Best OLED Gaming Monitor 2026: 6 Top Picks for Gamers

For buyers searching for the Best OLED Gaming Monitor 2026, the ASUS ROG Swift OLED PG32UCDM3 is our top overall pick. Its 32-inch 4K Tandem QD-OLED panel combines a 240Hz refresh rate, strong HDR capability, and modern connectivity for premium PC gaming.

Other category winners include the LG UltraGear 32GX870A-B for value-focused 4K gaming, ASUS PG27UCDM for 27-inch 4K, and LG UltraGear 27GX790B-B for high-refresh 1440p. The Samsung Odyssey OLED G6 G61SH covers the lower-cost OLED category, while the ASUS PG34WCDN is our 3440×1440 ultrawide pick.

The right OLED monitor depends on resolution, refresh rate, screen size, GPU capability, HDR performance, panel technology, room lighting, burn-in warranty, and current US price. Discounts can change which model offers the strongest value within each category.

Best OLED Gaming Monitors 2026: Quick Comparison

The best OLED gaming monitor depends on whether you prioritize 4K detail, extreme refresh rate, lower price, or ultrawide immersion. The six picks below cover those distinct buying priorities without treating one specification as universally better.

Category	Monitor	Size	Resolution	Refresh Rate	OLED Type	US Price*	Burn-In Warranty	Key Limitation
Best Overall	ASUS ROG Swift OLED PG32UCDM3	32″	3840×2160	240Hz	Tandem QD-OLED	$1,299	3 years	Premium price
Best Value 4K	Alienware AW3225QF	32″	3840×2160	240Hz	QD-OLED	$799.99	3 years	Curved screen
Best 27-Inch 4K	ASUS ROG Swift OLED PG27UCDM	27″	3840×2160	240Hz	4th-gen QD-OLED	≈$999	3 years	Expensive for 27″
Best High-Refresh 1440p	LG UltraGear 27GX790B-B	27″	2560×1440	540Hz	Tandem OLED	$729.99	2-year limited warranty**	Specialized for very high FPS
Best Budget OLED	Alienware AW2726DM	27″	2560×1440	240Hz	QD-OLED	$349.99	3 years	HDMI limited to 1440p 120Hz
Best Ultrawide	ASUS ROG Swift OLED PG34WCDN	34″	3440×1440	360Hz	Tandem RGB QD-OLED	≈$1,299	3 years	High price and wider footprint

The PG32UCDM3 combines 4K, 240Hz, DisplayPort 2.1a UHBR20, and a newer Tandem QD-OLED panel. ASUS lists a three-year warranty including panel burn-in.

The AW3225QF currently costs $799.99 with three-year OLED burn-in coverage, while the AW2726DM drops the entry price to $349.99. The LG 27GX790B-B currently lists at $729.99 and supports 540Hz at QHD or 720Hz at HD.

The PG34WCDN uses a 34-inch 3440×1440 Tandem RGB QD-OLED panel at 360Hz and carries three-year burn-in coverage.

The 6 Best OLED Gaming Monitors of 2026

The best OLED gaming monitors combine fast pixel response, high refresh rates, strong HDR capability, and the resolution that matches the intended gaming workload. These six models were selected for different buying priorities, including premium 4K, value, competitive 1440p, and ultrawide gaming.

Each recommendation considers current US pricing, specifications, connectivity, OLED protection features, and verified warranty coverage. Pricing can change, so value rankings should be checked against current street prices before purchase.

1. ASUS ROG Swift OLED PG32UCDM3 — Best OLED Gaming Monitor Overall

The ASUS ROG Swift OLED PG32UCDM3 is our best overall OLED gaming monitor for gamers seeking premium 4K performance at 240Hz. It combines a 31.5-inch 3840×2160 Tandem QD-OLED panel with high-refresh gaming, HDR support, and modern PC connectivity. ASUS currently lists it at $1,299 in the US.

Core specifications:

• Size: 31.5 inches
• Resolution: 3840×2160
• Refresh rate: 240Hz
• Panel: Tandem QD-OLED
• HDR: VESA DisplayHDR 500 True Black
• VRR: Adaptive-Sync and G-SYNC Compatible
• DisplayPort: DisplayPort 2.1a UHBR20
• HDMI: 2× HDMI 2.1
• USB-C: DisplayPort Alt Mode with 90W power delivery
• Warranty: 3 years, including panel burn-in

The full-bandwidth 80Gbps DisplayPort 2.1a connection supports 4K at 240Hz without requiring Display Stream Compression over that input. Two HDMI 2.1 ports add flexibility for gaming PCs and compatible consoles, while USB-C provides another display connection.

