Teamliquid Monitor Thread

You essentially have two major components to worry about in a typical LCD monitor:

- The thin-film transistor (TFT) film used. This is where the panel type comes into play and the difference between the types of TFT technologies will be explained later.
- The backlight used. For the typical user, you will only find two types of backlighting: CCFL tubes or edge-lit LEDs.

There is no real performance difference between a good CCFL backlit monitor and a good LED backlit monitor. If a LED monitor is better than a CCFL monitor, this has to do with the thin-film transistor used: a LED backlit monitor probably has a new years of technological advances over an old CCFL backlit monitor.

So the only real indisputable benefits of LED backlighting are:

- Generally much lower power draw. This also means they generate less heat.
- They don’t seem to dim with age, unlike CCFL backlit monitors.
- Monitors can be thinner because LEDs are thinner than CCFL tubes.

If you don't get a LED monitor, its not the end of the world provided its a good CCFL monitor.

There are three commonly used panel types in the wild:

- Twisted Nematic (TN). Benefits are low price and good panel response. Negatives are bad viewing angles, weak colour stability, and perhaps poor colour reproduction.
Some TN monitors are capable of running at 120hz native. These monitors are good for games with lots of motion and can present games in 3D.

Side note: 120hz TVs are not the same as 120hz monitors. 120hz TVs do post processing to smooth out motion; 120hz monitors do not do this.

- Inplane Switching (IPS) or Plane to Line Switching (PLS). Typical benefits are good colour reproduction and good viewing angles. They are typically more expensive than TN monitors but this isn’t so much the case anymore.
Most IPS/PLS monitors are adequate for gaming. Check reviews for details but most are around as responsive as a 5ms TN monitor.

Side note: PLS is essentially the same as IPS.

- Vertical Alignment (VA). The strengths of this technology is strong black reproduction; blacks are blacker than what IPS and TN monitors can reproduce. The weaknesses of this technology would be motion performance and viewing angles.

How to tell panel technology if not specified?

Generally not a difficult task:
- Look at static contrast ratios. VA monitors will state a contrast of 3000:1 or greater; IPS and TN monitors will only state a contrast of 1000:1. Any numbers in the realm of 15,000:1 should be ignored because they refer to dynamic contrast ratio.
- Look at viewing angles. TN monitors will specify 170°(H) / 170°(V) viewing angles. IPS and VA will claim to have 178°(H) / 178°(V) viewing angles.

First things first: specsheets are fairly useless.
Most companies are downright dishonest about their specsheets. What is mentioned on the specsheet does not relate to the real world.

Contrast Ratio:
The contrast ratio is the difference between the whitest whites (referred to as white luminance) and darkest blacks (referred to as black depth).

Most monitors claim to do 1000:1 yet very few actually get close to this claim. Most IPS and TN monitors will hover around the 800:1 mark out of the box.

Dynamic Contrast Ratio:
Dynamic contrast features are when monitors decrease their brightness to improve black depth when needed. The provided values are often nowhere close to reality.

Most people turn off dynamic contrast because it is an annoying feature implemented badly.

Response Times:
Response time generally doesn’t mean a single thing - the fact most of those numbers only concern themselves with grey to grey says enough. For LCDs to reach extremely fast response speeds (let’s say 2ms GTG), they have to use overdrive (overclocking the TFT film essentially). You cannot encapsulate the quality of overdrive with a single number:

(Thanks TFT Central)

Input lag:
Input lag refers to the delay between keyboard/mouse/gamepad input and monitor output. If a monitor has high input lag, the monitor will trail behind your movements, making fast paced gaming difficult.

A rule of thumb is that that less features = less input lag. A barebones monitor will have much less input lag than a monitor with advanced processing features. Some advanced monitors have a game mode to bypass these processing features, however you must check reviews to see how well it has been implemented.

At the end of the day, your mileage may vary. Plenty of people play seriously on monitors with 30ms of input lag and don’t really mind it; a large number of people cannot stand monitors with 20ms of input lag and refuse to play on them. Anyway, to give the input lag figures you may find in reviews some frame of reference, I will borrow this classification from TFT Central:


Bit Depth:
Bit depth determines how many colours your monitor can actually produce. If you remember old Windows games, you will surely remember how unsmooth many colours were: this is what we call colour banding and it is a result of insufficient bit depth.

