Gaming monitor statistics sit at the intersection of a large gaming population and a narrower display market. The data below separates player participation from monitor-specific observations, including Steam Windows display configurations, ENERGY STAR catalog benchmarks, and controlled refresh-rate studies.
Key Gaming Monitor Statistics
These figures summarize the most useful population, display, energy, and performance measures:
- In 2024, 61% of people ages 5–90 in the United States played video games for at least one hour per week, representing approximately 190.6 million people.
- In 2024, the average U.S. video-game player was 36 years old.
- In 2024, 56% of U.S. adults played video games weekly, defined as at least one hour across listed devices.
- In 2024, 54% of U.S. Generation Alpha and Generation Z players used a PC, according to the ESA cohort comparison.
- From 2012 to 2024, the share of U.S. players gaming on a mobile device rose from 33% to 78%.
- In 2024, 72% of U.S. parents played video games, across all gaming devices.
- In 2025, the ESA global survey collected 24,216 responses from active players across 21 countries and six continents.
- In 2025, 66% of active players in 21 countries said they played video games to have fun.
- In 2025, 81% of surveyed global players said video games provide mental stimulation.
- In the Steam Windows survey snapshot accessed October 2, 2026, 1920×1080 represented 52.12% of primary displays.
- In the same Steam snapshot, 2560×1440 represented 22.45% of primary displays.
- In the same Steam snapshot, 3840×2160 represented 5.02% of primary displays.
- The ENERGY STAR display database listed 232 products with variable-refresh-rate support when accessed October 2, 2026.
- The ENERGY STAR database listed 2,710 products with HDMI when accessed October 2, 2026.
- The listed EIZO FlexScan S1734 used 5.51 watts in on mode and 0.14 watts in sleep mode in its 2025 ENERGY STAR listing.
- A 2026 FPS study tested 101 gamers at 60Hz, 144Hz, and 360Hz.
- In that 2026 FPS study, 60Hz-to-higher-refresh-rate changes improved target accuracy and reduced target-destruction times.
- A 2020s conference study of 32 casual FPS players reported the best performance at 240Hz among 60Hz, 144Hz, 240Hz, and 360Hz conditions.
Contents
- Gaming participation and the addressable player population
- Gaming motivations, access and measured social outcomes
- Global player profile and reported benefits of play
- Gaming monitor resolution data from Steam PC users
- Monitor efficiency and power benchmarks
- Refresh-rate experiments and gaming performance
Gaming Participation and the Addressable Player Population
The broadest addressable population is people who play games, not people who own a dedicated gaming monitor. The ESA’s 2024 U.S. survey included smartphone, tablet, PC, console, and VR play, so its figures describe gaming participation across devices.
According to the Entertainment Software Association’s 2024 report, 61% of people ages 5–90 in the United States played at least one hour per week in 2024, equivalent to approximately 190.6 million people. The average U.S. player was 36 years old, while the average U.S. adult player reported 17 years of experience.
| U.S. player measure | 2024 result | Population and definition |
|---|---|---|
| Weekly participation | 61% | Ages 5–90; at least one hour per week |
| Weekly adult participation | 56% | Adults ages 18 and older |
| Weekly Generation Alpha participation | 79% | Children ages 5–10 |
| Average player age | 36 years | U.S. players |
| Average adult player experience | 17 years | U.S. adult players |
The same survey reported a player profile of 53% male, 46% female, and about 1% non-binary or preferring not to identify. These are rounded survey responses, and they cover all gaming platforms rather than monitor users only.
PC access is especially relevant to monitor demand, although PC play is not equivalent to external gaming-monitor ownership. Generation Alpha and Generation Z were the largest listed console-playing cohorts at 58% and the largest listed PC-playing cohorts at 54% in the 2024 ESA comparison.
Two longer-term comparisons show how the player base has changed. The share of U.S. players gaming on a mobile device rose from 33% in 2012 to 78% in 2024, while the share of players aged 50 or older rose from 9% in 1999 to 29% in 2024.
Gaming Motivations, Access and Measured Social Outcomes
Participation statistics explain the size of the audience, but survey responses also describe why people play and what they believe games provide. These measures are perceptions or self-reported motivations, not clinical outcomes or controlled causal estimates.
The 2024 ESA survey found that 79% of U.S. adults agreed that video games bring people joy, 77% agreed that games provide mental stimulation, and 76% agreed that games provide stress relief. In addition, 73% agreed that games can help improve cognitive skills, while 74% agreed that games can provide accessible experiences for people with different abilities.
Among U.S. players, 77% believed games provide mental stimulation. Among U.S. adult players, 68% cited relaxing as a reason to play and 67% cited having fun; respondents could select multiple motivations.
Family participation is another measurable access point. Seventy-two percent of U.S. parents played video games in 2024, and 83% of parent players said they played with their children, although the supplied measure does not specify frequency.