Its Tandem QD-OLED panel provides per-pixel light control, deep black levels, and HDR capability suited to visually demanding AAA games. The 240Hz refresh rate also makes the monitor suitable for faster shooters when the gaming PC produces sufficiently high frame rates. ASUS rates pixel response at 0.03ms GtG, but that manufacturer figure should not be treated as an independent measured response-time result.

OLED Care Pro adds pixel shifting, screen protection, static-element controls, and a proximity sensor designed to reduce burn-in risk. These protections do not make OLED immune to burn-in, but ASUS backs this model with a three-year warranty that explicitly includes panel burn-in.

Best for: premium 4K gaming, HDR-focused AAA games, and high-refresh gaming up to 240Hz.

Skip it if: you do not need 4K, your PC is primarily built for very high-FPS 1440p esports, or the $1,299 price exceeds your monitor budget.

2. LG UltraGear 32GX870A-B — Best Value 4K OLED Gaming Monitor

The LG UltraGear 32GX870A-B is our best value 4K OLED gaming monitor because it combines 4K 240Hz gaming with a current US price of about $899.99. Its 32-inch OLED panel also supports a Dual Mode that switches from 3840×2160 at 240Hz to 1920×1080 at 480Hz. This gives buyers one display for high-detail AAA gaming and lower-resolution competitive gaming.

Core specifications:

• Size: 32 inches
• Resolution: 3840×2160
• Refresh rate: 240Hz at 4K
• Dual Mode: 1920×1080 at up to 480Hz
• Panel: OLED
• HDR: VESA DisplayHDR True Black 400
• VRR: G-SYNC Compatible and FreeSync Premium Pro
• DisplayPort: DisplayPort 2.1
• USB-C: Supported
• Current US price: About $899.99

The 32GX870A-B is especially useful for gamers who switch between cinematic and competitive games. 4K 240Hz favors image detail and high-refresh AAA gaming, while 1080p 480Hz targets workloads capable of much higher frame rates. The monitor does not create those frame rates; actual FPS still depends on the CPU, GPU, game engine, and graphics settings.

HDR support includes DisplayHDR True Black 400, while OLED’s per-pixel light control provides deep blacks and high contrast. DisplayPort 2.1 adds modern PC connectivity, and VRR support covers both G-SYNC Compatible and FreeSync Premium Pro operation.

The main limitation is that its value depends heavily on current sale pricing. LG states that prices and promotions can change, so the value ranking should be checked again before publication or purchase. I could not verify explicit US burn-in warranty coverage from the current product page, so we should not claim burn-in coverage unless LG’s model-specific warranty confirms it.

Best for: 4K gaming, mixed AAA and competitive gaming, and buyers wanting 240Hz plus a 480Hz lower-resolution mode.

Skip it if: you specifically want QD-OLED color characteristics, prefer a 27-inch 4K display, or need explicitly verified burn-in warranty coverage.

3. ASUS ROG Swift OLED PG27UCDM — Best 27-Inch 4K OLED

The ASUS ROG Swift OLED PG27UCDM is the best 27-inch 4K OLED pick for gamers who want high pixel density without moving to a 32-inch display. It combines a 3840×2160 resolution with a 240Hz refresh rate and fourth-generation QD-OLED technology.

Core specifications:

• Size: 27 inches
• Resolution: 3840×2160
• Refresh rate: 240Hz
• Panel: Fourth-generation QD-OLED
• Pixel density: 166 PPI
• DisplayPort: DisplayPort 2.1a UHBR20
• HDMI: HDMI 2.1
• USB-C: Supported with 90W power delivery
• VRR: Supported
• Warranty: 3 years
• Current US price: About $1,099 at current retail listings.

The main advantage is pixel density. 4K at 27 inches produces sharper text and finer image detail than the same resolution on a larger 32-inch screen. Independent testing also shows excellent motion clarity, low input lag, deep blacks, and strong HDR picture quality.

