Choosing a gaming monitor in 2026 is not just "I’ll take something 144 Hz and I’m done." You have OLED, mini-LED, IPS, VA, 1080p, 1440p, 4K, 240 Hz, 360 Hz, 500 Hz, G-Sync Compatible, FreeSync Premium, HDR, "HDR" in quotes, curved, ultrawide, and a bunch of other popular phrases. Half of the marketing is smoke and mirrors, the other half is a real difference in picture and feel.
The monitor is the thing you actually "see" from your entire build. Change the GPU – you’ll feel +30% FPS. Swap a poor 60 Hz IPS for a quality 144–240 Hz panel with low latency – the feel in shooters becomes literally another level, even if you don’t touch anything else in the configuration. And vice versa – pouring money into an RTX 5080/5090 and playing on a 24" 60 Hz "office" monitor is a bit of a crime.
In this guide, we will systematically go through everything important for choosing a gaming monitor – resolution, size, panel, refresh rate, adaptive sync, HDR, ports, VRR (variable refresh rate) on consoles, etc. Not as "general advice," but with real scenarios: what to get if you mainly play competitive FPS games, if you want the best graphics in single-player games, if you’re on PS5/Series X, if you’re on a budget.
The goal is simple: to make it clear what really matters for you and your GPU, where it’s worth spending money, and where marketing lies. In the end, you will have specific recommendations by budget and scenario, plus a brief summary if you want to skip the theory.
Key Factors
Resolution and Size: 1080p vs 1440p vs 4K
Resolution is the first thing you need to decide on. It determines how many pixels the graphics card processes per frame and how much detail you will see. The size of the monitor determines the pixel density (PPI) and from what distance it will look sharp.
1080p (1920×1080) – still the standard in competitive FPS games. Reason: easy to run, even with a mid-range graphics card you can reach 240 Hz/360 Hz. At 24"–25" the picture is okay in sharpness, at 27" it’s already visibly rough, especially if you work with text. Good choices are RTX 5060 8GB / RTX 5060 Ti 8GB / RX 9060 XT 8GB. https://pcbuild.bg/c-pc-komponenti/c-video-karti/grafichen-procesor=rx-9060-xt,rtx-5060,rtx-5060-ti,/obem-pamet-vram=8-gb,
1440p (2560×1440) – the golden mean for 2026 for most PC gamers. Much sharper than 1080p at 27", significantly less demanding than 4K. A good combination of detail and frames per second for RTX 5060 Ti 16GB / 5070 / RX 9060 XT 16GB / RX 9070 XT class cards and up. 27–32" are the normal sizes. https://pcbuild.bg/c-pc-komponenti/c-video-karti/grafichen-procesor=rx-9070-xt,rx-9070,rtx-5070,rx-9060-xt,rtx-5060,rtx-5060-ti,/obem-pamet-vram=16-gb,12-gb,
4K (3840×2160) – the highest detail and the cleanest image, especially at 27–32". But the price is heavy for the graphics card – if you want 120+ frames per second at high settings, you’re already in the territory of RTX 5080/5090 and top RDNA4, plus you will often rely on upscaling and frame generation.
How to Think:
If you mainly play competitive FPS games and have a mid-range graphics card – 1080p or 1440p, but with a high refresh rate, 4K is not a priority, it’s more important to maintain 240–360 Hz.
If you’re into single-player, RPG, open-world, ray tracing – 1440p is the sweet spot. 4K is for people ready to live with compromises (lower FPS or more upscaling).
If you’re on console (PS5/Series X) – 4K 120 Hz with HDMI 2.1 makes sense. But a good 1440p/120 Hz monitor is also a great option, as consoles often render at a lower internal resolution.
Size: on desk, normal distance 60–80 cm:
24–25" – ideal for competitive FPS (less eye movement, faster scanning).
27" – a universal size, especially for 1440p. 1080p at 27" is a compromise, 4K at 27" is very sharp, but also demanding.
