Best TV for Gaming 2026: PS5 Pro, Xbox Series X, and PC Picks

The LG C6 at $1,800 for 65 inches is the best gaming TV for most people. If you only play PS5 Pro, stop reading and buy that. The G6 ($3,000) adds 4K/165Hz that only PC gamers can use. The Samsung S95H ($2,800) has a wider VRR range that benefits Xbox. Every other distinction between 2026 flagships is marginal enough that it shouldn't drive your purchase. Here's the full picture for each platform.

Quick Picks

• PS5 Pro, best value: LG C6 65" ($1,800). 4K/120Hz, 5ms input lag, same panel family as the G6. This is the pick.
• PS5 Pro, best overall: LG G6 65" ($3,000). Brighter panel, better for rooms with ambient light. Only worth the premium if your room demands it.
• Xbox Series X: Samsung S95H 65" ($2,800). Widest VRR range (20-144Hz), Dolby Vision gaming support, excellent HDR tone mapping.
• PC, 4K/165Hz: LG G6 65" ($3,000). The only large-format OLED hitting 165Hz natively. The monitor replacement.
• Budget gaming: Hisense U7N 65" ($700). 4K/144Hz, decent VRR, good enough input lag. Not an OLED, but remarkably capable for the price.

The Refresh Rate Reality Check

PS5 Pro outputs a maximum of 4K at 120Hz. It cannot do 144Hz or 165Hz regardless of what your TV supports. Buying a 165Hz TV for a PS5 Pro is like buying a sports car for a 25mph school zone. The extra headroom is wasted on console.

Xbox Series X also maxes at 4K/120Hz for games, though it supports 4K/120Hz Dolby Vision gaming, which the PS5 Pro does not. A handful of Xbox titles run at 120fps. Most run at 60fps or use the extra headroom for resolution or ray tracing. The 120Hz panel is the console ceiling for the foreseeable future.

PC is where high refresh rates matter. A 4K/165Hz OLED paired with an RTX 5080 or RX 9070 XT actually hits those frame rates in many titles at medium-high settings. If you game at a desk on a 27-inch monitor and want to switch to couch gaming on a 65-inch OLED, the LG G6's 165Hz panel makes that transition viable without sacrificing the smoothness you're used to.

Input Lag: The Numbers

Input lag is the delay between your controller/keyboard input and the TV displaying the result. At 4K/120Hz in game mode:

• LG C6 / G6: ~5ms. The fastest large-format displays you can buy.
• Samsung S95H: ~6ms. Essentially identical in practice; you cannot perceive 1ms of difference.
• Sony Bravia 9 III: ~8ms. Still excellent, but the highest of the flagships.
• TCL X11L: ~7ms. Competitive, and the brightness helps HDR gaming visuals.
• Hisense U7N: ~9ms. Good enough for all but professional competitive play.

For context: a 60Hz TV with 30ms input lag (common 5 years ago) felt noticeably sluggish. At 5-9ms, all of the above are essentially imperceptible for gaming. The difference between 5ms and 9ms is not something any human can feel in normal gameplay. Don't let 2-3ms of measured difference drive a $1,000 purchase decision.

VRR: Where It Actually Matters

Variable Refresh Rate (VRR) lets the TV sync its refresh rate to the game's frame rate, eliminating screen tearing and stutter when the frame rate fluctuates. Every flagship supports VRR, but implementation quality varies significantly.

LG (C6/G6): VRR range of 40-120Hz (C6) or 40-165Hz (G6). LG's VRR implementation is the most mature. No gamma shift, no brightness flicker, no color shift when VRR is active. It just works. The 40Hz lower bound means games need to stay above 40fps for VRR to engage; below that, you get LFC (Low Framerate Compensation) which doubles or triples frames to stay in range.

Samsung (S95H): VRR range of 20-144Hz. The 20Hz lower bound is the widest in the industry. This matters for Xbox, which has more titles with fluctuating frame rates in the 30-50fps range where LG's 40Hz floor would kick in LFC. Samsung's wider range keeps VRR active through more frame rate dips. The 2026 model also fixed the gamma shift issue that plagued earlier Samsung OLEDs in VRR mode.

Sony (Bravia 9 III): VRR range of 24-120Hz on paper, but the implementation is the least aggressive. Sony's VRR occasionally introduces micro-stutter during rapid frame rate changes that LG and Samsung handle more gracefully. It's not a dealbreaker, but it's noticeable in direct comparison during variable-load scenes.

PS5 Pro: What You Actually Need

The PS5 Pro outputs 4K/120Hz via HDMI 2.1. It supports HDR10, but not Dolby Vision for gaming (only for streaming apps). It supports VRR through the system settings. It does not support Dolby Vision gaming, which means Samsung's Dolby Vision gaming feature is irrelevant for PlayStation.

What matters for PS5 Pro: input lag at 4K/120Hz, VRR quality, HDR tone mapping (since the PS5 sends HDR10, the TV's tone mapping determines how good HDR looks), and ALLM (Auto Low Latency Mode) to switch to game mode automatically.