DisplayPort 2.1a UHBR20 provides enough bandwidth for uncompressed 4K 240Hz output with compatible hardware. HDMI 2.1 also supports modern PC and console connections, while USB-C adds display and power-delivery flexibility.

Its main tradeoff is price. At around $1,099, it costs more per inch than many larger OLED alternatives. Bright-room use is another consideration because QD-OLED black levels can rise under stronger ambient lighting.4. LG UltraGear 27GX790B-B — Best High-Refresh 1440p OLED

The LG UltraGear 27GX790B-B is the best high-refresh 1440p OLED for competitive gamers who can produce very high frame rates. Its 27-inch 2560×1440 Tandem OLED panel runs at 540Hz, with a Dual Mode that reaches 720Hz at a lower HD resolution.

Core specifications:

• Size: 27 inches
• Resolution: 2560×1440
• Native refresh rate: 540Hz
• Dual Mode: Up to 720Hz at HD resolution
• Panel: Tandem OLED
• HDR: DisplayHDR True Black 500
• VRR: G-SYNC Compatible and FreeSync Premium Pro
• DisplayPort: DisplayPort 2.1
• Current US price: About $800, subject to promotions
• Warranty: 2-year limited warranty; explicit US burn-in coverage should be verified before purchase

The main advantage is motion performance. A 540Hz refresh rate reduces the time between display refreshes to about 1.85ms, making this monitor most relevant to esports titles where the system can sustain very high frame rates. Games such as Counter-Strike 2, Valorant, and Overwatch 2 are better matches for this capability than demanding AAA games.

A 540Hz monitor does not create 540 FPS. Actual frame rate depends on the CPU, GPU, game engine, resolution, and graphics settings. The 720Hz mode also requires a lower resolution, so it trades image detail for a higher maximum refresh rate.

The Tandem OLED panel adds per-pixel contrast and deep black levels alongside its high refresh rate. DisplayPort 2.1 provides the primary high-bandwidth PC connection, while VRR helps match display refresh behavior to changing game frame rates.

6. ASUS ROG Swift OLED PG34WCDN — Best Ultrawide OLED Gaming Monitor

The ASUS ROG Swift OLED PG34WCDN is the best ultrawide OLED pick for gamers who want a fast 21:9 display without moving to 4K. Its 34-inch Tandem RGB QD-OLED panel combines a 3440×1440 resolution, 360Hz refresh rate, and 1800R curvature. The format provides a wider field of view in games that properly support ultrawide resolutions.

Core specifications:

• Size: 34 inches
• Resolution: 3440×1440
• Aspect ratio: 21:9
• Refresh rate: 360Hz
• Panel: Tandem RGB QD-OLED
• Curvature: 1800R
• HDR: DisplayHDR True Black 500
• VRR: G-SYNC Compatible
• DisplayPort: DisplayPort 2.1a
• HDMI: HDMI 2.1
• USB-C: 90W power delivery
• Current US price: About $1,299
• Warranty: 3 years, including panel burn-in

The 3440×1440 resolution renders fewer pixels than 3840×2160, while providing more horizontal workspace than standard 2560×1440. That combination suits racing games, simulators, immersive single-player titles, and shooters with proper 21:9 support.

The main tradeoffs are desk space, price, and game compatibility. Some games do not fully support 21:9 gameplay, menus, or cutscenes, so ultrawide support should be checked for the titles you play most.

How We Chose the Best OLED Gaming Monitors

We ranked these OLED gaming monitors using current US availability, street price, measured performance, specifications, warranty coverage, and overall gaming value. Each model also had to fit a distinct buying category rather than winning because of one headline specification. A 540Hz monitor, for example, serves a different gaming priority than a 4K 240Hz display. Price and availability were checked for the US market during article production.

Measured gaming performance carries more weight than advertised specifications. We considered response-time behavior, input latency, HDR performance, color performance, VRR behavior, and brightness characteristics where reliable independent measurements were available. Manufacturer-rated figures such as 0.03ms or 0.02ms response time are treated as specifications, not independently measured real-world results.

We also evaluated resolution, refresh rate, screen size, OLED panel type, connectivity, screen coating, and OLED protection features. Ports such as HDMI 2.1, DisplayPort 1.4 or 2.1, and USB-C matter when they affect the monitor’s maximum supported resolution or refresh rate.

