Why do pro gamers play on small TVs?

Professional gamers overwhelmingly prefer smaller 24-27 inch screens over large TVs when playing competitively. There are several key reasons why smaller screens offer significant advantages for pro gaming.

Faster Response Time and Less Input Lag

One of the most important factors for competitive gaming is having a fast response time and low input lag. Response time measures how quickly a pixel can change from one color to another. Input lag measures the delay between pressing a button and seeing the result on screen.

Smaller gaming monitors excel in these areas by using panel technologies like TN and IPS. With response times of 1ms or less and input lag under 10ms, pro gamers can react almost instantly to what‘s happening in-game.

Larger TV panels tend to have slower response times, often between 10-20ms, and higher input lag in the 15-50ms range. Those extra milliseconds make a big difference when fractions of a second determine success.

Higher Frame Rates

To go along with fast response times, high frame rates are also extremely beneficial for spotting enemies, tracking motion, and hitting shots precisely.

Top esports gamers will use monitors with 144Hz, 240Hz, or even 360Hz refresh rates. Smaller screens have an easier time running at such high frame rates compared to large 4K TVs which often top out at 60Hz or 120Hz.

With a high refresh rate monitor, gameplay appears extremely smooth and fluid. This allows pros to better react to visual information.

Ideal Viewing Angles

Professional gamers always sit directly in front of their screen to have the optimal viewing angle. With large TVs, the edges of the screen can appear washed out or blurred when viewing from up close and centered.

Smaller monitors are designed for head-on viewing from a desk. Their image quality remains consistent across the whole screen area within the ideal viewing cone.

Efficient Screen Scanning

During intense gameplay, pro gamers need to efficiently scan the entire screen to process information as quickly as possible.

On large displays it‘s much harder to perceive the whole area without excessive eye and head movements. Smaller monitors fall more readily into peripheral vision allowing players to absorb visual data faster.

Superior Panel Technologies for Gaming

Gaming monitors specialized for esports use TN and IPS panel technologies chosen specifically for speed. Large TVs aimed at entertainment and media viewing typically utilize VA panels.

While VA panels offer good contrast and color reproduction, they are more prone to smearing and motion blur in fast paced scenes. IPS and TN provide the crystal clear motion clarity essential for pro gaming.

Better Pixel Density

With higher resolutions like 1440p and 4K becoming standard, smaller 27 inch screens are able to achieve very sharp images thanks to their high pixel density. This makes details like text easier to resolve compared to larger screens where the pixels are more spread out.

For competitive gaming, pro players want the sharpest and most defined image possible to easily spot in-game objects and textures.

Playing on Tournament Standard Screens

Esports tournaments use 24-27 inch screens on stage. To practice in the settings they‘ll be competing in, nearly all pro gamers also use screens around this size.

Switching between a large TV at home and a 24" monitor at a tournament can be jarring and require adjustment. Training and playing on the same sized screen helps pros calibrate their muscle memory.

High Portability for Travel

Pro gamers frequently travel to competitions and events. A 24 inch screen may only weigh 10-15 lbs, making it reasonably portable. Larger TVs weigh much more, ranging from 30-80 lbs for typical models.

It‘s logistically easier for pros to transport smaller monitors to use in hotel rooms or temporary gaming setups. They‘re also quicker to pack up and set back up.

Takes Up Less Desk Space

On the desk or table, a 24-27 inch monitor occupies a smaller footprint. This leaves extra room for peripherals like keyboards, mice, and oversized mouse pads.

Big screen TVs eat up a lot more surface area. They also usually need deeper mounting solutions and can‘t always be placed as conveniently within arm‘s reach.

In summary, pro gamers strongly favor smaller high performance monitors over large televisions to get the smoothest, most responsive experience that gives them a competitive edge. Fast response times, high refresh rates, ideal viewing angles, sharp image quality, and maximum portability keep smaller screens the choice for professional play.As an avid gamer and streaming enthusiast myself, I‘ve done extensive research into why professional esports athletes overwhelmingly prefer smaller 24-27 inch screens compared to large TVs. In this comprehensive guide, I‘ll share my in-depth expertise on the many advantages smaller, faster monitors provide for competitive gaming.

