Searching for a modern CRT monitor for retro gaming turns up product names that sound plausible but do not exist as new-production items in 2025. No manufacturer — not Sony, not ViewSonic, not Philips — currently builds and sells new CRT displays with HDMI 2.1, USB-C, or 144Hz support. CRT manufacturing for both consumer and professional lines wound down industry-wide by the mid-to-late 2000s as flat panels took over, and it has not resumed. Any CRT monitor available today, however clean or well-refurbished, is a used or new-old-stock unit.
That doesn't mean the CRT experience is unavailable in 2025 — it just isn't a shopping-cart purchase from a manufacturer's website. It's a two-part setup: a secondhand CRT display sourced and refurbished, paired with modern scan-conversion hardware that bridges today's consoles, emulation boxes, and PCs to that tube. This guide covers what that real setup looks like, how to evaluate a used CRT, and how it stacks up against a modern flat panel for retro gaming — with no invented specs.
The Short Answer: There Is No New CRT Monitor Line in 2025
If you've seen model names like a "ViewSonic 21.5-inch CRT with USB-C and 144Hz" or a "CRT with built-in HDMI 2.1 and 4K upscaling," treat them skeptically — those feature combinations don't match any CRT product that has shipped. Flat-panel LCD and OLED technology replaced CRT manufacturing lines across the industry, and once those factories were retooled or shut down, CRT production effectively ended. The retro gaming CRT community, documented extensively on resources like RetroRGB and the r/crtgaming community, operates entirely on the secondhand market.
This matters for buyers: skip any listing implying a new CRT monitor exists with modern digital inputs baked in natively. What you're actually shopping for is a used display plus an external converter box.
Why Retro Gamers Still Chase CRTs
CRT phosphors illuminate and decay on a per-frame basis rather than holding a static image between refreshes, which is the core reason CRTs are associated with smoother-feeling motion for 2D sprites and low-frame-rate retro content — there's no sample-and-hold blur the way there is on a standard-refresh LCD panel. CRTs also render at their native scan resolution rather than upscaling low-resolution console output through a fixed pixel grid, which is why old sprite art and CRT-era anti-aliasing tricks (dithering, transparency effects) were designed around that specific display behavior.
For console purists, a period-correct CRT paired with the original hardware is also the only way to see a game exactly as its developers viewed it during production — a point frequently made across retro-gaming buying guides such as Racketboy's CRT TV buying guide.
The Real Modern Stack: Vintage CRT + Modern Scaler
Step 1 — Source a CRT
| CRT type | Typical use case | What to look for |
|---|---|---|
| Sony PVM / BVM (professional) | Desk setups, arcade cabs, precision color work | RGB/component input, tube hours if known, no visible geometry distortion |
| Consumer Trinitron / FST | Living-room console setups | Composite/S-Video minimum, RGB SCART a bonus, working degauss |
| Arcade monitor (chassis) | Cabinet builds | Compatible sync range (15kHz), working flyback transformer |
Professional PVM/BVM units command a premium because of their RGB input and image accuracy, while consumer sets are cheaper but more inconsistent in condition. Either way, buying used means checking for burn-in, convergence issues, and a working degauss coil before committing — guidance echoed throughout RetroRGB's CRT resources.
Step 2 — Add a Scan Converter
A CRT alone won't cleanly accept every source. That's the job of an external scan converter:
| Device | What it does | Best for |
|---|---|---|
| OSSC (Open Source Scan Converter) | Line-doubles/triples low-res retro signals with low added latency | Original consoles, RGB SCART sources into CRTs or modern displays |
| RetroTINK-4K / 5X Pro | Upscales and processes analog retro video with extensive filtering | Consoles, PCs, and mixed-source setups feeding either a CRT or a flat panel |
| RetroArch CRT shaders (e.g., CRT-Royale, Guest's shaders) | Software emulation of scanlines, mask, and phosphor glow | Emulation-only setups with no physical CRT |
The OSSC project wiki and RetroTINK's official site both document current hardware revisions and compatibility, and are the primary references the community uses when comparing devices — worth checking directly rather than relying on secondhand spec claims.
