8 Best CRT Alternatives for Retro Gaming (September 2026)
Finding the best CRT alternatives for retro gaming in 2026 is harder than it sounds. I spent three months swapping between eight modern displays and three scan converters on my SNES, Genesis, PS2, and MiSTer FPGA setup, and I want to save you the same trial-and-error headaches. CRTs deliver authentic scanlines, zero input lag, and those gorgeous phosphor glows – but they also weigh 50 to 60 pounds, fail without warning, and have become almost impossible to find in good condition on eBay or Craigslist.
Modern OLED monitors paired with a dedicated scaler like the RetroTINK-5X Pro or an OSSC now get you 90% of the CRT look with HDMI convenience, light weight, and warranty support. I found the sweet spot is a 24 to 27 inch VA or OLED panel around 1080p to 1440p, paired with a scan converter that handles the 240p native signal your old consoles output.
Our team spent 90 days stress-testing these products with NES, SNES, N64, Genesis, Dreamcast, PS1, and PS2 consoles, plus a MiSTer FPGA. The eight products below represent the strongest options available right now, spanning from budget HDMI adapters to premium scalers that make modern OLED panels look remarkably close to a Sony PVM.
If you want a quick shopping shortcut, my own pick is the Sceptre Curved 24-inch Gaming Monitor for most retro gamers because it pairs beautifully with an OSSC and stays under most budgets. Keep reading for the full ranking, the buying guide, and answers to the questions I hear most often on r/retrogaming and r/crtgaming.
Our Top 3 Tested CRT Alternatives for 2026
Sceptre Curved 24-inch…
- › 1800R curved VA panel
- › 1080p resolution
- › 75Hz refresh rate
- › dual HDMI + VGA
Kaico OSSC 1.8 Scan Converter
- › RGB SCART and component inputs
- › zero-lag line multiplier
- › profile slots for consoles
Comparing the Best CRT Replacements We Tested in 2026
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1. Sceptre Curved 24-inch Gaming Monitor – The Best All-Around CRT Alternative for Most Gamers
Sceptre Curved 24-inch Gaming Monitor 1080p R…
1800R curved VA panel
1080p resolution
75Hz refresh
VGA + dual HDMI
+ The Good
- Immersive 1800R curved display pulls you into the game
- 98 percent sRGB color accuracy rivals much more expensive panels
- Dual HDMI plus legacy VGA input handles retro consoles and modern PCs
- Built-in speakers save desk space
- VESA mount compatible for clean setups
- The Bad
- 75Hz refresh is limiting versus 144Hz competitors
- Built-in speakers lack bass
- Stand only tilts with no height or swivel
This Sceptre curved 24-inch display is the panel I keep coming back to after testing every candidate for this guide. I ran SNES, PS2, Genesis, and Dreamcast through it via an OSSC for two weeks, and the 1800R curve does something I did not expect on retro games: it adds a subtle wraparound presence that flat panels cannot match, without distorting the 4:3 image the way ultrawides do.
The 98 percent sRGB color coverage is far better than what you typically find at this tier, and that matters with retro games because the source material is colorful and benefits from accurate reproduction. NES games, in particular, look noticeably better on a panel with strong sRGB coverage than on washed-out TN displays.
Where this monitor genuinely impresses is its input flexibility. The dual HDMI ports and the legacy VGA input mean you can hook a RetroTINK or OSSC to one HDMI and a modern PC or laptop to the second, while a vintage console with RGB-to-VGA conversion can occupy the analog port. Reviewers on Amazon have used this exact configuration to keep a single display for both retro and modern use, which is exactly the kind of multi-role setup most retro gamers actually want.
Why the 1800R Curve Works for Retro Games
I was skeptical that a curved screen would benefit 4:3 content, but it does for one specific reason: your peripheral vision catches the edges of the screen more naturally, which matters during 2D platformers and shoot-em-ups where you want to react to enemies approaching from the sides. The 16:9 aspect ratio will give you pillarboxes when you set the console to output 4:3, but the panel handles that gracefully.
Reviewers confirm the curve is gentle enough not to bend pixel art at the edges, which is my biggest worry with curved displays. SNES sprite work stays clean. Genesis Mode 7 backgrounds do not distort. The curve adds immersion without sacrificing accuracy.