Minimal Input Lag for Instant Response

Input lag, measured in milliseconds (ms), refers to the delay between an input from your controller and the resulting action displayed on screen. Even small differences in input lag can have a major impact on gameplay reactivity.

According to detailed DisplayLag testing, smaller gaming monitors average only 5-10ms of input lag, with top models getting as low as 1ms. Large TVs, even high-end 4K models, average 15-50ms. That‘s up to 10 times slower input response!

During fast-paced competitive gaming, shaving off an extra 10-20ms means the difference between landing a skillshot or clutch headshot, or whiffing completely. The lower input lag of smaller screens translates directly into higher precision gameplay.

Average Input Lag (ms)

Gaming Monitor	5-10ms
TV	15-50ms

Blazing Fast Pixel Response for Crystal Clear Motion

Along with input lag, pixel response time is a key factor in display speed and performance. Response time measures how quickly a pixel can switch from one shade of gray to another, stated in milliseconds (ms).

For gaming monitors, average response times range from 1-5ms using TN or IPS panel technology. TVs have significantly slower response in the 8-20ms range, using VA panels focused more on deep blacks and contrast rather than speed.

With some pro gamers reacting in under 150ms, a few millisecond difference in pixel performance means the difference between hitting a shot or not. Fast response times result in crystal clear motion clarity for following movement.

Average Response Times (ms)

TN Monitor	1-5ms
IPS Monitor	4-5ms
VA TV	8-20ms

Higher Refresh Rates for Ultra Smooth Gameplay

The refresh rate determines how many frames per second (FPS) a display can show. While TVs typically max out at 60Hz or 120Hz, smaller gaming monitors regularly achieve 144Hz, 240Hz, and even 360Hz.

This allows pro gamers to take full advantage of the FPS output by their powerful PCs well over 100+ FPS. Matching a high refresh rate monitor with high FPS results in incredibly fluid, crisp motion delivery.

Gaming at higher hertz levels helps pros better track moving targets, hit precision shots, and react quicker in the moment. 300Hz monitors like the Alienware AW2521H are popular among esports athletes for their hyper-responsive feel.

Common Pro Gaming Refresh Rates

TV	60Hz, 120Hz
Monitor	144Hz, 240Hz, 360Hz

Ideal Viewing Angles Keep the Whole Screen Visible

Unlike TVs which are built for larger living room viewing, monitors are designed for desktop usage. Gamers sit centered directly in front of the display, within the ideal viewing cone.

On giant 50"+ TVs, the edges of the screen stretch far into your peripheral vision. If you focus on the center, the sides get cut off. Smaller 27" monitors keep the entire viewABLE area within comfortable sight lines.

According to BenQ research, optimal viewing angles for desktop monitors are under 40 degrees horizontally or vertically. Their testing shows sharper image quality and less distortion within this central field of view.

Keeping the entire screen easily visible allows pros to absorb more information from the full display area without excessive eye movement.

Efficient Screen Scanning and Target Acquisition

Pro players need to quickly gather information by scanning the game screen efficiently with their eyes. Studies show expert gamers detect threats and acquire targets much faster than amateurs.

Larger screens make this much more difficult, as a greater degree of eye and head movement is required to shift focus between different sides of the display. Smaller 27-inch monitors allow virtually the entire screen to be covered within peripheral vision.

According to sports vision training experts, smaller game displays lead to faster processing and reaction time. Gamers can take in more visual data with reduced eye tracking requirements. This directly improves target acquisition speed and accuracy.

Superior Panel Technologies Built for Speed

As mentioned above, gaming monitors utilize either TN Film or IPS panel technology to deliver fast response times and smooth motion.

TN Film panels offer the fastest response, often 1ms, by aligning liquid crystals parallel to the glass substrate. This allows for instantaneous shifting between states.

IPS panels provide slightly slower 4-5ms response times by aligning crystals perpendicular to the panel plane. While not as fast as TN Film, IPS offset this with superior color and viewing angles.