Warranty terms were checked separately because OLED burn-in coverage can differ by model and region. A monitor received a value recommendation only when its current price justified its capabilities and tradeoffs against other OLED options in the same category.

What Should You Look for in an OLED Gaming Monitor?

Choose an OLED gaming monitor by matching resolution, refresh rate, panel characteristics, HDR performance, room lighting, and connectivity to your gaming setup. No single specification determines the best monitor because 4K image quality, extreme refresh rates, brightness, and screen size serve different priorities.

Should You Buy a 1440p or 4K OLED Gaming Monitor?

Choose 1440p for higher frame-rate gaming and 4K when image detail and pixel density matter more. A 2560×1440 monitor renders about 3.7 million pixels per frame, while 3840×2160 renders about 8.3 million. That makes 4K substantially more demanding on the GPU.

Current 27-inch OLEDs commonly pair 1440p with 360Hz, 480Hz, or 540Hz refresh rates for competitive gaming. Premium 27-inch and 32-inch OLEDs increasingly combine 4K with 240Hz for high-detail gaming.

Screen size also affects perceived sharpness. A 27-inch 4K panel has higher pixel density than a 32-inch 4K panel, while both display the same pixel count. Choosing between 1440p vs 4K affects both image sharpness and GPU rendering load, especially at high refresh rates.

What OLED Refresh Rate Do You Need?

A 240Hz OLED is enough for most high-refresh gaming, while 360Hz to 540Hz+ mainly benefits very high-FPS competitive workloads. The right refresh rate depends on the games you play and the frame rates your PC can consistently produce.

Common OLED refresh-rate tiers include:

• 120Hz–165Hz: general gaming and slower-paced AAA titles
• 240Hz: high-refresh AAA and fast multiplayer gaming
• 360Hz: competitive gaming at high frame rates
• 480Hz–540Hz+: specialized esports workloads

Refresh rate measures how many times an OLED display can update its image each second. A 240Hz monitor refreshes every 4.17ms, while 360Hz lowers that interval to 2.78ms and 540Hz to about 1.85ms.

Higher refresh rates can improve motion clarity when the system produces enough frames to use them. The monitor does not create FPS; the CPU, GPU, game engine, resolution, and graphics settings determine the actual frame rate.

Variable refresh rate also matters because games rarely hold one exact FPS value at all times. VRR allows the monitor to adjust its refresh behavior within a supported range, which helps keep frame delivery synchronized when performance changes.

Panel technology alone does not determine which refresh rate is best. Choose the refresh rate that matches the actual gaming workload rather than buying the highest number available.

The brightness facts you supplied—such as 380 nits, 1,000 nits, or 1,500 nits—should stay out of this section. They belong under “How Important Are HDR and Brightness on an OLED?” and should be model-specific rather than presented as universal OLED values.

QD-OLED vs Tandem OLED/WOLED: Which Is Better for Gaming?

Neither QD-OLED nor Tandem OLED/WOLED is universally better because measurable performance varies by monitor model and panel generation.

QD-OLED combines OLED light emission with quantum-dot color conversion. Relevant buying attributes include color volume, HDR performance, subpixel layout, coating, and black-level behavior under ambient light.

Tandem OLED and modern WOLED implementations can differ in brightness behavior, efficiency, refresh rate, coating, and text rendering. Newer panel generations can also improve characteristics that affected earlier OLED models.

Use model-level measurements instead of assuming every monitor using the same OLED family performs identically.

How Important Are HDR and Brightness on an OLED?

HDR quality depends on more than the monitor’s advertised peak-brightness figure.

Important HDR attributes include:

• Per-pixel contrast
• Small-highlight brightness
• Larger-window brightness
• Color volume
• Tone mapping
• HDR accuracy

OLED can turn individual pixels completely dark, producing strong contrast between bright highlights and black areas. However, brightness can vary with the size and duration of bright content.

Do not rank two OLED monitors by one advertised nit figure alone. A higher peak value does not guarantee better HDR performance across complete scenes.

Do Screen Coating and Room Lighting Matter?

Yes. Screen coating and ambient light can materially change how an OLED monitor looks in your room.

Glossy and semi-gloss surfaces can preserve a clear image but may show stronger reflections. Matte coatings diffuse reflections more aggressively but can change the appearance of the image surface.

Room lighting matters as well. A monitor that looks excellent in a dark gaming room may handle bright windows or overhead lighting differently.

