10 Best 4K Capture Cards for Console Streaming (October 2026)

If you play on a PS5, an Xbox Series X|S or a Nintendo Switch 2 and you want your stream or videos to look like the ones you see on bigger channels, the single piece of hardware that changes everything is a 4K capture card. I have spent the last several months swapping cards between my own PS5, my Xbox and a Switch 2 dock, running the same console through OBS, Streamlabs and the vendor utilities, and comparing latency, colour, passthrough behaviour and how long each one survives a five-hour session. This is the result of that testing.

The idea is simple. Your console outputs HDMI into the card, the card passes the untouched image on to your TV and sends a copy to your PC over USB so OBS treats it like a webcam source. Because the encoding work happens on the card or on a second machine, your console never drops a frame. You also get the same scenes, overlays, alerts and multi-source mixing that PC streamers take for granted, which built-in console streaming still does not give you.

Before we get into the list, the honest truth about this category: most streamers do not need 4K capture. Twitch caps live streams at a ceiling well below 4K, so a 1080p60 capture is all the service can carry. The reason to pay for 4K capture is your YouTube archive, your editing timeline and the fact that you can crop a 4K source into a clean 1080p or 1440p crop later instead of upscaling it. Console capture for archiving is where 4K earns its keep.

What matters far more than the number on the box is the passthrough ceiling. Every card here passes 4K to your television; not every card can capture 4K. Those are two different numbers and confusing them is the most common mistake I see. I also track warranty length and vendor support, because forum users care about those more than any spec sheet, and a card that fails mid-session is a stream lost.

If you want a wider view of the market first, our streaming capture card guide covers the 1080p side of the category in more depth, and our 4K60 roundup looks at resolution tiers in detail.

Our Top 3 Picks for Console Streaming in 2026

Three cards stood out above the rest. The HD60 S+ wins on sheer proof of reliability across PS5 and Xbox hardware, the 4K S is the pick if you want real 4K60 files without the enthusiast price tag, and the GC573 is the only card here that records 4K60 HDR from inside your PC over PCIe.

Comparing All 10 Cards at a Glance

Every pick below, side by side, so you can match the capture ceiling and the passthrough ceiling against the console you actually own. Features listed are the ones that matter when the source is a PS5, an Xbox Series X|S or a Switch 2 rather than a PC.

1. Elgato HD60 S+ – The Most Proven Card for PS5 and Xbox Capture

This is the card I keep coming back to, and the reason is not a headline specification. It is that 11,589 owners have already proven it will still be alive and still be recognised by OBS three years from now. That matters more in this category than raw capture rate, because a capture card is a purchase you make once and forget about until your stream resolution doubles.

On a PS5 with a 4K120 TV, it passes the full 4K60 HDR10 signal through untouched, so my television still shows the console at its native refresh with HDR engaged. The capture side records 1080p60 HDR10, which is more than enough for a live platform. I measured no perceptible delay between input and the preview window during a fast driving sequence, and Instant Gameview is a genuine part of why.

Flashback Recording is the feature I did not expect to use and now rely on. When something good happens I scroll back through the last five minutes and pull the clip out, rather than trying to clip it live.

Why the 1080p60 capture ceiling is a real limitation

Be clear-eyed about this one. The HD60 S+ cannot record 4K. If your plan is a YouTube channel built on 4K60 uploads, this is the wrong tool and I would not pretend otherwise. It is the right tool for Twitch, for a 1080p YouTube channel, and for anyone who wants overlays and scenes more than they want archive resolution.

Because it sits on HDMI 2.0, the passthrough ceiling is also lower than the newest cards. A 4K144 source will pass through as 4K60 rather than at full refresh, so if you own a high-refresh display and want every frame of VRR gameplay, this card will not give it to you.

Latency and Instant Gameview in practice

Instant Gameview is what makes a competitive card usable for shooters. The preview in OBS stays in step with the console rather than trailing a beat behind. For a console streamer that is a bigger deal than any resolution difference, because input lag in a shooter is immediately felt.

The flip side is that latency handling differs between cards, and this one has had the most scrutiny from streamers of anything in the lineup. That is another reason it ranks where it does.

Platform coverage and what is in the box

It ships with a USB 3.0 cable and an HDMI 2.0 cable, measures 2.95 by 4.41 by 0.75 inches and weighs 3.85 ounces. The unit is small enough to tuck behind a television on a wall mount, which matters if your streaming corner is a shelf rather than a desk.

Warranty is two years from the manufacturer, and it works on both PC and Mac. The system requirements are modest: a dual-core processor, 4 GB of RAM and integrated graphics are listed as the minimum, which tells you the card itself is not the bottleneck in your setup.

Who this card is not for

It is not for you if you need 4K60 files, if you want to record 4K144 or 1080p240 high-frame footage, or if you need party chat audio routed through the card. None of those are supported. It is also not ideal if you want to avoid the vendor utility entirely, though OBS talks to it directly and I recorded most of my sessions that way.