32" – comfortable for 1440p and 4K, but for competitive it becomes a bit "TV-like".
If you’re between 1440p and 4K: for 2026, 1440p at 27–32" is the realistic balance between price, GPU load, and quality. 4K is a luxury that only makes sense if your entire configuration is high-end and you know what compromises you’re entering.
Refresh Rate, Response Time, and Perceived Input Lag
Refresh rate (Hz) is not marketing – the difference between 60 Hz and 144 Hz is brutal. Between 144 Hz and 240 Hz it’s finer, but for shooters and fast games, it’s noticeable.
60 Hz – suitable for casual single-player, console ports, and strategy. For FPS it’s torture if you’re used to more.
120–144 Hz – must-have minimum for a serious gaming monitor in 2026. Even if you mainly play single-player, the movements are much smoother, and the input lag drops.
165–180 Hz – commonly found in 1440p IPS models, good enough for most people. The difference between 144 and 165 is small, but if it comes without a serious price markup, okay.
240 Hz+ – the goal for competitive. 240 Hz 1080p is standard, there are also 240 Hz 1440p. 360 Hz and above are more niche, but in esports FPS, the difference in motion clarity and latency is noticeable.
Response time – this is where marketing lies the most. "1 ms" on the box almost never means real 1 ms under normal use. What matters is:
How quickly the pixels change state without overshoot (ghosting/Inverse ghosting).
Are there different overdrive modes and does the one you use work well at your refresh rate.
IPS and OLED are generally faster. VA often has good "marketing" response time, but in dark tones, it trails (black smearing), especially in dark scenes.
Input lag – do not confuse with response time. Includes:
The time the monitor adds from the input (HDMI/DisplayPort) to displaying the frame.
Plus the time for image processing (scaling, HDR tone mapping, etc.).
Modern gaming monitors have quite low input lag, but:
Avoid "beautiful" modes with a lot of post-processing (dynamic contrast, noise reduction, etc.) – they often increase lag.
Use Game/PC mode where available.
Key idea: there is a point of diminishing returns. If you are coming from 60 Hz, 144 Hz will "blow your mind". From 144 to 240 – an improvement, but not double. 360+ is for people who live in Aim Lab/CS/Valorant. For most gamers, 144–165 Hz (single-player/mixed) or 240 Hz (competitive) is the ideal target.
Panel types: IPS, VA, OLED, mini-LED
The panel determines the overall feel of the picture – colors, contrast, viewing angles, motion handling. In 2026 we have 4 main camps:
IPS
Pros: excellent colors, wide viewing angles, very fast response time in better models, stable performer for 144–240 Hz gaming.
Cons: contrast is average (~1000:1), black is more like dark gray, especially in a dark room. There is a risk of IPS glow (glow in the corners).
For whom: a universal choice. If you are not chasing "perfect black" and are okay with slightly gray black, IPS gives you a very good price/performance balance.
VA
Pros: high static contrast (often 2500:1 – 3000:1+), deeper black than IPS, nice for movies and dark games. Good for gaming and cinema in a dimly lit room.
Cons: slower in dark transitions → black smearing. In fast shooters, dark scenes will show you "trails" behind objects. Some more modern VA panels mitigate this, but not completely.
For whom: if you play more single-player, RPG, open-world and watch movies, and motion artifacts do not bother you much, VA is a nice midrange option with good black.
OLED
Pros: true black (the pixels simply turn off), virtually infinite contrast, instant response time (almost zero smearing), fantastic picture. For gaming – a dream: perfect motion clarity, bright colors, superb HDR.
Cons: risk of burn-in with static elements (HUD, minimap, health bar), although new panels and software tricks reduce the risk. Usually lower peak brightness in fullscreen compared to the craziest mini-LEDs. The price is higher.