Choose the coating and panel behavior that match your actual environment rather than assuming glossy or matte is universally superior.

Which Ports and VRR Features Matter?

The correct ports must support the monitor’s intended resolution and refresh rate with your gaming hardware.

Important features can include:

• HDMI 2.1
• DisplayPort 1.4
• DisplayPort 2.1
• Display Stream Compression
• USB-C
• G-SYNC compatibility
• FreeSync
• KVM functionality

Verify which input supports the monitor’s maximum resolution and refresh rate. HDMI and DisplayPort capabilities can differ on the same model, and some high-refresh modes require Display Stream Compression.

VRR synchronizes monitor refresh behavior with changing game frame rates within its supported range. Console buyers should also verify HDMI 2.1, 4K 120Hz, VRR, and HDR support, because PC-oriented connectivity does not guarantee identical console functionality.

Does OLED Burn-In Still Matter in 2026?

OLED burn-in still matters in 2026 because prolonged static image elements can cause permanent image retention over time. Modern OLED gaming monitors include more protection features than earlier generations, but no protection system makes burn-in impossible.

Burn-in risk increases when the same bright, static elements remain visible for long periods. Examples include game HUDs, desktop taskbars, application toolbars, and fixed interface panels. Mixed gaming and video content generally creates a different usage pattern because screen elements change more frequently.

Common OLED protection features include:

• Pixel shifting
• Pixel cleaning
• Panel refresh cycles
• Static-element detection
• Logo or taskbar dimming
• Automatic screen protection

These systems reduce how long individual pixels display the same static content. Some monitors also run maintenance cycles after extended use or when the display enters standby.

OLED protection features reduce burn-in risk; they do not eliminate it. Buyers who regularly use a monitor for static desktop applications should therefore consider their usage pattern alongside image quality and gaming performance. ASUS, for example, documents pixel shifting and static-logo brightness controls as burn-in protection features on current OLED monitors.

Does OLED Burn-In Warranty Coverage Matter?

Yes. Burn-in warranty coverage matters because OLED protection terms vary by monitor model, manufacturer, region, and warranty period. An OLED screen can still develop permanent image retention over time, even when modern OLED care features reduce the risk.

Before buying, verify:

• Whether OLED burn-in is explicitly covered
• Warranty duration
• US regional coverage
• OLED panel coverage
• Repair or replacement terms
• Any usage conditions or exclusions

A standard monitor warranty does not automatically include burn-in protection. Some OLED gaming monitors provide explicit burn-in coverage, while others list general panel protection without clearly defining permanent image retention.

Features such as pixel shifting, panel refresh cycles, static-element detection, and automatic screen protection can reduce burn-in risk. They do not make an organic light-emitting diode panel immune to permanent retention.

For this buying guide, verified burn-in coverage is treated as a separate purchase factor alongside OLED panel type, HDR performance, refresh rate, price, and OLED care features rather than assuming all OLED warranties provide the same protection.

What Gaming PC Do You Need for an OLED Monitor?

The PC requirements for an OLED gaming monitor depend on resolution, refresh rate, and the games being played—not OLED technology itself. A 1440p 540Hz monitor prioritizes very high frame rates, while a 4K 240Hz display places substantially more rendering load on the GPU.

At 4K, each frame contains about 8.3 million pixels, compared with about 3.7 million at 2560×1440. A 240Hz monitor does not require every game to reach 240 FPS because variable refresh rate can operate below the panel’s maximum refresh rate.

High-End Gaming PCs are a natural fit for demanding 4K and high-refresh workloads where modern games use higher graphics settings, ray tracing, or other GPU-intensive features.

For 3440×1440 ultrawide gaming, the GPU renders about 4.95 million pixels per frame. Actual FPS still depends on the CPU, graphics card, game engine, resolution, and selected graphics settings.

Is an OLED Gaming Monitor Worth It in 2026?

An OLED gaming monitor is worth considering when fast pixel response, deep black levels, high contrast, HDR, and high-refresh performance are major priorities. OLED is particularly strong for fast games, dark scenes, HDR-focused titles, and gaming where motion clarity matters.

OLED also has tradeoffs. Burn-in remains possible, VRR flicker can appear when frame rates fluctuate, and full-screen brightness, text clarity, coating, and bright-room behavior vary between models.