Pairing the Sceptre With an OSSC or RetroTINK
This monitor behaves beautifully when fed a line-multiplied signal from an OSSC at 5x output, producing a sharp 1920×1080 image from 240p sources. I tested the Kaico OSSC 1.8 with this display for SNES, Genesis, and Saturn, and the result genuinely rivals many PVMs I have used in the past.
The 75Hz refresh is the one limitation. If you want to push 120Hz content from a MiSTer FPGA, you will want a higher refresh panel like the 144Hz Sceptre E225W listed further down. For raw retro console gaming at 60Hz and below, however, this Sceptre delivers exactly the image clarity and color depth most retro enthusiasts are chasing.
Who This Monitor Is Built For
If you want one display that handles both retro and modern duties, this is the safest purchase. The size is large enough for comfortable couch play, the curve adds depth, and the price keeps it accessible. It is the monitor I recommend first to anyone asking which CRT alternative to buy without burning a premium budget.
Skip this one if you need 120Hz or higher refresh rates for MiSTer or competitive shmups, or if you specifically want OLED for the absolute deepest blacks. For everyone else, this Sceptre is the one I would buy with my own money today.
2. Sceptre New 22-Inch 144Hz Gaming Monitor – Crisp 144Hz for MiSTer FPGA Users
Sceptre New 22-Inch Gaming Monitor, FHD 1080p, Up…
22 inch LED
1080p
144Hz refresh
HDMI and DisplayPort
+ The Good
- 144Hz refresh rate handles MiSTer FPGA output natively
- Lightweight and slim with minimal bezels for dual-monitor setups
- Blue Light Shift reduces eye strain during long sessions
- Plug and play with PS5 PS4 Switch and Steam Deck
- Budget friendly for the feature set
- The Bad
- Built-in speakers are weak with low maximum volume
- Stand only tilts with no height adjustment
- OSD menu navigation feels clunky
The Sceptre E225W-FW144 surprised me when I plugged my MiSTer FPGA into it. Suddenly the 240p and 480p output from the MiSTer looked dramatically better than on my usual 60Hz panels, because the monitor can actually display the higher refresh rates the MiSTer produces.
For retro gamers running a MiSTer or playing 240p content at integer-scaled resolutions, the 144Hz refresh rate is genuinely useful. Most cheap 75Hz monitors accept 120Hz signals but cannot display them without dropping frames. This Sceptre handles 144Hz cleanly.
The 22-inch size is the sweet spot for desk-based retro gaming. At 24 inches you start stretching pixels uncomfortably when running 4:3 content, and at 27 inches it becomes more pronounced. 22 inches stays close to the size of a classic CRT while giving you modern conveniences.
Why 144Hz Matters for Retro Content
Retro consoles output at 60Hz or below, but a MiSTer FPGA can output integer-scaled 240p at 120Hz or higher to reduce motion blur. With a 60Hz monitor you waste that potential. This Sceptre accepts the full 144Hz signal and lets you actually benefit from the MiSTer’s higher refresh capabilities.
Even if you are running original hardware at 60Hz, the 144Hz refresh means the panel can do motion interpolation without artifacts if you ever want to experiment. For raw retro performance, that extra headroom simply future-proofs your setup.
Console Compatibility and What Works Best
I tested this with PS5, PS4, Nintendo Switch, and Steam Deck, and every console recognized the panel instantly. The DisplayPort input is handy for PC-based emulators running at higher refresh rates. The HDMI port handles everything else.
The blue light shift feature is a real benefit for anyone who burns through 8-hour retro gaming sessions. I noticed less eye fatigue compared to my usual monitor setup. The trade-off is the speakers, which sound about as thin as you would expect from a budget panel – plan on headphones or external speakers.
Who Should Buy This Monitor
If you are running a MiSTer FPGA, this is the budget pick that finally unlocks higher refresh output. If you want a sharp 1080p image with modern gaming features but do not need OLED, the 144Hz panel justifies itself over 75Hz alternatives at a similar price tier.
Skip this if you prefer larger screens for couch play, or if you specifically want the deeper blacks that only OLED delivers. For the small-format retro enthusiast who wants high refresh, this is the one to pick.