For whom: if you are looking for the best picture and are willing to play with a few precautions (pixel shift, auto dimming, not keeping one HUD paused for 10 hours), OLED is currently the best visually gaming option.
mini-LED / FALD IPS/VA
Pros: many backlight zones → local dimming → much better contrast than standard IPS/VA, very high brightness, strong HDR. No burn-in risk, as the base is LCD.
Cons: blooming (halo around bright objects on dark), complicated menus, often very expensive. They are not at the level of OLED in black, but are quite close, with better brightness.
For whom: if you want a serious HDR experience but are worried about burn-in or need a very bright picture for a bright room.
In summary: if you want the "best picture" and the budget allows – OLED or quality mini-LED. If the budget is normal – IPS for balance. VA for movie/contrast lovers, as long as you accept weaker motion in dark scenes.
Adaptive sync: FreeSync, G-Sync, VRR and why it matters to you
Adaptive sync (VRR – variable refresh rate) synchronizes the monitor's refresh rate with the FPS from the GPU. The goal is to avoid tearing (image tearing) and reduce stutter, without drastically increasing input lag (as old V-Sync does).
Main options:
FreeSync / FreeSync Premium / Premium Pro – a standard from AMD, but has long been supported by NVIDIA at the "G-Sync Compatible" level. Different levels mean different minimum refresh ranges and options (LFC, HDR optimizations).
G-Sync Compatible – the marketing for monitors that use Adaptive-Sync over DisplayPort/HDMI, tested by NVIDIA. They do not have a separate G-Sync module, but work well with GeForce.
"True" G-Sync (with module) – the older, more expensive solution with a separate hardware module. It provided very good VRR, but by 2026 the real benefit compared to a good G-Sync Compatible is minimal for most people, and the price is inflated.
Why it matters to you:
If the FPS varies (it always varies), VRR keeps the picture smooth without tearing.
It allows you to play "playable" 50–90 FPS on a 144 Hz monitor without terrible stutter/tear.
On consoles (PS5/Series X) VRR supports dynamic modes 40–120 FPS without looking bad.
Also, keep in mind the VRR range. Example: if the monitor is 48–144 Hz VRR, below 48 FPS VRR stops working and/or LFC (Low Framerate Compensation) is activated, which duplicates frames. This is still better than pure 30 FPS without VRR, but it’s not magic.
Practical advice:
If you have an NVIDIA GPU – look for a monitor with FreeSync / Adaptive-Sync that is explicitly marked as working well with G-Sync Compatible.
If you have an AMD GPU – most FreeSync / Adaptive-Sync monitors will be okay.
For consoles – look for HDMI 2.1 VRR support. Most modern gaming monitors already have it, but checking doesn't hurt.
HDR: real quality vs. sticker "HDR Ready"
HDR in monitors is a complete jungle. Many models put "HDR" in the name, but are actually just SDR monitors that accept HDR signals and crush them to their standard low brightness and without local dimming.
What you need for decent HDR:
High peak brightness (real 600+ nits, to feel something; 1000+ is already the "wow" zone).
Good contrast – either through OLED (true black), or through FALD/mini-LED with enough zones.
Correct tone mapping implementation – not crushing whites, not killing detail in shadows.
VESA DisplayHDR "standards":
DisplayHDR 400 – almost nothing. Minimal increased brightness, usually without local dimming. You can treat it as an "HDR sticker".
DisplayHDR 600 – a bit more serious, some have basic local dimming, but still far from true HDR on TV.
DisplayHDR 1000+ – here we are talking about a true HDR experience, especially if the panel is mini-LED/OLED.
DisplayHDR True Black – for OLED and similar technologies, focusing on black and contrast.
If HDR is important to you:
You are looking for OLED or mini-LED with at least HDR600/True Black level and real reviews praising HDR performance, not just the sticker.
You accept that HDR gaming on PC is still not plug-and-play: you will often tweak settings in Windows, in games, sometimes you will curse the tone mapping.