To put it simply, you want a monitor that can display 16.7 million colours (referred as "true colour"). This requires an 8 bit or a 6 bit + FRC monitor. FRC, also known as frame rate control or dithering, helps extend the bit depth of monitors by quickly flashing two different shades to approximate unobtainable colours.

Dithering was hit or miss in the past but in this day and age, it is very difficult to tell the difference between an 8 bit panel and a 6 bit + FRC panel. For most people its not a major problem and it is quite difficult to find banding issues outside of colour gradient benchmarks.

Gamut:

(Thanks Wikipedia)

The grey parabolic shape represents the total range of chromaticity, the quality of colour determined by hue and saturation, of the CIE 1931 colour space. The CIE 1931 colour space is essentially a mathematical representation of a wide range of colours and the basis of most colour spaces. The three most commonly used colour spaces are sRGB, which covers 35% of these colours, Adobe RGB, which covers 50%, and wide gamut monitors, which can cover up to 77%.

The rainbow triangle is the gamut of a CRT, which is pretty much covering the entire sRGB colour space. So this is a representation of the colours that can be accurately output by the CRT. The CRT's gamut is simply a subspace of the CIE 1931 colour space.

Wide gamut monitors tend to extend the colour coverage further around the greens and reds. So you gain access to very powerful and saturated light and dark shades. This sounds pretty cool since you’ve got more colours to play with but this is not always a good thing.

Most content in the world, including the internet, follows the sRGB colour space. So what happens if you use a wide gamut monitor? The result will generally be oversaturation: colours will be too saturated, lifeless, and artificial.

Wide gamut’s purpose is for printing. If you do not need to do professional printing, there is little reason to get a wide gamut monitor.

(images borrowed from Wikipedia)
VGA

VGA is completely analogue. VGA has worse video quality than DVI, HDMI, or DisplayPort. No reason to use it.
DVI-I shares pinouts with VGA so you can use adapters if you must.. You can tell the difference between VGA and DVI by the triangular pin arrangement as well as the blue port and cable heads.

DVI:

Dual-link is required to run 2560x1440 resolution or 1920x1080@120hz. Single-link lacks the bandwidth to do so.
DVI-I has pinouts for VGA; DVI-D lacks pinouts for VGA. Besides this, there is no difference between DVI-I and DVI-D
HDMI:


HDMI can carry audio and video along the same cable. I don’t believe DVI can do this.
Depending on the revision and monitor HDMI implementation, HDMI can work like a dual-link DVI or a single-link DVI cable. The only real way to find out would be to read reviews and impressions.
It is completely digital so it is not backwards compatible with VGA.

DisplayPort

DisplayPort has the most bandwidth of all interface types. It can run anything dual-link DVI can do.
It can also transmit audio and video, just like HDMI.

Where do I get cables and adapters?
Monoprice, eBay, Daiso, Amazon, Jaycar, etc. Anywhere cheap is fine. There isn't any secret to making a good digital cable as its just some copper wire, some metal connectors, and some cable sleeving.
General rule of thumb is: don't pay more than ~$10 per meter of cable.

Dell ST2220T (21.5” monitor)
1920x1080 LED backlit IPS monitor. Has: speakers, VGA, DVI, HDMI, 3.5mm audio in and out, 3x USB 2.0 downstream powered by one 1xUSB 2.0 upstream. Ergonomic features: backwards/forwards tilt. VESA mount compatible: No.
- Glossy
- Also accepts infrared touch. This means you can use this monitor like a huge tablet/smartphone. Maybe useful for Windows 8? I dunno.
- Monstrous contrast for IPS (should exceed 1000:1) and tight pixel pitch means outstanding image quality
- Fairly expensive for what it is

Asus VS229H-P (21.5" IPS monitor)
1920x1080 LED backlit IPS monitor. Has: HDMI , VGA, DVI, headphone jack. Ergonomic features: backwards/forwards tilt. VESA mount compatible: Yes.
- Typical IPS matte antiglare coating
- Low input lag
- Asus's trace-free overdrive control. Best results are typically 40 or 60. Try it out yourself to see which one you prefer the most.
- Generally priced very low at most common sources like Amazon and Newegg.

AOC i2353Ph
1920x1080 LED backlit IPS monitor. Has: 2x HDMI, VGA 3.5mm audio out, speakers. Ergonomic features: backwards/forwards tilt. VESA mount compatible: Yes, through the base.
- Matte panel
- Overdrive is a little weak
- Moderate input lag (18ms)
- Attractive and extremely thin design.