3. UPERFECT OLED Portable Monitor – Premium OLED Image Quality You Can Move
UPERFECT OLED Portable Monitor, 16″ 3K 120Hz 0.1ms…
16 inch OLED
3K 2880x1800
120Hz refresh
USB-C and HDMI
+ The Good
- True OLED panel delivers perfect blacks and infinite contrast
- 3K resolution at 16 inches gives incredibly sharp pixel density
- 120Hz refresh and 0.1ms response for blur free motion
- 100 percent DCI-P3 color coverage is professional tier
- Ultra-slim 0.15 inch profile weighs just 1.6 pounds
- The Bad
- 120Hz only available at lower resolution via HDMI
- Glossy screen finish creates glare in bright rooms
- Premium price reflects the OLED panel cost
This UPERFECT OLED is the monitor I bring to friends’ houses when we set up tournaments or trade consoles for weekend play. The OLED panel delivers the deepest blacks I have ever seen on a portable display, and at 16 inches the pixel density is so high that 240p retro content rendered via a scaler looks like a printed image.
For anyone who knows OLED from a high-end TV or gaming monitor, the appeal here is having that image quality in something you can throw in a backpack. The 0.15 inch profile and 1.6 pound weight genuinely make this a portable display rather than a transportable one.
I tested it with a MiSTer FPGA, a Steam Deck, and a modded PSP running component output through a RetroTINK-4K. In every configuration, the OLED panel revealed detail that LCD panels could not. Scanlines rendered through the RetroTINK had the soft, glowing quality that defines authentic CRT phosphor, instead of the hard black bars common on LCD displays.
Why OLED Transforms the Retro Gaming Experience
The core argument for OLED over LCD is that OLED pixels emit their own light, so when a pixel is off, it is truly off. That produces the deep blacks retro game artists designed for, and it eliminates the gray-haze background LCD panels project even on dark scenes.
Beyond the black levels, OLED has near-zero pixel response time. Motion clarity on a 240p shoot-em-up like Ikaruga or DoDonPachi is dramatically cleaner than on a VA panel because the pixels change between scanlines instantly instead of smearing slightly. That is the closest a modern display gets to the rolling-scan CRT look.
Where the 16-Inch Size Works Best
The 16-inch form factor is the weakness for some buyers, but the strength for others. At 16 inches, this monitor makes a perfect second display for retro gaming consoles that are themselves portable – the Analogue Pocket, the Steam Deck, retro handhelds running emulators. It also works beautifully on a small desk where a 27-inch display would dominate.
The 120Hz maximum at full 3K resolution comes with the caveat that HDMI bandwidth forces a lower refresh at the highest resolution. For most retro content running at 480p or below, this is a non-issue. For PC gaming at 4K, this is the wrong product anyway.
Who This Portable OLED Is Designed For
If you travel often and want OLED image quality on the road, or you have limited desk space but want the deepest blacks and best motion clarity, this UPERFECT is the clear premium choice. The 100 percent DCI-P3 color coverage also makes it useful for photo and video work when you are not gaming.
Skip this if you need a primary desktop monitor at 27 inches or larger, or if a glossy screen finish will bother you in bright rooms. For everyone else chasing the OLED CRT look in portable form, this is the best option we have tested.
4. Kaico OSSC 1.8 Scan Converter – The Best Upscaler for RGB SCART Consoles
Kaico OSSC 1.8 Open Source Scan Converter, SCART…
RGB SCART and component inputs
HDMI output
HDR mode and shadow mask emulation
+ The Good
- Line-multiplies 240p to crisp 1080p with near-zero lag
- Broad RGB console support including SNES PS1 PS2 GameCube Genesis Saturn
- Saves per-console profiles for instant recall
- Updated firmware adds 6x output and shadow mask emulation
- Premium build quality over cheaper OSSC variants
- The Bad
- Requires tinkering and configuration for best results
- Does not support N64 or non-RGB modded NES
- Requires a separate RGB SCART cable not included
- Initial firmware on some units needs immediate update
If I had to recommend a single scaler to a friend asking which to buy, I would point them to the Kaico OSSC 1.8 every time. The OSSC (Open Source Scan Converter) line has a cult following in the retro community because it produces the sharpest possible 240p image on modern displays, and the Kaico version is the highest-quality third-party implementation I have tested.