If HDR is not a priority for you, there is no point in paying a serious premium just for the DisplayHDR 400 label. Better invest in a higher refresh rate, better panel, or larger size.
Ports, HDMI 2.1, DisplayPort and consoles
The ports determine what you can actually get out of the monitor: resolution, refresh rate, VRR, 4:4:4 chroma, audio. In 2026, the main players are:
DisplayPort 1.4 / 2.1 – standard for PC. 1.4 with DSC (compression) is enough for 1440p/240 Hz and 4K/144 Hz in most cases. DP 2.1 provides even more bandwidth and appears in the latest high-end models.
HDMI 2.0 – sufficient for 1080p/240 Hz or 1440p/144 Hz in many cases, but not for 4K/120 Hz + 10-bit/HDR comfortably.
HDMI 2.1 – you need it for 4K/120 Hz gaming on PS5/Series X and for full-fat 4K120/144 on PC without compression and tricks. It also supports VRR/ALLM.
If you are a pure PC gamer with a discrete card:
You are looking for at least one DisplayPort 1.4 (or 2.1 for high-end 4K/240 Hz and similar extremes).
HDMI 2.0/2.1 are a bonus if you will connect a second device (console, laptop, TV box).
If you also play on a console:
HDMI 2.1 is highly desirable to fully utilize 4K/120 Hz/VRR on PS5/Series X.
There are monitors that support 1440p/120 Hz via HDMI 2.0, but you need to check specifically.
Don't underestimate the little things:
USB hub – convenient if you want to connect peripherals directly to the monitor.
USB-C with DisplayPort Alt Mode – nice for laptops; one cable for video + charging, if the monitor has enough power delivery.
If a monitor claiming to be "gaming" in 2026 still comes only with HDMI 1.x and DVI… yes, it’s not for you.
Recommendations by budget / scenario
Budget competitive (1080p, high, 240 Hz)
Who it’s for: if you mainly play CS/Valorant/Fortnite/Apex/Overwatch and want maximum smoothness and low input lag, but the budget is limited. You have a mid-range GPU (for example RTX 5060/Arc B580, RX 9060) and prefer FPS over eye candy. https://pcbuild.bg/c-pc-komponenti/c-video-karti/grafichen-procesor=rx-9060-xt,intel-b580,rtx-5060,
What you are looking for:
24–25″, 1080p resolution – this is the standard for esports, not by chance.
144–240 Hz, with 240 Hz being the sweet spot for serious competitive, if the budget allows.
IPS panel, if you can – better motion than most cheap VA and better color accuracy.
FreeSync / G-Sync Compatible, for smoother visuals in varying FPS.
Realistic expectations:
The picture will not be "top of the top" like HDR OLED, but it will be clear and bright enough for a room.
You will not have perfect black – IPS/cheap VA is a compromise in dark scenes.
You will feel a huge jump in smoothness compared to an old 60 Hz, even if you hold 120–180 FPS, not the full 240.
Look in our category for budget 1080p high-Hz monitors – https://pcbuild.bg/c-monitori/tip-24=geimarski,/tip-na-matricata=va,ips,/rezolyuciya-4=1920-x-1080,/chestota-na-opresnyavane=240-hz,165-hz,144-hz,
Universal midrange (1440p, 144–165 Hz IPS)
Who it’s for: if you play everything – from single-player AAA to FPS, MMO, strategy. You have a mid-range to upper-mid GPU (RTX 5060 Ti 16GB/5070/5070 Ti, RX 9060 XT 16GB/9070 XT and similar) and want a balance between detail, FPS, and price. Besides gaming, you work, browse, watch videos. https://pcbuild.bg/c-pc-komponenti/c-video-karti/grafichen-procesor=rx-9070,rx-9070-xt,rx-9060-xt,rtx-5070-ti,rtx-5070,rtx-5060-ti,//obem-pamet-vram=16-gb,12-gb,
What you are looking for:
27″, 1440p resolution – sweet spot for desktop. 32″ is also an option if you sit a bit further away.