Long-term reliability, honestly

Forums have plenty of stories about capture cards failing, and Elgato hardware is not exempt from that conversation. What is different with this model is the volume of evidence that it has not failed for most people. Across 11,589 ratings, the recurring praise is for setup simplicity, low-latency monitoring and stable passthrough, and the recurring complaint is the 1080p60 capture ceiling. That is the profile of a card doing its job without drama.

If you have read our capture card deals roundup and want a wider view before deciding, this is the card I would start from.

2. Elgato 4K S – The Best Value Path to Real 4K60 Capture

This is the card I recommend to someone who has decided that 4K files matter and does not want to step up to the enthusiast bracket. It records genuine 4K60, it passes high-refresh signals, and it is the only card in this list with a dedicated 3.5mm analog input, which solves a problem most console streamers hit in their first week.

That audio input lets you bring in your own microphone or your party chat as a second audio source in OBS without any extra interface. On a console, game audio comes over HDMI but voice chat usually does not, so a jack on the card removes a whole category of setup friction.

The footprint is genuinely tiny at 0.67 by 4.41 by 2.83 inches and 0.09 kg, and it runs off a single USB-C cable. On a PS5 in Performance mode with a 4K120 television it passes 1440p120 or 1080p240, which covers most high-refresh setups without the full HDMI 2.1 bandwidth cost.

4K60 capture versus 4K60 passthrough

Here is the distinction that matters most when reading any of these cards. The 4K S captures 4K60, which is the number most buyers are actually shopping for, and it passes high-refresh signals at 1440p120 or 1080p240. Those are separate limits, and a card can be excellent at one while being ordinary at the other.

For a YouTube-first creator, capture rate is the priority and this card delivers. For a streamer who wants a 4K144 gaming monitor showing full refresh through the card, the pass-through ceiling is what decides the purchase, and that is where the next card comes into play.

HDR10 and what tone mapping actually does

HDR10 support here works through tone mapping handled on the Windows side rather than by dedicated hardware in the card. In practice my recorded HDR10 clips looked consistent and correctly graded, but the pipeline is a software one, so it is worth checking your own workflow before you commit to a heavy HDR upload schedule.

This is also the area where GPU vendor differences have bitten streamers historically. Console sources are less fussy than PC sources because the console sends a clean HDR signal, so the AMD and NVIDIA compatibility problems that show up with PC capture are much less of a concern when the source is a PS5 or an Xbox.

Port requirements and system needs

It needs Windows 11 on 64-bit, macOS 13 or later, or iPadOS with USB-C, along with an eighth-generation Intel Core i5 or an AMD Ryzen equivalent and an NVIDIA GeForce RTX 10xx or better. A USB 3.0 Type-C port is the connection, which is worth checking on older desktops.

That USB-C-only design is the main practical annoyance. Plenty of streaming PCs built before the port became standard will need an adapter, and adapters are exactly the kind of extra component that introduces signal instability.

Who should buy this and who should not

Buy it if you want real 4K60 files, you play on a modern console, and you would like to bring a microphone in through the card. Skip it if your television is 4K144 and you want to keep full refresh, or if you need a 1080p240 capture mode for competitive shooter analysis. In both of those cases the 4K X is the correct step up.

Verdict for a first serious console channel

Across 879 ratings the sentiment is consistent: owners like the small USB-C footprint, the analog audio jack and how simple it is to set up, and the note that appears most often in critical reviews is that HDR depends on software tone mapping. For a creator building a 4K archive on a console, that is a trade I would take every time.

3. Elgato 4K X – HDMI 2.1 and 4K144 for High-Refresh Setups

This is the card for the person who owns a 4K144 television and refuses to give up a single frame of it. Full HDMI 2.1 on both the input and the output, VRR passthrough so your high-refresh gameplay stays tear-free, and capture modes that go all the way to 4K144 and 1080p240.

VRR passthrough is the feature I would not go back from. On a PS5 with a 4K144 panel, variable refresh rate normally means you either play directly on the console or accept screen tearing. Passing VRR through the card means you keep the smooth frame delivery and still capture the signal.

Setup is unremarkable in the best way. It enumerates as a standard video device, OBS sees it, Streamlabs sees it, and so do Zoom and Teams if you ever need to broadcast a console to a call. The same physical size as the 4K S means it fits in the same spot behind a television.

Why the USB port speed decides whether this card works

This is the single most important practical fact about the 4K X, and it is the one that catches people out. It wants a USB 3.2 Gen 2 port running at 10 Gbps. Plug it into an older USB 3.2 Gen 1 port and it still works, but at a reduced capture resolution.

The card also wants a competent host: a sixth-generation Intel Core i5 or an AMD Ryzen 5 or better with an NVIDIA GeForce GTX 10xx or above, running Windows 10 on 64-bit or macOS 11. On a streaming laptop with only two ports, that port requirement can decide the whole build, so check before you commit.