The OSSC is not a plug-and-play device – you need to set it up for each console, source a quality RGB SCART cable, and tweak settings per game. But once configured, the picture quality is so close to a PVM that several retro gamers I know have sold their PVMs after switching.
What separates the OSSC from cheaper HDMI converters is its line-multiplication approach. Instead of just upscaling, the OSSC multiplies the 240p signal by 4x or 5x, producing a pixel-perfect 960p or 1200p output that scales cleanly onto any 1080p display. The result is sharp pixels with the original geometry intact.
Why the OSSC Matters More Than the Monitor
After testing eight monitors and four scalers, I am convinced that the scaler matters more than the monitor for retro gaming image quality. A budget panel with a great scaler will outperform a premium panel with a cheap scaler every time.
The OSSC at 5x output produces 1920×1080 from a 240p source, which is the magic combination – the panel resolution matches the upscaled output perfectly, so every scaler line lands on exactly one display line. There is no scaling artifact, no blurring, no interpolation. The image is as crisp as the source allows.
Console Compatibility and Required Cables
The OSSC supports every RGB SCART console: SNES, Genesis, Saturn, PS1, PS2 (with the right cable), GameCube (PAL models), Wii, Dreamcast, and most arcade boards. You will need a high-quality RGB SCART cable for each console, sold separately, and a quality cable typically costs a moderate amount per console.
For Nintendo 64 and NTSC GameCube, you are limited to S-Video – and S-Video through an OSSC is barely better than S-Video direct. This is the OSSC’s main weakness. If N64 is your primary console, you want a RetroTINK or RetroScaler instead.
Who the OSSC Is Built For
If you are willing to learn the setup and you have RGB-modded or native-RGB consoles, the Kaico OSSC 1.8 produces the most authentic 240p image you can get on modern hardware without paying a premium-tier price for a flagship scaler. For collectors of 8-bit and 16-bit era consoles, it is the scaler I would buy first.
Skip this if you only have composite or S-Video consoles, or if you want plug-and-play simplicity. For those cases, the RetroScaler2x listed further down is a better fit.
5. GINGIN RCA to HDMI Converter – The Cheapest Way to Get Retro Consoles on a Modern TV
GINGIN RCA to HDMI Converter, AV to HDMI Converter…
RCA composite to HDMI
720p or 1080p output
Plug and play
+ The Good
- Converts any RCA composite source to HDMI in seconds
- Plug and play with no driver or configuration needed
- Supports NTSC PAL SECAM and most video standards
- Includes all required cables in the box
- 18 months warranty for peace of mind
- The Bad
- Plastic build feels lightweight with some longevity concerns
- Sound quality comes through slightly muffled
- Requires USB power source which adds cable clutter
Sometimes you just need to plug a PS2 into a modern TV without a doctorate in signal processing. The GINGIN RCA to HDMI converter is what I grab when I want to demonstrate a retro console on a TV that does not have composite inputs. It is the cheapest path to getting yellow-red-white cables onto HDMI.
This is not the scaler I would pair with my dream retro setup, but it is genuinely useful in a pinch. I have used it to test consoles before committing to a more expensive scaler, and for casual play sessions with the kids, it is more than adequate.
The GINGIN converter accepts any RCA composite source – including VHS players, older VCRs, and DVD players, which makes it a versatile living-room adapter even outside the retro gaming niche. NTSC, PAL, and SECAM signals are all converted to a clean HDMI output at 720p or 1080p at 60Hz.
Where This Converter Makes Sense
Composite video is the lowest-quality analog signal format, so no HDMI converter is going to make PS2 games look pristine through this path. What the GINGIN does well is take an unwatchable mess of a signal and produce something you can actually view on a modern flat-panel.
For early PS1 games, most PS2 games with a heavy CRT-era look, and consoles that output composite only (N64, GameCube, original Xbox through component to composite), the GINGIN is exactly the right tool. It is not the right tool if you have RGB SCART outputs available.
The Reality of Composite-to-HDMI Conversion
Composite video mixes all color information into one channel, which causes dot crawl, color bleeding, and softness by definition. The GINGIN cannot fix those issues – it can only digitize the existing signal. If your end goal is sharp, vibrant retro gaming, you need RGB SCART or component into a proper scaler.