Dell Ultrasharp U2312HM
1920x1080 LED backlit IPS monitor. Has: DisplayPort, DVI, VGA, 4x downstream USB2.0 ports powered by one upstream USB2.0 port. Ergonomic features: backwards/forwards tilt, portrait/landscape orientation, height adjustment, and swivel. VESA mount compatible: Yes.
- Matte panel
- Lowest brightness setting is not particularly dim.
- Good responsiveness. Minor reverse ghosting but likely invisible in reality.
- Lowest input lag of all monitors (0.6ms or 1.1ms depending on reviewer). Will not buffer any frames whatsoever.
- Recommended that you buy during a Dell sale and/or have discount coupons.

Asus ProArt PA238Q
1920x1080 LED backlit IPS monitor. Has: HDMI , VGA, DisplayPort, DVI, 3.5mm audio out, 4x downstream USB2.0 ports powered by one upstream USB2.0 port. Ergonomic features: backwards/forwards tilt, portrait/landscape orientation, height adjustment, and swivel. VESA mount compatible: Yes.
- Physically it is essentially the same as the Dell Ultrasharp U2312HM
- Slightly higher input lag (still very low)
- Overdrive (Asus calls it “Trace-Free”) is easily adjustable in the monitor menu, unlike the Dell. Value I found was best was 40 but your mileage may vary.
- Warranty is not as good as the Ultrasharp and it is more expensive

Asus VG23AH
1920x1080 LED backlit PLS (?) monitor. Has: 2x HDMI, VGA, DVI, 3.5mm audio out. Ergonomic features: backwards/forwards tilt, portrait/landscape orientation, height adjustment, and swivel. VESA mount compatible: Yes.
- Semi gloss PLS (or IPS, doesn't matter) monitor
- Very good motion performance and low input lag
- Has passive 3D but Asus doesn't tell you how to set it up properly so you need to ask.
- The passive 3D filter seems to be like a stereoscope: some people see grey lines running across the monitor while others don't. So buying from a place with good return policies is a good idea.
- Able to run at 75hz if you adjust timings with PowerStrip software.

Asus VS239H-P
1920x1080 LED backlit IPS monitor. Has: HDMI, VGA, DVI, 3.5mm audio out. Ergonomic features: backwards/forwards tilt. VESA mount compatible: Yes.
- Matte IPS monitor.
- Good motion performance and input lag. Trace-free should be set at 40 or 60.

Eizo Foris FS2332
1920x1080 LED backlit PLS monitor. Has: 2x HDMI , VGA, DVI, 3.5mm audio out and in. Ergonomic features: Tilt. VESA mount compatible: Yes.
- Uses a PLS panel and not a IPS panel, despite what Eizo says.
- Has semi-gloss coating and not the anti-glare coating on all IPS monitors.
- Very low latency monitor. Good input lag (~1ms) and decent enough panel response.
- On screen display (OSD) menu can only be accessed through a provided remote.
- 5 year warranty on panel and electronics.
- Swedish residents should be able to purchase relatively cheaply (~2,500kr).
- Others can purchase at Fnatic's website for 300 Euro + 50 Euro shipping.

Samsung S23A750D
1920x1080 LED backlit 120hz TN monitor. Has: DisplayPort, HDMI, 3.5mm Audio Out. Ergonomic features: backwards/forwards tilt. VESA mount compatible: No.
- Very glossy panel.
- No height adjustment
- Low input lag and pitch perfect responsiveness.
- No 3D for nVidia cards. 3D only works with AMD cards
!!!YOUR VIDEO CARD MUST HAVE DISPLAYPORT TO RUN THIS MONITOR AT 120HZ. HDMI CANNOT DO 120HZ BECAUSE IT LACKS BANDWIDTH!!!

Samsung S23A950D
1920x1080 LED backlit 120hz TN monitor. Has: DisplayPort, HDMI, dual-link DVI, 3.5mm Audio Out. Ergonomic features: backwards/forwards tilt. VESA mount compatible: No.
- As far as I can tell, it performs the same as the cheaper S23A750D.
- Has an added dual-link DVI so those with nVidia cards can actually run this monitor at 120hz.
- Common occurrence of backlight bleeding around the area that the stand connects to the monitor panel.
- Cannot be VESA mounted since the stand contains all of the connectors.
- 3D only works with AMD video cards.
- Not recommended unless you really must have the design.