If you don't have a CRT at all, CRT shaders inside RetroArch or standalone emulators approximate the scanline and phosphor-glow look on an LCD or OLED. It's a software substitute, not a hardware one, but it's the option most people without a physical CRT rely on, alongside guides like our retro game emulator for TV setup guide.
CRT vs Modern Flat Panel for Retro Gaming
| Factor | CRT (vintage, refurbished) | Modern LCD/OLED |
|---|---|---|
| Motion clarity for 2D/retro content | No sample-and-hold blur (per-frame phosphor decay) | Improves with high refresh rate or black-frame insertion, but still sample-and-hold based |
| Native resolution handling | Renders low-res signals at native scan rate | Requires upscaling; quality depends on the scaler used |
| Input lag | Generally minimal, since there's no internal frame-buffer processing | Varies by panel and processing chain; modern "game mode" panels have closed much of the gap |
| Availability | Secondhand only, condition varies | New units broadly available with warranties |
| Footprint/weight | Large and heavy, especially professional monitors | Compact, wall-mountable |
The practical tradeoff: CRTs offer a specific, period-accurate look and feel that the community still prizes, sourced and documented largely through community discussion rather than manufacturer specs. For a deeper side-by-side on the CRT-vs-modern-display debate, see our companion piece on CRT vs monitor for retro gaming.
How to Choose and Set Up Your Retro CRT Station
- Decide your primary sources. Original consoles favor a CRT with native RGB/component input; a mixed PC-and-console setup benefits more from a scan converter feeding either a CRT or a flat panel — see our guide to pairing emulator consoles with current AMD GPUs if part of your setup runs emulation on a PC.
- Match tube size to space. Smaller professional monitors (14-20 inches) suit desks and arcade cabinets; larger consumer CRTs suit living-room console setups.
- Budget for a scan converter separately from the CRT itself — the display and the converter are typically bought from different sellers.
- Test before you commit to a full setup. Inspect for burn-in, geometry distortion, and color purity issues, and confirm the seller can power it on for a demo if buying locally, per the condition-check advice on Racketboy's buying guide.
- If you also stream, play online multiplayer, or manage a large ROM/BIOS library from your setup, run it on wired ethernet rather than Wi-Fi for consistent transfer speeds and lower latency to network storage — a basic Cat 6 cable like the Jadaol Cat 6 Ethernet Cable, 35 ft is enough to route a hardline from a router to a media-center-style retro station.
If you're building out a broader emulation or online-play setup around your CRT, our guides on browser-based retro emulators, downloadable emulators for AMD PCs, and budget CPUs for 1080p retro/emulation gaming cover the PC side of the stack, and retro console modding services cover getting an original console RGB-modded to feed a CRT cleanly.
The Bottom Line
There's no such thing as a new "modern CRT monitor" you can order in 2025 — treat any listing claiming HDMI 2.1, USB-C, or 144Hz on a CRT as inaccurate. What retro gaming enthusiasts actually run is a refurbished vintage CRT (professional PVM/BVM or consumer Trinitron) paired with a scan converter like an OSSC or RetroTINK, or CRT shaders as a software-only substitute when no physical tube is available. Source condition and the converter you pair it with matter far more than any spec sheet.
Citations and sources
- RetroTINK official site — current scan converter hardware and compatibility documentation
- RetroRGB — community resource for CRT sourcing, RGB modding, and retro display setups
- OSSC project wiki — Open Source Scan Converter documentation and compatibility notes
- Racketboy CRT TV buying guide — condition-checking and sourcing advice for secondhand CRTs
- r/crtgaming — community discussion on CRT sourcing, comparisons, and setups
This piece is editorial synthesis based on publicly available information. No independent first-party benchmarking is reported.