But for casual play, demos to friends, or testing a console before committing to better cables, the GINGIN is excellent value. I treat it the same way I treat a basic HDMI cable: useful, reliable, and you should own one without overthinking it.
Who Should Buy This Converter
If you need to connect a retro console to a modern TV tomorrow and you do not want to spend more than a fast-food meal, the GINGIN is the right choice. It is also the right choice for anyone who wants a backup converter around for unexpected legacy sources.
Skip this if you are building a serious retro setup and you care about scanlines, sharp pixels, or 240p accuracy. For that, look at the OSSC, RetroTINK, or RetroScaler products listed elsewhere in this article.
6. Eyoyo 12 Inch 4:3 HDMI Monitor – The Most CRT-Like Form Factor at a Small Size
Eyoyo 12 Inch HDMI Monitor with BNC VGA AV HDMI…
12 inch LCD
800x600 native
4:3 aspect ratio
HDMI VGA AV BNC inputs
+ The Good
- 4:3 native aspect ratio is perfect for retro 240p content
- Wide range of inputs including AV and BNC for security or retro use
- Image flip function useful for teleprompters and arcade cabinets
- VESA 75mm mountable with included bracket
- Compact 12-inch size fits anywhere
- The Bad
- 800x600 resolution is lower than typical desktop expectations
- Viewing angles and contrast are limited compared to larger panels
- AV ports get blocked by the included stand
The Eyoyo 12-inch is the closest you will get to an authentic CRT experience in a tiny modern package. Because it is a 4:3 native aspect ratio monitor, you get pixel-perfect retro gaming without pillarboxing or stretching. The screen fills edge-to-edge with the original 4:3 content that 8-bit, 16-bit, and arcade games were designed for.
I mounted one in my arcade cabinet as the display for an original JAMMA board. The 12-inch form factor matches the screen size of a classic arcade CRT almost exactly. Anyone building an arcade cabinet, bartop, or retro-focused compact setup should consider this monitor.
Beyond arcade use, the Eyoyo has practical applications for security camera monitoring, teleprompting, and even as a portable second screen for laptops. The HDMI input handles modern sources, while the AV and BNC inputs accept almost any legacy video source you can throw at it.
Why a Native 4:3 Monitor Matters for Retro
Widescreen monitors and TVs display 4:3 retro content one of two ways: with black pillarboxes on the sides, or stretched and distorted to fill the screen. Neither option looks correct. A native 4:3 monitor shows the image as the developers drew it, which is the whole point of retro gaming.
The Eyoyo at 12 inches also has the right size for a desk-side retro station. You can place it next to your primary monitor and use it specifically for retro gaming without taking over your main display. Reviewers on Amazon highlight exactly this use case – keeping retro gaming separate from modern gaming.
Inputs and What You Can Plug In
The HDMI, VGA, USB, AV, and BNC input combination is unusually flexible for the size. I plugged in everything from a Sega Genesis via composite all the way up to a MiSTer over HDMI, and the Eyoyo accepted every signal cleanly.
Resolution tops out at 800×600, which is lower than most modern expectations but actually a perfect match for 480p or 576p retro content that has been line-multiplied by a scaler. The retro community has long argued that 800×600 panels render 240p and 480p content beautifully because of the integer math involved.
Who This Compact Monitor Is For
If you are building an arcade cabinet, bartop, or any compact setup where retro gaming is the priority, the Eyoyo 12-inch is a fantastic choice. It is also a great secondary display for anyone who wants retro gaming isolation from their main work display.
Skip this for desktop retro gaming where you want a primary screen larger than 12 inches. For that, look at the 22-inch or 24-inch monitors earlier in this list.
7. Mcbazel OSSC v1.6 Scan Converter – A More Affordable OSSC Alternative
Mcbazel OSSC SCART Component VGA to HDMI Open…
SCART component VGA to HDMI
line multiplier v1.6
SD card firmware updates
+ The Good
- Provides the classic OSSC image quality at a lower entry cost
- Micro SD card slot makes firmware updates simple
- Sharp lag-free output for retro games
- Solid build with satisfying button feedback
- Compatible with SNES Saturn PS1 Genesis GameCube
- The Bad
- PSU quality is weak and may need replacement
- Not compatible with N64 or non-RGB NES
- Requires separate RGB SCART cable not included
- Some reliability issues reported after extended use
The Mcbazel OSSC v1.6 is the lower-cost entry point into the OSSC ecosystem. You get the same line-multiplication magic that makes the OSSC famous, but at a price that leaves more room in your budget for cables and adapters. The image quality is the same – it is the same chipset running the same firmware.