Global Gaming Player Profile and Reported Benefits
The ESA Power of Play: 2025 Global Video Games Report provides a broader, but still defined, view. It collected 24,216 responses from active players ages 16–65+ across 21 countries and six continents, so the results should not be generalized to all residents of those countries.
The global active-player sample was 48% women and 51% men; the rounded categories do not sum exactly to 100%. Reported reasons for playing included having fun for 66% of active players, stress relief or relaxation for 58%, and keeping the mind sharp or exercising the brain for 45%.
| Reported global measure | Share in 2025 | Population |
|---|---|---|
| Play for fun | 66% | Active players in 21 countries |
| Play for stress relief or relaxation | 58% | Active players in 21 countries |
| Play to keep the mind sharp | 45% | Active players in 21 countries |
| Games provide mental stimulation | 81% | Surveyed active players |
| Games provide stress relief | 80% | Surveyed active players |
| Games create accessible experiences | 78% | Surveyed active players |
| Games help players feel happier | 73% | Surveyed active players |
| Games help players feel less anxious | 70% | Surveyed active players |
The report’s benefits measures are self-reported perceptions. They indicate how respondents describe gaming, not the results of a standardized cognitive, mental-health, or accessibility test.
Gaming Monitor Resolution Data from Steam PC Users
The Steam Hardware & Software Survey offers monitor-relevant observations, but only for Steam Windows users who participate in an optional, anonymous survey. The snapshot was accessed October 2, 2026, and its resolution shares are observed configurations rather than monitor sales or a census of gamers.
| Primary display resolution | Share of Steam Windows respondents | Measurement scope |
|---|---|---|
| 1920×1080 | 52.12% | Primary displays; current snapshot |
| 2560×1440 | 22.45% | Primary displays; current snapshot |
| 2560×1600 | 6.01% | Primary displays; current snapshot |
| 3440×1440 | 3.12% | Primary displays; current snapshot |
| 3840×2160 | 5.02% | Primary displays; current snapshot |
| 5120×1440 | 0.39% | Primary displays; current snapshot |
The same Steam snapshot listed multi-monitor desktop-resolution configurations separately. The most common listed configuration was 3840×1080 at 22.86%, followed by 4480×1440 at 13.40%, 5120×1440 at 4.94%, and 7680×2160 at 1.25%.
Those multi-monitor percentages describe configuration reports, not physical monitor counts or ownership rates. They also should not be added to the primary-display percentages because they represent a different reporting category.
Monitor Efficiency and Power Benchmarks
The ENERGY STAR Certified Displays database supplies catalog and product benchmarks rather than gaming-monitor market shares. Its Most Efficient 2025 display page listed 112 records, while the display database filters listed 1,596 monitor products and 1,297 signage-display products when accessed October 2, 2026.
The database also listed 232 products with variable-refresh-rate support, 2,710 with HDMI, 1,961 with USB, and 1,197 with RJ45 interfaces. These are feature counts in a certification catalog, not sales, shipments, or adoption rates.
| Listed display example | On mode | Sleep mode | Annual energy or resolution |
|---|---|---|---|
| EIZO FlexScan S1734, 17-inch IPS LCD | 5.51 W | 0.14 W | 17.66 kWh/year estimate; 1280×1024 |
| ViewSonic VS19906, 16-inch IPS LCD | 6.52 W | 0.12 W | 20.67 kWh/year estimate |
| EIZO FlexScan EV2400R, 23.8-inch IPS LCD | 6.83 W | 0.16 W | No annual value supplied |
The annual figures are ENERGY STAR estimates for individual listed products, not measured gaming-session consumption. The product examples are certified displays, including office-oriented models, so they should not be treated as an average for gaming monitors.
Refresh-Rate Experiments and Gaming Performance
Refresh rate is one of the few monitor specifications in the supplied evidence tested directly in gaming tasks. The results are study-specific and should be interpreted alongside sample size, game type, and the exact task.
A 2026 peer-reviewed FPS study tested 101 gamers at 60Hz, 144Hz, and 360Hz. Participants could reliably distinguish 60Hz from 360Hz display transitions, but could not reliably distinguish 144Hz from 360Hz in the study’s perceptual task.
The same study found that moving from 60Hz to higher refresh rates significantly improved target accuracy and reduced target-destruction times. Target-acquisition performance did not significantly differ between 144Hz and 360Hz in that experiment; the summary reports direction and significance, not effect-size values.
A 2024 preprint FPS experiment compared 30Hz, 60Hz, 120Hz, 144Hz, and 240Hz with 26 participants. Refresh rate significantly affected player performance only at 30Hz among the tested conditions, but the small preprint study did not establish a universal threshold for every game or player.
A conference study of casual players tested 32 players at 60Hz, 144Hz, 240Hz, and 360Hz and reported the best performance at 240Hz. Because the studies use different participants, tasks, and designs, their findings are not directly interchangeable or a market-wide forecast.