 21:9 BenQ BenQ PD3420Q.
▲BenQ BenQ PD3420Q is equipped with a very excellent 34-inch 21:9 IPS LCD screen, with ultra-high color gamut coverage of 98% DCI-P3 and 98% DisplayP3 (with factory color calibration report, ΔE≤2 under DisplayP3), and can automatically match ICC files for different color gamuts. Such wide color gamut and professional color performance can definitely be easily competent for post-production work in film and television. The screen also has a peak brightness of 400nit and supports HDR400, which is convenient for real-time confirmation of the post-production effects of HDR video.
4 inches, the 21:9 screen can bring great convenience to the post-production of film and television, provide a longer timeline, a larger preview window and a larger toolbar, and also free up some screen space to facilitate viewing video scripts, thereby greatly accelerating work efficiency. Of course, for fish-haired screens with larger display areas, BenQ has also specially controlled the color temperature and brightness uniformity to ensure the color consistency of the entire screen.
In addition, BenQ BenQ PD3420Q also supports four professional color modes: CAD/CAM, animation, darkroom, dual color, and M-Book Apple color mode, and is equipped with a full-featured Type-C interface powered by 65W. If you use a Macbook frequently, it is enough to meet your needs.
Finally, it also supports PIP/PBP and KVM functions and is equipped with an OSD controller. Thanks to the fish screen display, it can be used as two monitors through the PBP function. It does not have the annoying screen borders, but further avoids the color difference between different screens. It can be said to be a very powerful film and television post-production editing and color grading tool.
Ant Esports ANT27VU
▲First recommend a cost-effective 4K 144Hz e-sports monitor, Ant Esports' ANT27VU.
▲Ant Esports ANT27VU is equipped with an AA+ level 4K IPS display with a native refresh rate of 144Hz and covers 100% sRGB, 95% AdobeRGB (actually measured 97%) and 95% DCI-P3 color gamut. This is a high refresh, high color gamut, and high resolution "three highs". In addition, the peak brightness of Ant Esports ANT27VU is 450nit and has obtained HDR400 certification.
Ant Esports ANT27VU is equipped with 2 HDMI 2.1 interfaces (bandwidth 48Gbps), one DP 1.4 interface (supports DSC), one Type-C interface that supports 15W reverse charging and two USB Type-A interfaces, the
HDMI interface and DP interface can transmit lossless 4K 144Hz HDR images, and the Ant Esports ANT27VU monitor supports both G-SYNC and Free Sync technology. The refresh rate can be adjusted by adjusting the vertical/interframe gap of the screen to achieve a high refresh rate, smooth and tear-free effect.
Finally, the native stand supports up and down, rotation and multi-angle adjustments, so that it can have more choices in the placement position of the desktop, and also creates more possibilities for multi-screen combinations.
In short, Ant Esports ANT27VU is a very cost-effective 4K 144Hz Esports gaming monitor.
MSI (MSI) MPG321UR-QD
▲When it comes to 4K 144Hz display, we naturally recommend a high-end 4K 144Hz gaming monitor here. This time we recommend MSI (MSI) MPG321UR-QD, which is one of the new generation of e-sports King Kong.
▲MSI MPG321UR-QD is equipped with a 32-inch quantum dot (Nano-IPS) 4K 144Hz display. Thanks to the image quality improvement brought by quantum dot technology, it has 97% DCI-P3 color gamut coverage, which is almost the same as the display effect of design-type displays. The peak brightness of the screen is 600nit and has passed the HDR600 certification. You can have good results when playing HDR games or watching HDR movies. In terms of
interface, it is equipped with 2 HDMI 2.1 interfaces with 48Gbps bandwidth, one DP1.4 interface, four USB Type A interfaces, and one USB Type C interface (supports 15W power supply), and supports KVM function to facilitate a set of keyboard and mouse to control different hosts.
In addition, as a professional e-sports monitor, it supports NVIDIA G-SYNC dynamic refresh rate technology, effectively reducing picture tear, and has an ultra-low latency of 1ms. It also has its own sight function and dark dynamic improvement, which greatly improves players in FPS games such as PUBG. The automatic brightness adjustment function also helps players not be so tired after playing for a long time.
Finally, MSI MSI MPG321UR-QD display supports MysticLight glare system and can be RGB synchronized with other MSI devices. E-sports desktops should be cooler, right?