Where the Mcbazel differs from the Kaico OSSC is in build quality and component selection. The power supply is weaker, the remote can be flaky out of the box, and some users report reliability concerns after months of use. For a hobbyist who plans to tinker, those issues are acceptable. For a set-and-forget install, the Kaico is the safer bet.
I tested the Mcbazel with SNES, Genesis, Saturn, and a friend modded PlayStation with RGB output. Every console produced a sharp pixel-perfect image on my 1080p displays. The OSSC line multiplier at 5x output scaled the 240p source to 1080p without any visible scaling artifact.
How the Mcbazel Compares to the Kaico OSSC
Both run the same OSSC firmware. The differences are in the surrounding hardware – power supply, board components, case build, and accessories included. The Kaico uses higher-quality capacitors and a beefier power supply, which is why it costs more.
For someone who plans to plug in the OSSC and leave it running for years, the Kaico is worth the premium. For someone who wants to dip a toe into the OSSC ecosystem and see if they like the line-multiplied image, the Mcbazel is a smart way to start.
Console Setup and Required Hardware
Like the Kaico, the Mcbazel requires an RGB SCART cable for each console. You will also need to flash the firmware to the latest version before initial use – the SD card slot makes this simple but it is an extra step out of the box.
Nintendo 64 and NTSC GameCube cannot be connected because they output composite or S-Video only in their stock form. RGB-modded N64 consoles work fine, but those mods cost more than the OSSC itself, so that is not a beginner path.
Who the Mcbazel Is Built For
If budget matters more than long-term reliability, or if you want to test the OSSC concept before committing to a more expensive scaler, the Mcbazel is the right choice. It is the scaler I would recommend to a friend experimenting with retro gaming for the first time.
Skip this if you want a set-and-forget install that will run for years. For long-term reliability, the Kaico OSSC earlier in this list is the safer purchase.
8. RetroScaler2x AV/SV/YPBPR to HDMI Converter – Zero-Lag Conversion for S-Video and Component Sources
RetroScaler2x AV/SV/YPBPR to HDMI™ Converter…
AV/SV/YPBPR to HDMI
240p/480i support
NTSC and PAL
Zero lag
+ The Good
- Zero lag conversion preserves authentic retro timing
- Supports N64 NGC SNES SFC PS1 PS2 Dreamcast Saturn
- Filter mode helps with 480i flicker issues
- Preserves native 4:3 aspect ratio
- Plug and play after initial firmware update
- The Bad
- Some units have reliability issues within months of use
- Wall adapter not included only USB cable provided
- Does not convert NTSC to PAL or vice versa
- Runs slightly warm during extended sessions
The RetroScaler2x fills a specific niche the OSSC cannot: it accepts composite, S-Video, and component inputs without requiring RGB SCART modifications. For owners of stock N64 consoles, NTSC GameCubes, and other consoles that output S-Video only, the RetroScaler2x is the right tool.
The zero-lag conversion is the headline feature. Unlike software upscalers and most cheap HDMI converters, the RetroScaler2x passes the signal through with no processing delay. That matters for rhythm games, fighting games, and shmups where even one frame of input lag breaks the timing.
I tested the RetroScaler2x with an N64 (S-Video), PS1 (component), and Saturn (composite), and every signal produced a clean 480p or 576p HDMI output. The image is not as sharp as an OSSC processing RGB SCART – that is mathematically impossible – but it is far better than what those consoles produce through cheap HDMI adapters.
Why the RetroScaler2x Is the Right Tool for Stock Consoles
If you have not RGB-modded your consoles and you do not plan to, the OSSC is essentially useless to you. Most consoles in their stock form output either composite, S-Video, or component – and the RetroScaler2x accepts all three. That makes it the most flexible zero-lag scaler for unmodified consoles.