The LG C6 ($1,800) checks every box. The panel is bright enough for HDR gaming in a moderately lit room (around 1,200 nits peak in game mode). Input lag is 5ms. VRR is bulletproof. ALLM works instantly. The WebOS game dashboard lets you monitor frame rate and HDR status in real time. For PS5 Pro specifically, there's no measurable benefit to spending $1,200 more on the G6 unless your room is very bright and you want the extra brightness from the MLA panel.

For PS5 Pro audio setup (PCM vs bitstream, Atmos passthrough), see our PS5 Pro audio guide. Getting audio right with a PS5 and external speakers requires specific settings that aren't obvious.

Xbox Series X: Dolby Vision and VRR Width

Xbox Series X supports Dolby Vision gaming, which adds dynamic metadata to HDR on a per-scene basis. The result is visually better than HDR10 in most titles that support it (Halo Infinite, Forza Motorsport, Starfield). For Dolby Vision gaming, you need a TV that supports both Dolby Vision and game mode simultaneously. The Samsung S95H handles this well: Dolby Vision game mode maintains the 6ms input lag while applying DV processing.

The wider VRR range (20-144Hz) on the S95H also benefits Xbox. Many Xbox titles use dynamic resolution and frame rate, and the 20Hz floor keeps VRR active through heavier frame rate dips that would push LG's 40Hz floor into LFC territory. In practice, this means smoother visuals in open-world games that fluctuate between 40-60fps.

LG is still excellent for Xbox. The C6 and G6 handle Dolby Vision, VRR, and ALLM without issues. If you're choosing between LG and Samsung for Xbox, the Samsung S95H has a slight technical edge in VRR range and Dolby Vision game mode integration, but the LG C6 at $1,000 less is 90% of the experience.

PC Gaming: 4K/165Hz Changes the Calculus

The LG G6 is the first large-format OLED to offer 4K at 165Hz natively. For PC gamers who've been using 27-inch 4K/144Hz OLED monitors (like the LG 27GS95QE), moving to a 65-inch version of that experience is transformative. Sit 4-5 feet away (use our Viewing Distance Calculator for your setup) and you have a massive, immersive gaming display with OLED contrast and 165Hz smoothness.

The hardware requirements are steep. At 4K/165Hz, you need a modern GPU (RTX 5080/5090 or RX 9070 XT/9080) and realistic expectations about settings. Competitive shooters and older titles will hit 165fps easily. Current AAA games at max settings will run 80-120fps, which is still smooth with VRR. The point isn't pegging 165fps in Cyberpunk; it's having the headroom for the games that can use it.

DisplayPort 2.1 via a USB-C to DP cable is the preferred connection for 4K/165Hz on the G6. HDMI 2.1 maxes at 4K/120Hz without DSC (Display Stream Compression), which adds a trivial amount of compression. DP 2.1 carries the full signal uncompressed.

eARC and Audio: The Overlooked Factor

If you're routing audio from your console through the TV to a soundbar or AVR via eARC, the TV's audio passthrough capabilities matter. Not all TVs pass all audio formats through eARC correctly.

LG handles Dolby Atmos (TrueHD and DD+) passthrough via eARC without issues. Samsung passes TrueHD and Atmos correctly but had a bug in 2024 models that dropped Atmos metadata from some DD+ sources; this appears fixed in the S95H. Sony passes everything correctly but occasionally introduces lip sync issues that require manual audio delay adjustment.

For the simplest audio setup: console HDMI to TV, TV eARC to soundbar/AVR. LG makes this work with the least hassle. If you're using an AVR, connect the console directly to the AVR and run video to the TV from the AVR's HDMI output, which bypasses eARC entirely. Read our PS5 Pro TV guide for detailed connection diagrams.

LG C6 vs G6: The Value Argument

The C6 and G6 use the same panel family. The G6 gets LG's MLA (Micro Lens Array) technology, which increases brightness by approximately 40-60% depending on the content. The G6 also has a more premium stand and slimmer profile for wall mounting.

For gaming in a dark or moderately lit room, the C6's brightness (~1,200 nits peak in game mode) is more than sufficient. HDR highlights pop, dark scenes have perfect blacks, and input lag is identical. The G6's extra brightness ($3,000 vs $1,800) only matters if your room has significant ambient light during gaming sessions or if you want the absolute brightest HDR specular highlights.

In my eyes, the C6 is the right call for console gaming. Save the $1,200. The G6 makes sense for PC gamers who need 165Hz, or for bright rooms where the MLA brightness genuinely helps.

Budget Pick: Hisense U7N

The Hisense U7N at $700 for 65 inches is the budget gaming dark horse. It's a mini-LED panel with 4K/144Hz support, ALLM, VRR, and measured input lag around 9ms in game mode. It's not an OLED. Contrast isn't in the same league, viewing angles are narrower, and dark scene performance has the typical mini-LED blooming issues.

But for $700, it does 4K/120Hz with acceptable input lag and decent HDR. If you're gaming on a PS5 Pro or Xbox Series X and your budget is under $1,000, the U7N delivers the core gaming features (low input lag, high refresh rate, VRR, ALLM) without the OLED premium. The money you save could fund a better audio setup, which will improve your gaming experience more than the visual difference between the U7N and an LG C6. A great subwoofer with a $700 TV beats a $1,800 TV with TV speakers every single day.