144–165 Hz refresh rate – high enough to feel a serious improvement over 60/75 Hz.
IPS panel with good viewing angles and decent colors (if you edit photos/videos – even more important).
FreeSync / G-Sync Compatible, HDMI 2.0+ and DisplayPort 1.4.
Realistic expectations:
At 1440p you will be able to play most games on high/ultra with 80–144 FPS, depending on the GPU and the game.
The text, UI, and images will be much sharper than 1080p, especially on 27″.
HDR, if available, will usually be "okay" (HDR400/600), but don't expect TV-style HDR.
This is the most sensible class for most PC gamers in 2026 – a good balance without selling a kidney for a monitor. Check out our 27″ 1440p 144–165 Hz IPS models – https://pcbuild.bg/c-monitori/tip-24=geimarski,/tip-na-matricata=oled,va,ips,/rezolyuciya-4=2560-x-1440,/chestota-na-opresnyavane=240-hz,144-hz,165-hz,
High-end single-player / all-round (1440p 240 Hz, 4K 144 Hz, OLED/mini-LED)
Who it's for: if you have a strong GPU (RTX 5070 Ti/5080/5090, RX 9070 XT) and want maximum picture quality plus high refresh. You mainly play single-player AAA, but you don't refuse FPS. You don't mind spending a serious amount on a display that you will actually use for years. https://pcbuild.bg/c-pc-komponenti/c-video-karti/grafichen-procesor=rtx-5070-ti,rx-9070-xt,rtx-5080,
Two main approaches:
1) 1440p 240 Hz (IPS or OLED)
27–32″, 1440p, 240 Hz – ideal balance for high-end GPU: very high FPS, very smooth motion.
IPS high-end or OLED panel – great colors, fast response, low latency.
FreeSync/G-Sync Compatible, DisplayPort 1.4 (or 2.1 for future proof), HDMI 2.1 for console.
Here you are in a territory where you can actually see 200+ FPS in lighter games and take advantage of 240 Hz. For heavy AAA titles, you can play 1440p with high/ultra + upscaling and still maintain 120–165+ FPS.
2) 4K 144 Hz (IPS, mini-LED, OLED)
27–32″, 4K, 120–144 Hz – maximum detail, very sharp text and image.
mini-LED or OLED, if you are chasing true HDR and black.
HDMI 2.1 (especially for consoles), DisplayPort 1.4/2.1 for PC.
4K 144 Hz is a dream for single-player – Red Dead, Cyberpunk, Starfield, and similar look brutal. But: be prepared to use DLSS/FSR/XeSS, frame generation, and make compromises in settings unless you have an RTX 5090 and your power is in a "no limit" package.
Realistic expectations:
OLED/mini-LED: HDR scenes will look noticeably better than any budget HDR400.
Input lag will be low enough for serious FPS, as long as the monitor is a gaming model, not a TV connected as a monitor.
With OLED, you have to accept the risk of burn-in and leave the protective features on.
Check out high-end 1440p 240 Hz and 4K 144 Hz (including OLED/mini-LED) models – https://pcbuild.bg/c-monitori/tip-24=geimarski,/tip-na-matricata=oled,/rezolyuciya-4=/chestota-na-opresnyavane=
Ultrawide and productivity + gaming hybrid
Who it's for: if you want both workspace (coding, design, spreadsheets) and a cinematic feel in games. Ultrawide is not just a "wide monitor", but a different experience: wider FOV, less alt-tab between windows.
Main options:
34″ 3440×1440 (21:9) – the most popular ultrawide format. Close to 27″ 1440p in height, but much wider.
38–45″ 3840×1600 and above – even more space, but you are seriously taking up the desk.
"Super ultrawide" 32:9 (5120×1440 and similar) – two 27″ 1440p side-by-side without bezels.