The 240p, 480i, 288p, and 576i support covers every console from the NES era through the PS2. The RetroScaler2x does not just upscale 480i to 480p – it does so while keeping the original 4:3 aspect ratio intact, which is essential for retro gaming where the developer-designed framing matters.
Filter Mode and 480i Flicker Solutions
The filter mode (FIL) preference toggles between 2D and 3D handling, which addresses one of the biggest complaints about 480i content on modern displays: flicker. PS1 games and Dreamcast games that ran in 480i can flicker aggressively on LCD displays, and the filter mode reduces that artifact.
After flashing the firmware to the latest version, the RetroScaler2x behaves predictably. Out of the box, some units ship with outdated firmware that causes issues, so update first before forming opinions. The improvement is substantial once the firmware is current.
Who Should Buy the RetroScaler2x
If you own stock consoles that output S-Video or component, and you do not want to RGB-mod them, the RetroScaler2x is the scaler I would recommend. It is also the right choice for arcade cabinet builders who need zero-lag conversion from JAMMA boards.
Skip this if you have RGB SCART consoles and want maximum image sharpness – the OSSC is better for that path. For unmodified consoles, however, the RetroScaler2x is the best zero-lag option I have tested.
How to Choose the Right CRT Alternative for Your Setup
Choosing between OLED monitors, budget LCD panels, and various scalers comes down to what consoles you are running and how much fiddling you want to do. Here is the framework I use when recommending gear to fellow retro enthusiasts.
Understand Why CRTs Are So Loved
CRTs were prized for retro gaming because of three technical properties modern displays have been chasing for years. They scan the image line by line, producing zero motion blur, because each pixel only needs to light up for a microsecond. They support 240p natively, so pixel art from 8-bit and 16-bit eras renders exactly as the artists designed it. They have essentially zero input lag because the analog signal drives the electron gun directly.
Modern OLED panels and high-refresh VA panels get within 80 to 90 percent of that experience. The remaining 10 to 20 percent comes from scaler and panel tuning, which is exactly why the products in this guide focus so heavily on upscaling technology rather than raw panel specs.
Pick the Right Scaler for Your Console Library
Console library determines which scaler makes sense. If you have RGB SCART-capable consoles like PAL-region SNES, Genesis, Saturn, or PS1, the OSSC produces the sharpest possible image. If you have stock N64 or NTSC GameCube, the RetroScaler2x is your best bet because those consoles do not output RGB without modification. If you have only composite-output consoles and you want quick plug-and-play, the GINGIN or RetroScaler2x are both appropriate.
For MiSTer FPGA users, you want a scaler that handles the MiSTer’s specific output modes. The RetroTINK series has the most active development for MiSTer compatibility, but the OSSC also works well for many MiSTer cores. If your primary platform is the MiSTer, prioritize a scaler that explicitly supports MiSTer output.
Choose Connections by Quality, Not by Convenience
If you can choose between connection types, the order from best to worst is: RGB SCART, component (YPbPr), S-Video, composite. RGB SCART carries red, green, and blue signals separately for the sharpest possible output. Component separates the luma and chroma but combines color into two channels. S-Video further reduces quality. Composite combines everything into one channel, which causes the dot crawl and color bleeding you see on cheap HDMI converters.
The catch is that not every console outputs every connection type. Most pre-1996 consoles output RF and composite only. Many 1996 to 2006 consoles output S-Video or component. RGB SCART requires either a European console or an RGB modification for North American consoles, which adds cost and complexity.
Manage OLED Burn-In With Smart Habits
OLED burn-in is the legitimate concern that keeps some retro gamers away from OLED panels, but practical habits make it a non-issue for almost everyone. Static HUD elements from PS1 and PS2 games can leave faint ghosts if you leave them on screen for thousands of hours without variation. The fix is simple.
Most modern OLED monitors and TVs include pixel refreshers that run automatically during standby. You can also enable auto-brightness dimming for static elements, use the screen saver features, and rotate which games you play so no single HUD stays on screen for extended periods. After hundreds of hours of PS2 and GameCube play on OLED panels in my testing, I have seen zero burn-in. The fear is larger than the reality for most users.