HKC PG271U
▲ Here I recommend another Mini LED e-sports monitor, HKC's PG271U.
▲HKC PG271U is equipped with a 27-inch Mini LED backlit 4K 144Hz display. Thanks to the image quality improvement brought by Mini LED backlight technology, it has 100% Adobe RGB and 95% DCI-P3's ultra-large color gamut coverage and 1000nit peak brightness. It has also obtained DisplayHDR 1000 certification. It can be said that it can be used as an e-sports gaming monitor and a design-like monitor. In terms of
interface, it is equipped with 2 HDMI 2.1 interfaces with 48Gbps bandwidth, one DP1.4 interface, two USB Type A interfaces, and one 90W reverse power supply USB Type C interface, which can be directly connected to a laptop with one line.
In addition, HKC PG271U also supports NVIDIA G-SYNC and AMD Free-Sync dynamic refresh rate technology, effectively reducing picture tear and has an ultra-low latency of 1ms.
Finally, HKC PG271U also provides a lift selection bracket and ARGB backlight, which not only helps the desktop to be cleaner and cool, but also facilitates the design and preview of the vertical screen of the monitor.
Philips PHILIPS 27E1N8900
▲Because the OLED screen has been installed on the monitor, here is a Philips PHILIPS 27E1N8900.
▲Philips PHILIPS 27E1N8900 is equipped with a 27-inch Japanese original JOLED panel with a contrast ratio of up to one million: 1 (I am grateful for the use of Chinese characters, I don’t want to count 0), covering 99.6 AdobeRGB and 99.7 DCI-P3 color gamut, with a peak brightness of 550nit and supporting the new DisplayHDR400 TRUE BLACK standard, the screen effect should be very good.
provides 2 HDMI interfaces, a DP interface and an 80W reverse charging full-function Type-C interface, which supports direct connection of laptops. In addition, it also provides 1 3.5mm headphone interface and 2 4 USB interfaces, two of which support external charging.
In addition, Philips PHILIPS 27E1N8900 also supports PIP\PBP function and provides a rotating bracket. The product has a 3-year warranty. If you don’t need to worry about burning the screen or getting out of warranty, you can get rid of it. It is highly recommended that you consider this monitor.
Samsung Xuanlong Knight Neo G9 S49AG952NC
▲At the end of the article, another 32:9 curved display Samsung (SAMSUNG) Xuanlong Knight Neo G9 S49AG952NC is recommended.
▲Samsung (SAMSUNG) Xuanlong Knight Neo G9 S49AG952NC is equipped with a 49-inch Mini LED backlit QLED quantum dot VA curved screen with a resolution of 5120x1440 and a curvature of 1000R. With the dual support of Mini LED backlight and VA, it has an ultra-high contrast of one million:1, which is consistent with the OLED display recommended above. In addition, the screen has a 10-bit color depth, with a high color gamut coverage of 125% sRGB and 95% DCI-P3, and the screen has 2048 independent dimming zones and a peak brightness of 2000nit. Because it uses VDE's HDR2000 standard and to indicate whether it supports DisplayHDR 1400 standard, I don't know how to calculate its HDR level.
▲The excellent color gamut performance makes it a very good design monitor, and the high refresh of 240Hz, ultra-low latency of 1ms, support for AMD FreeSynce Premium Pro and compatible with NVIDIA G-sync compatible makes it a very excellent e-sports screen.
supports a variety of split-screen technologies such as ESB\PIP\PBP, and the 32:9 monitor is very suitable for cutting into 2 16:9 monitors, completely without borders, and it is very comfortable to play games or design. In terms of
interface, it provides 2 HDMI interfaces, 1 DP interface, 1 3.5mm headphone interface and 2 USB 3.0 interfaces, which can only be said to be fair.
In short, Samsung (SAMSUNG) Xuanlong Knight Neo G9 S49AG952NC is a monitor that has no obvious disadvantages except expensive. If your wallet is deep enough, you can consider it!
summary
There are some orders of news and expertise, and each monitor has its own most suitable application scenario. You can choose your favorite monitor based on your daily usage habits and budget. At the same time, I hope that everyone will not be blindly caught by discounts during the 618 period and try to shop rationally. If my article is helpful to you, I hope you can like, collect and reward my articles. You are also welcome to discuss rationally. Finally, I wish you all a happy shopping in 618 in advance.