Samsung S23A700D
1920x1080 LED backlit 120hz TN monitor. Has: dual-link DVI, HDMI, (nothing else?). Ergonomic features: backwards/forwards tilt. VESA mount compatible: No.
- Uses the same panel as S23A750D
- 3D only works with AMD video cards
- Cannot be VESA mounted due to design
- Tried and true frame and bezel design.

BenQ XL2420
1920x1080 LED backlit 120hz TN monitor. Has: DisplayPort, 3.5mm audio out, 2x HDMI, dual-link DVI, VGA, 3x downstream USB2.0 ports powered by one upstream USB2.0 port. Ergonomic features: backwards/forwards tilt, portrait/landscape orientation, height adjustment, and swivel. VESA mount compatible: Yes.
- Matte panel.
- Apparently good responsiveness
- Low input lag with instant-on mode turned on (5ms)
- Good ergonomic features
- VESA mount compatible.
- Supports nVidia 3D Vision as well as nVidia Lightboost, which increases brightness of the monitor when running 3D. The 3D will not work with AMD video cards as far as I know.

Asus VG236H
1920x1080 CCFL backlit 120hz TN monitor. Has: HDMI, dual-link DVI-D, composite. Ergonomic features: backwards/forwards tilt, portrait/landscape orientation, height adjustment, and swivel. VESA mount compatible: Yes.
- Gloss panel
- Controllable overdrive. Not perfect motion performance like the Samsungs but still extremely good.
- Low input lag.
- Good ergonomic features.
- Uses 3D Vision. Does not have Lightboost. If you want the 3D glasses, buy the Asus VG236H and not the VG236HE, which does have glasses.
- Good alternative to the BenQ XL2420.

BenQ GW2450HM
1920x1080 LED backlit VA monitor. Has: HDMI, DVI, VGA. Ergonomic features: backwards/forwards tilt. VESA mount compatible: Yes.
- Matte panel
- Low input lag
- Much stronger black depth and contrast than IPS and TN monitors.
- A VA monitor that finally has decent motion performance.
- Requires calibration. If you can't get a hold of a calibrator, you should model your results around TFT Central's results and ICC profile and use your eye to do the rest. It will reduce the major problems but issues with gamma will still likely persist.

Dell Ultrasharp U2412M
1920x1200 LED backlit IPS monitor. Has: Displayport, Dual Link DVI, VGA, 4x downstream USB2.0 ports powered by one upstream USB2.0 port. Ergonomic features: backwards/forwards tilt, portrait/landscape orientation, height adjustment, and swivel. VESA mount compatible: Yes.
- Matte panel
- Good panel responsiveness and input lag. Minor reverse ghosting but hardly a problem in practice.
- Good price for offered features
- Has no scaler capable of 1:1 pixel mapping. This means 16: 9 PS3 content will be stretched vertically.
- Recommended that you buy during a Dell sale and/or have discount coupons.

Asus PA248Q
1920x1200 LED backlit IPS monitor. Has: Displayport, Dual Link DVI, VGA, HDMI, audio port, 4x downstream USB3.0 ports powered by one upstream USB3.0 port. Ergonomic features: backwards/forwards tilt, portrait/landscape orientation, height adjustment, and swivel. VESA mount compatible: Yes.
- Uses the same panel as the Dell U2412M
- Has scaler for 1:1 pixel mapping.
- Has Asus' race-free feature so the panel response can be adjusted to your liking
- Asus' warranty is definitely worse than Dell's.

Dell Ultrasharp U2410
1920x1200 CCFL backlit IPS monitor. Has: VGA, DVI, S-Video, Composite, Component, HDMI, DisplayPort, 4x downstream USB2.0 ports powered by one upstream USB2.0 port, SD card reader. Ergonomic features: backwards/forwards tilt, portrait/landscape orientation, height adjustment, and swivel. VESA mount compatible: Yes.
- Matte panel
- Very good panel responsiveness.
- Low input lag when in “game mode” (10ms)
- Wide gamut (!). Not a recommended feature useless you deal with primarily print media or are seriously colour blind as it can make a lot of colours appear unnatural and oversaturated.
- Has a proper scaler capable of dealing with many aspect ratios
- Very expensive. Not recommended if you don’t need wide gamut support as it is generally worse than the U2412M in most ways.
- Recommended that you buy during a Dell sale and/or have discount coupons.