By comparison, TVs largely use VA panel variants, which prioritize high contrast and deep blacks over speed. VA response times in the 8-25ms range lead to greater motion blur and smearing in fast gaming action.

Panel Technologies

Panel Type	Speed	Color/Contrast
TN Film (monitors)	Very Fast	Good
IPS (monitors)	Fast	Excellent
VA (TVs)	Slow	Excellent

Higher Pixel Density for Sharpness and Clarity

Since pro gamers sit much closer to a monitor, pixel density needs to be higher for a crisp picture. At just 27 inches with 1440p or 4K resolutions, monitors achieve excellent pixel-per-inch (PPI) counts.

For example, a 27-inch 1440p monitor has 108 PPI, while a 4K monitor has a super-sharp 163 PPI. This density provides clearly defined details and minimizes visibility of individual pixels.

By comparison, larger TVs with the same resolution have a lower pixel density. A 55-inch 4K screen only has 80 PPI. Sitting further magnifies this, leading to a less sharp, less detailed image.

Higher pixel density keeps imagery clean and defined, an essential visual consideration for spotting in-game objects and tracking movement.

Pixel Density Example (27" vs 55" at 4K)

Monitor (27")	163 PPI
TV (55")	80 PPI

Tournament and Stage Standard for All Pros

Nearly every major esports tournament provides 24-27" gaming monitors for the stage and player areas. Some examples:

– League of Legends LCS/LEC: 24-inch 1080p 240Hz

– Overwatch League: 24-inch 1080p 240Hz

– Call of Duty League: 24-inch 1080p 240Hz

– Counter-Strike ESL/Majors: 24-inch 1080p 240Hz

To practice and play in an environment that matches tournaments, pro gamers emulate these smaller screen standards at home. Switching to a larger TV could negatively impact play at events.

Many pros even choose the exact same models as the tournament monitors they compete on, like the BenQ Zowie XL2546 used extensively in esports. This ensures complete familiarity with the display.

Highly Portable for Traveling to Events

Unlike heavy, bulky TVs, smaller gaming monitors are designed for easy transport to tournaments and other gaming events.

A 24-inch screen weighs under 10 lbs and fits nicely into a protective carrying case or bag. Most gaming monitors also come with a handle for easy lifting and mobility.

For pros who fly regularly to competitions worldwide, the smaller size and weight of a monitor makes transit straightforward rather than a burdensome process requiring overweight baggage fees.

Legendary streamer Shroud emphasized this advantage, saying "I just can‘t see myself traveling around the world with a TV."

Space Saving Design for Larger Mouse Movement

Gaming monitors are optimized for desktop use, taking up minimal space while leaving room for important peripherals.

According to the Esports Observer, large mousepads over 15" wide have become standard for most pro players. This provides more room to aim while playing low sensitivity.

On a desk, a 27" monitor leaves space on all sides for an oversized mousepad, keyboard, headphones, supplements, drinks, and other gaming gear.

In contrast, TVs would crowd the desk area significantly, leaving inadequate surface area for all the necessary components of a pro esports setup.

Specialized Gaming Monitors Mean Better Performance

While TVs are built with entertainment and video consumption in mind, gaming monitors are engineered specifically to provide competitive advantages.

Key gaming features like variable refresh rates (G-Sync/FreeSync), black equalization, crosshairs, and genre-specific display optimization result in a better performing, more adjustable monitor.

For professionals where every edge matters, dedicated gaming monitor technology contributes to stronger, more precise play. Using a standard TV simply leaves too much performance on the table.

The Proof Is in the Pros

Looking across the entire professional esports landscape, the evidence is abundantly clear. The best gamers in the world all use smaller, faster monitors to compete and train.

In their expert opinions, smaller screens provide tangible competitive advantages compared to big screen TVs. Given the choice, they gravitate towards 24-27" models nearly universally.

While casual gamers enjoy the immersive experience of large TVs for single-player adventures, small monitors will continue dominating competitive esports into the foreseeable future. Their combination of speed, precision and ergonomics remain unmatched for gameplay at the highest skill levels.