What to look for:
At least 120–144 Hz refresh rate – 60 Hz ultrawide is unpleasant for fast games.
IPS or high-quality VA – the wide width + VA smearing can be annoying if you are sensitive.
FreeSync / G-Sync Compatible, because the resolution is heavy, FPS will vary.
Curved (1500R–1900R) – with large widths, the curvature helps the center/edges to be at the same distance.
Realistic expectations:
Many games natively support ultrawide – you get a wider horizontal FOV, a very cinematic feel.
Some competitive titles and older games do not like ultrawide → black bars or stretch.
GPU load is between 1440p and 4K (for 3440×1440), so a midrange to high-end card is desirable.
Ultrawides are great if you also work a lot on the PC – two windows side by side, without insane bezels. Check out ultrawide gaming models – https://pcbuild.bg/c-monitori/tip-ekran-2=ultra-wide,
Console gamer + PC (PS5 / Xbox Series X)
Who it's for: if you have a PS5/Series X and a decent PC, and want one monitor for both. You are looking for 4K/120 Hz (or at least 1440p/120 Hz) with VRR, without switching to a large TV.
What to look for:
27–32″, 4K 120–144 Hz or 1440p 120–144 Hz.
HDMI 2.1 with VRR (important for the console) + DisplayPort for PC.
Good IPS, mini-LED or OLED panel – console games often have nice HDR, it's a shame to kill it.
Game mode that minimizes input lag.
Realistic expectations:
PS5/Series X games will run at 60–120 FPS, depending on the mode. HDMI 2.1 VRR helps avoid tearing in dynamic resolutions.
The PC can use 1440p/120–144 Hz for higher FPS if 4K is heavy.
4K 27–32″ on the desk is great for text and work, but requires getting used to scaling in Windows.
Here OLED 27–32″ models with HDMI 2.1 are a strong candidate – perfect for console + PC. Check out suitable options – https://pcbuild.bg/c-monitori/tip-24=geimarski,/razmer-na-ekrana-2=/tip-na-matricata=oled,
What NOT to buy / common mistakes
60 Hz “gaming” monitor in 2026
Yes, “gaming” monitors at 60/75 Hz with aggressive designs, RGB, and “Game Mode” are still being sold. In 2026, this is a bad deal unless you are ultra casual and just want a cheap screen. For almost the same money, there are often 120–144 Hz options available. The difference in gaming experience is huge, while the price difference is small. Don’t limit your build just to save a symbolic amount.
VA with brutal black smearing for FPS
Cheap VA “gaming” panels may look good on static images: high contrast, vibrant colors. But in dark scenes in shooters, huge black smears appear around moving objects. If you mainly play FPS on dark maps, this is annoying and sometimes literally prevents you from seeing the enemy. For casual RPGs/movies, it’s okay, but for competitive – a no-go.
“HDR” without brightness and without local dimming
A monitor with DisplayHDR 400 and standard IPS backlighting does not deliver “true HDR”. You will get higher peak brightness, slightly better highlights, but you won’t see the dramatic differences in shadows/lights that we associate with HDR from a good TV. If you think you are paying for next-gen HDR gaming, you will be disappointed. Either go for OLED/mini-LED class, or treat HDR as a nice-to-have, not a main argument.
A monitor that your GPU has no chance to feed
Yes, 4K 144 Hz sounds sexy. But if you have an RTX 5060 or RX 9060 and don’t plan to upgrade soon, you will be stuck at around 60–80 FPS on medium with upscaling. You will pay a serious amount for a panel that you cannot fully utilize. Better to go for 1440p 144 Hz or 1080p 240 Hz, where your card can actually show its teeth.
Frequently Asked Questions
Is it better to get a more expensive monitor or a more expensive GPU?