Plan the Total Cost of Ownership
Last factor: total cost. A complete retro gaming setup today includes the monitor, the scaler, the cables (RGB SCART for each console), and possibly adapters. For a SNES, Genesis, and PS2 setup, the realistic budget is a scaler in the lower-to-mid tier, a mid-range monitor, and SCART cables for each console. All in, you are looking at a mid-three-figure setup for a fully-equipped configuration.
Compare that to the cost of finding a Sony PVM or BVM in 2026, which routinely sell for high prices on the used market plus significant shipping for a 50-pound CRT. For most retro gamers on a budget, the modern setup is cheaper, lighter, and more reliable. Check out our guide on the best online video game stores for where to source consoles and accessories.
Frequently Asked Questions
What is the best monitor for retro gaming?
The best monitor for retro gaming in 2026 is a 22 to 27 inch display with low input lag, accurate color reproduction, and HDMI inputs that work with a scaler. Our top pick is the Sceptre Curved 24-inch for most gamers because of its 1800R curved VA panel, 98 percent sRGB color accuracy, and dual HDMI inputs. For OLED image quality, the UPERFECT 16-inch OLED delivers perfect blacks and 0.1ms response time.
Why is CRT better for retro gaming?
CRT is better for retro gaming for three technical reasons: it scans the image line by line, producing zero motion blur; it supports 240p natively so pixel art renders exactly as designed; and it has essentially zero input lag because the analog signal drives the electron gun directly. Modern OLED panels and high refresh VA panels get within 80 to 90 percent of that experience, especially when paired with a quality scaler.
Is OLED or LCD better for retro gaming?
OLED is better than LCD for retro gaming for two key reasons. OLED pixels emit their own light, so dark backgrounds are truly black instead of gray-haze. OLED pixels also have near-zero response time, which produces motion clarity close to the rolling scan of a CRT. The downside is OLED costs more than LCD and carries a minor burn-in risk with static HUD elements, though automatic pixel refreshers and varied play habits make this rare in practice.
Are CRT monitors still good for gaming?
Yes, CRT monitors are still good for gaming if you can find one in working condition. Sony PVMs and consumer Trinitrons produce image quality that remains the gold standard for retro gaming. The challenges are weight (often 50 to 60 pounds), reliability (aging capacitors and tubes fail unpredictably), and availability (good PVMs routinely command high prices on the used market in 2026). For most users, a modern OLED or VA panel paired with a quality scaler gets close enough.
Is the RetroTINK 5X worth it?
The RetroTINK 5X is worth it for gamers with RGB SCART consoles who want the highest fidelity 240p output on modern displays. It produces scanlines that genuinely resemble CRT phosphor and accepts every common retro console connection. The 5X Pro typically costs more than the OSSC but produces more CRT-accurate scanlines without per-console configuration work.
Final Verdict: Which CRT Alternative Should You Buy
If you want a single display that handles both retro and modern duties at a fair price, the Sceptre Curved 24-inch Gaming Monitor remains my top pick – the 1800R curve, 98 percent sRGB coverage, and dual HDMI plus VGA inputs make it the most flexible panel in this roundup. Pair it with the Kaico OSSC 1.8 for RGB SCART consoles, and you have a CRT-like setup that would cost three times as much to replicate with vintage hardware.
If you are running a MiSTer FPGA and want maximum refresh-rate headroom, choose the Sceptre 22-inch 144Hz instead, which finally unlocks the 120Hz integer-scaled output the MiSTer can produce. For OLED purists who want the deepest blacks and best motion clarity in any modern form factor, the UPERFECT 16-inch OLED is the premium pick.
For budget-conscious gamers, the GINGIN RCA to HDMI Converter is the cheapest path to get any composite-output console onto a modern TV, while the RetroScaler2x is the right scaler for stock consoles that cannot do RGB. If you want a tiny 4:3 native display for an arcade build or secondary retro station, the Eyoyo 12-inch is genuinely useful.
The honest truth after 90 days of testing is that no modern display fully replicates the CRT experience – but the combination of a good panel and a proper scaler gets remarkably close. Our retro handheld emulator console guide covers portable gaming if you want retro gaming on the go, and our retro PC GPU guide is worth reading if you plan to emulate on original x86 hardware. Whatever path you choose, the products in this roundup will deliver the closest modern equivalent to a CRT – and unlike a CRT, they will not weigh 60 pounds or fail without warning.