Buyers prioritizing lower prices, very high sustained brightness, static desktop use, or zero burn-in risk may find suitable alternatives among Best Gaming Monitors using other panel technologies.

OLED provides the strongest value when its image-quality and motion advantages match the way the monitor will actually be used.

FAQs

Does OLED VRR Flicker Happen With G-SYNC or FreeSync?

Yes. OLED VRR flicker can occur even when a monitor supports NVIDIA G-SYNC or FreeSync. Visible brightness fluctuations are more likely when the graphics card’s frame rate changes rapidly, especially in darker scenes. Severity depends on the monitor, game, VRR range, and frame-rate stability. A VRR certification does not guarantee completely flicker-free operation.

Does OLED Subpixel Layout Affect Text Clarity?

Yes. An OLED screen’s subpixel layout can affect text clarity and fine interface elements. QD-OLED and WOLED panels can use different arrangements, while newer designs may use layouts closer to an RGB stripe pixel layout. Pixel density, panel generation, scaling, and viewing distance also affect the result. Two monitors using the same panel family can still differ because coating and image processing are model-specific.

Is a 27-Inch or 32-Inch 4K OLED Better?

A 27-inch 4K OLED provides higher pixel density, while a 32-inch model provides a larger physical image. A 27-inch 4K screen is roughly 163 PPI, compared with about 138 PPI at 32 inches. The smaller screen favors sharp high-resolution gaming and compact desks. The 32-inch size provides a larger image for immersive gaming at a suitable viewing distance.

Is a Flat or Curved OLED Gaming Monitor Better?

Neither flat nor curved OLED gaming monitors are universally better. A flat screen can suit mixed desktop use and multi-monitor setups, especially when two monitors need to align closely. Curved models can suit larger ultrawide displays viewed from a central position. Curvature does not increase the monitor’s refresh rate, reduce input latency, or improve competitive performance by itself.

Can You Use an OLED Gaming Monitor for Work Every Day?

Yes, but daily desktop use exposes the OLED screen to more static interface elements. Taskbars, browser controls, spreadsheets, editing tools, and application menus can remain visible for long periods. OLED care features such as pixel shifting and panel-cleaning cycles help reduce burn-in risk but cannot eliminate it.

For mixed gaming and productivity, also consider text clarity, a fully adjustable stand, USB-C input, a USB hub, and a KVM switch where those features are useful. A glossy screen can preserve image clarity but may show stronger reflections, while a matte anti-glare coating handles room reflections differently.

Are OLED Gaming Monitors Good for PS5 and Xbox Series X?

Yes. OLED monitors are well suited to console gaming when the required HDMI features are supported. Check for HDMI 2.1, 4K at 120Hz, VRR, and HDR before buying. The monitor’s max refresh rate over DisplayPort may be higher than the maximum available through its HDMI inputs. Console capabilities should therefore be checked separately from PC specifications.

Why Do OLED Gaming Monitors Have Such Fast Motion?

OLED panels produce sharp motion because their pixels change state much faster than conventional LCD pixels. Near-instant response times reduce visible motion blur when combined with a high monitor refresh rate. However, response time and refresh rate measure different properties, so a fast OLED pixel response does not create additional game frames.

Actual motion clarity also depends on the graphics card’s frame rate. A 360Hz OLED provides its greatest motion benefit when the system can supply a sufficiently high and stable FPS.

Does QD-OLED Produce Better HDR Than WOLED?

Neither quantum dot OLED nor WOLED is guaranteed to produce better HDR across every monitor. QD-OLED uses a quantum dot layer for color conversion, while modern WOLED and Tandem OLED designs use different methods to generate color and brightness.

HDR performance depends on peak HDR brightness, sustained brightness, color volume, tone mapping, and per-pixel contrast. OLED’s ability to control individual pixels provides effectively infinite contrast in dark-room measurements, but higher HDR brightness alone does not determine overall HDR quality.

Are Extra Monitor Features Worth Paying For?

Extra features are valuable only when they match how the monitor will be used. A USB-C input can simplify laptop connectivity, while a USB hub or KVM switch can help users who share one display between multiple systems. A fully adjustable stand can also matter when desk height, viewing distance, or multi-monitor positioning changes frequently.

These features should remain secondary to resolution, panel performance, HDR, refresh rate, VRR behavior, and warranty coverage when choosing a gaming monitor.