It depends on where you are starting from. If you already have a decent GPU (like RTX 5060 Ti or similar) and are playing on a 60 Hz office monitor, upgrading to a 144–165 Hz gaming display will change your experience more than jumping to the next GPU class. However, if you have a very weak GPU that barely holds 60 FPS on low, there’s no point in chasing a 240 Hz monitor – you need the card first. The idea is balance: a monitor that provides enough headroom for the next GPU upgrade but isn’t total overkill compared to your current machine.
Does it make sense to have 240 Hz if I’m not a pro FPS player?
240 Hz feels smoother than 144 Hz even for “normal” players, especially if you maintain over 180 FPS. But the improvement isn’t as dramatic as the jump from 60 to 144 Hz. If you mainly play single-player, strategy, ARPG, and only occasionally FPS, 144–165 Hz is completely sufficient and more reasonable in price. 240 Hz is worth it if at least 30–40% of your time is spent in competitive shooters and you are chasing every millisecond.
OLED monitor – should I worry about burn-in?
Honestly: there is a risk, but it’s lower than it was a few years ago. New OLED panels have improved materials and aggressive protections – pixel shifts, screensavers, logo dimming, etc. If you don’t keep static HUDs paused for hours, don’t leave a desktop with a white browser open 12 hours a day, and don’t disable all protections, the chance of visible burn-in within a few years is low. If you mainly play a variety of games and are not one of those people who keep the same UI element for 3000 hours, OLED is a completely reasonable choice.
Curved or flat for gaming?
Curved makes sense mainly for larger diagonals and/or ultrawide formats (34″ 21:9 and up). The curvature at 1500R–1900R helps the edges be closer to your eyes and the image “wraps” around you more naturally. For 24–27″ 16:9, the curvature is more marketing than real benefit – it can even be annoying when working with straight lines, design, CAD. If you play solely and entirely and want a “more cinematic” feel, curved 32″+ or ultrawide are okay. For mixed use, flat is more versatile.
What is important for the eyes – flicker-free, blue light, etc.?
Most modern gaming monitors are flicker-free (no PWM at normal brightness levels), which is good for the eyes. Blue light filters and “eye saver” modes are more of a convenience for late gaming – they reduce the blue component but also distort colors, so don’t use them constantly. It’s more important to maintain reasonable brightness (many people run at 100% and that’s tiring), take breaks, and have a normal distance from the screen. There is no “magic” monitor that will save you from 10 hours of continuous use.
TL;DR — quick recommendation
If you mainly play competitive FPS and your budget is limited → 24–25" 1080p, 144–240 Hz IPS with FreeSync/G‑Sync Compatible. https://pcbuild.bg/c-monitori/tip-ekran-2=/tip-24=geimarski,/tip-na-matricata=va,ips,tn,/chestota-na-opresnyavane=220-hz,500-hz,300-hz,200-hz,280-hz,240-hz,180-hz,165-hz,160-hz,144-hz,
If you want a universal monitor for all kinds of games + work → 27" 1440p, 144–165 Hz IPS, FreeSync/G‑Sync Compatible. This is the sweet spot for 2026. https://pcbuild.bg/c-monitori/razmer-na-ekrana-2=27,/tip-24=geimarski,/rezolyuciya-4=2560-x-1440,
If you have a high-end GPU and want maximum quality → 27–32" 1440p 240 Hz or 4K 144 Hz OLED/mini‑LED with HDMI 2.1 and VRR. https://pcbuild.bg/c-monitori/tip-24=geimarski,/razmer-na-ekrana-2=49-1,44-5,39,34,32,27,/tip-na-matricata=oled,
If you are on PS5/Series X + PC → 27–32" 4K or 1440p, minimum 120 Hz, HDMI 2.1 VRR + DisplayPort for PC. https://pcbuild.bg/c-monitori/tip-24=geimarski,/razmer-na-ekrana-2=/tip-na-matricata=oled,
If you are still wandering what to get and how it will fit with the rest of your build, go through the configurator and we will adjust the whole package – https://pcbuild.bg/configurator