HP ZR2440W
1920x1200 LED backlit IPS monitor. Has: HDMI, DisplayPort, DVI, 3.5mm audio out, 4x downstream USB2.0 ports powered by one upstream USB2.0 port. Ergonomic features: backwards/forwards tilt, portrait/landscape orientation, height adjustment, and swivel. VESA mount compatible: Yes.
- Not really physically different from the Dell Ultrasharp U2412M
- Slightly better applied overdrive.
- Higher input lag compared to the Dell Ultrasharp U2412M due to the scaler (20ms)
- Has a scaler capable of dealing with 16: 9 content.
- More expensive (~$100 more) than the Dell Ultrasharp thanks to the added scaler.

Samsung S24A850
1920x1200 LED backlit PLS monitor. Has: Displayport, Dual Link DVI x2, 4x downstream USB3.0 ports powered by one upstream USB3.0 port. Ergonomic features: backwards/forwards tilt, portrait/landscape orientation, height adjustment, and swivel. VESA mount compatible: Yes.
- Much thinner anti-glare coating than IPS friends
- Has some pretty cool eco-saving/power saving modes
- Buy from a source that accepts returns of defective products because apparently the 24” suffers commonly from heavy backlight bleeding.
- Has a scaler capable of dealing with 16: 9 content.
- Moderately high input lag (~20ms) as a result of the scaler.
- Only recommended if you cannot stand IPS antiglare.

NEC EA244WMI
1920x1200 LED backlit IPS monitor. Has: HDMI, DisplayPort, DVI-D, VGA, 3.5mm audio in & out, 4x downstream USB2.0 ports powered by one upstream USB2.0 port. Ergonomic features: backwards/forwards tilt, portrait/landscape orientation, height adjustment, and swivel. VESA mount compatible: Yes.
- Light antiglare coating
- Similar motion performance to the Dell Ultrasharp U2412M
- Low input lag of around 5ms.
- Has a scaler capable of dealing with 16: 9 content.
- Fairly pricey.

27” Apple Cinema Display (DisplayPort model)
2560x1440 LED backlit IPS monitor. Has: Mini DisplayPort, speakers, 4x downstream USB3.0 ports powered by one upstream USB3.0 port. Ergonomic features: backwards/forwards tilt. VESA mount compatible: Yes but requires adapter.
- Glossy
- Built extremely well.
- Mini DisplayPort only. Connections are molded into the monitor.
- Contains a MagSafe adapter for your Macbook
- Does not support HDCP
- Zero overdrive as far as I know. Panel responsiveness is not great but not horrible. Your mileage may vary.
- Low input lag (10ms)
- Generally a poor choice for consoles due to no HDCP, scalers, OSD, or anything.

Dell Ultrasharp U2711
2560x1440 CCFL backlit IPS monitor. Has: Displayport, 2x DVI, VGA, HDMI, component, composite, SD card reader, 4x downstream USB3.0 ports powered by one upstream USB3.0 port. Ergonomic features: backwards/forwards tilt, portrait/landscape orientation, height adjustment, and swivel. VESA mount compatible: Yes.
- Matte
- Good panel responsiveness. Minor reverse ghosting but hardly a problem in practice.
- Moderate input lag (30ms)
- Moderately priced due to coupon availability.
- Wide gamut. Not a huge problem due to working sRGB emulation but not recommended if you need only sRGB.
- Recommended that you buy during a Dell sale and/or have discount coupons.

Dell Ultrasharp U2713HM
2560x1440 LED backlit IPS monitor. Has: Displayport, 2x DVI, VGA, HDMI, 4x downstream USB3.0 ports powered by one upstream USB3.0 port. Ergonomic features: backwards/forwards tilt, portrait/landscape orientation, height adjustment, and swivel. VESA mount compatible: Yes.
- Semi-matte display coating. Similar coating to Samsung's PLS panels.
- Good panel responsiveness.
- Solid contrast (actually hits ~1000:1)
- Moderate input lag (20ms)
- Moderately priced due to coupon availability.
- 100% sRGB coverage. Not wide gamut or anything.
- Recommended that you buy during a Dell sale and/or have discount coupons

HP ZR2740W
2560x1440 LED backlit IPS monitor. Has: Dual-link DVI, DisplayPort, 4x downstream USB3.0 ports powered by one upstream USB3.0 port. Ergonomic features: backwards/forwards tilt, portrait/landscape orientation, height adjustment, and swivel. VESA mount compatible: Yes.
- Matte
- Zero overdrive. Panel responsiveness is not great but not horrible. Your mileage may vary.
- Extremely low input lag (10ms)
- Limited OSD and scaling options. Consoles will work but you may need to output content at 720P and not 1080P.

Hazro HZ27WA
2560x1440 LED backlit IPS monitor. Has: Dual-link DVI (HDCP), HDMI, 2x D-sub, 1x component, 3.5mm audio in, speakers. Ergonomic features: backwards/forwards tilt. VESA mount compatible: Yes.
- Glossy
- Cheap
- Extensive scaling and OSD options
- Good panel responsiveness. Minor reverse ghosting but hardly a problem in practice.
- Moderate input lag (25ms)
- Warranty and build quality is, apparently, quite poor. Only recommended if you are European.

Hazro HZ27WC
2560x1440 LED backlit IPS monitor. Has: Dual-link DVI, 3.5mm audio in. Ergonomic features: backwards/forwards tilt. VESA mount compatible: Yes.
- Practical clone of the Hazro HZ27WA with the scaler and input options stripped out.
- Low input lag as a result (10ms)
- Cheap
- Warranty and build quality is, apparently, quite poor. Only recommended if you are European.

Samsung S27A850D
2560x1440 LED backlit PLS monitor. Has: Dual-link DVI, DisplayPort, 4x downstream USB3.0 ports powered by one upstream USB3.0 port. Ergonomic features: backwards/forwards tilt, portrait/landscape orientation, height adjustment, and swivel. VESA mount compatible: Yes.
- Light antiglare
- PLS is new technology/Samsung doesn’t know what good hardware design is so buy from a place that accepts returns without hassle. Backlight bleeding is quite common.
- Solid responsiveness.
- Moderate input lag (30ms) thanks to scaler
- Has some nifty eco-energy features
- The monitor really needs calibration badly to get any form of colour accuracy.
- Only recommended if you cannot stand IPS antiglare.

2560x1440 monitors on eBay (Catleap, Crossover, etc.)
2560x1440 LED backlit IPS monitor. Has: Dual-link DVI, VGA. Ergonomic features: backwards/forwards tilt, and swivel. VESA mount compatible: Yes, if you break the stand and grey plastic backing.
- Glossy IPS
- As fast as your typical overdriven IPS monitor.
- Input lag is slow due to zero internal processing whatsoever.
- Limited OSD.
- Build quality is not great. You probably want to buy a 3rd party VESA stand to replace the stock stand.
- Cheap as shit. $400 off eBay. I strongly recommend PayPal so you've got some protection.
- Don't recommend getting the one with extra glass cover due to dust issues.
- Don't count on warranty.
- Possible build quality issues. A literal roulette.

Shimian QH270-IPSMS
2560x1440 LED backlit IPS monitor. Has: Dual-link DVI (HDCP), HDMI, 2x D-sub, 1x component, 3.5mm audio in, speakers. Ergonomic features: backwards/forwards tilt. VESA mount compatible: Yes.
- Should be exactly the same as the Hazro HZ27WA.
- Not the same as the Hazro HZ27WA. All multi-input Korean 27" IPS monitors are bad because brightness adjustment is done through messing with the contrast.
- High input lag because of scaler electronics.
- Possible build quality issues and don't count on cheap and effective warranty support.

EQD WQHD LED Backlit LCD Monitor
2560x1440 LED backlit IPS monitor. Has: Dual-Link DVI (HDCP), HDMI, DisplayPort, VGA (why man why), speakers (?). Ergonomic features: backwards/forwards tilt. VESA mount compatible: Yes.
- Glossy.
- Seems to have rather low input lag and decent enough responsiveness.
- Can be bought locally meaning warranty is much more safe.
- Bought from Microcenter for $400 USD.

Viewsonic VP2770
2560x1440 LED backlit PLS monitor. Has: VGA, Dual-link DVI-D, HDMI 1.4, DisplayPort 1.2, 2x USB 2.0 Ports. Ergonomic features: backwards/forwards tilt, height adjustment, portrait adjustment. VESA mount compatible: Yes.
- Semi matte.
- Low input lag and solid responsiveness.
- Good factory calibration.