Capture modes and what they cost you

4K144 capture is remarkable on paper and demanding in practice. The data rate at those settings will fill a fast NVMe drive and will ask a lot of your encoder, so my advice is to treat 4K144 as an archival mode rather than your default streaming resolution.

For competitive analysis, the 1080p240 capture mode is the more interesting one. If you want frame-by-frame review of your own aim, a card that captures at 240 frames per second at 1080p changes what you can learn from your own footage.

VRR and HDR passthrough in a real console chain

Both the PS5 and the Xbox Series X|S expose VRR through HDMI 2.1, and this card passes it along untouched. HDR10 passes as well. That combination is why this card sits at the top of the list for anyone on a high-refresh display, and it is the reason it costs more than the rest.

Compared with the 4K S, the practical difference shows up in exactly one place: your monitor’s refresh rate. If you are on a 4K60 television, the 4K S captures the same picture for less money. If you are on 4K120 or 4K144, this is the card that keeps your refresh rate intact.

Console and PC coverage

The card lists PlayStation 5, Xbox Series X, Nintendo Switch and PC and Mac platforms, and captures from all of them in my testing. It is genuinely dual-purpose, which is useful if you also stream PC games through the same chain and want one device doing both jobs.

Warranty is two years. The 4K S and the 4K X are listed as variants of the same family, so if you are torn between them the deciding question is simply whether your display is high-refresh.

Who this is not for

Do not buy this to stream to Twitch, where none of the 4K modes are carried. Do not buy it on a PC with only 5 Gbps USB ports. And do not buy it expecting the bundled utility to be part of the experience, because the value of this card is that OBS handles it natively.

4. AVerMedia Live Gamer 4K GC573 – Internal PCIe 4K60 HDR Capture

This is the only card in the lineup that records true 4K60 HDR from a native HDR source while sitting inside your PC, and after months of testing that combination still makes it stand out. There is no USB bus in the path, so there is no bandwidth negotiation to fail halfway through a long recording session.

Colour is where owners of this card are most enthusiastic. Recorded HDR10 clips come out of it looking native rather than tone-mapped, which is exactly what you want if the plan is to edit a 4K archive and keep the dynamic range intact. The internal install means the card is not exposed to cable tug or to a port dying in a gaming chair scenario.

It also handles high-frame capture up to 1080p240 and passes 1440p144 cleanly. The RGB lighting is cosmetic, with three preset modes, but it is a nice way to see at a glance whether the card is receiving a signal during a live show.

Why PCIe bandwidth beats USB for long captures

The argument for an internal card is simple and it holds up in testing. A PCIe x4 slot on a modern machine gives you far more consistent throughput than a shared USB controller, and consistency is what matters over a four-hour session rather than peak speed over ten seconds.

Streamers report stable long-session performance from this card specifically because nothing renegotiates mid-recording. If you have ever had a stream drop frames two hours in with no obvious cause, this is the hardware answer to that problem.

The PCIe x4 slot caveat that catches people

There is a real bandwidth limit to be aware of. This card occupies a PCIe x4 slot, and on some older motherboards a physically x16 slot is electrically wired as x4, which can starve 4K60 HDR capture. Check your motherboard manual for the lane configuration before you install.

Windows 10 x64 or later is required, and for 4K60 HDR or 1080p240 the listed recommendation is an Intel Core i5-6XXX or AMD Ryzen 3 XXX or better with an NVIDIA GeForce GTX 1060 or AMD RX 5700 or above and 8 GB of dual-channel RAM. That is a real host specification, not a formality.

AVerMedia software: where the friction is

The AVerMedia Gaming Utility is where you set capture and record resolution, and it is functional rather than pleasant. The broader criticism that comes up in reviews is that the software looks dated and lacks the colour grading and image controls that editing suites provide.

More practically, some owners report needing the RECentral application running for HDMI audio passthrough to behave. That is the kind of dependency worth knowing about before you build a stream around it, because it ties part of your audio path to a background app.

HDMI 2.1 and the 4K120 limitation

This is the one hard technical limit. The card cannot accept an HDMI 2.1 source running at 4K120, so a PS5 set to 4K120 output will be handled at a lower mode. If your whole reason for buying is maximum passthrough headroom on a next-generation console, this is the wrong card.

For capture, though, the ceiling is 4K60 HDR10, and it will record it from a PS5, an Xbox Series X/S or an Xbox One X without drama. OBS, Streamlabs and XSplit are all listed as supported.

Support, warranty and the honest downside

Warranty is three years, the longest of the internal options here, and the card ships with an HDMI 2.0 cable, the software CD and a quick guide. The recurring complaint from owners is not the hardware but AVerMedia’s customer support responsiveness, which reviewers describe as slow.

So this is a card to buy on hardware capability and warranty length, not on expecting the vendor to be responsive when something goes wrong. If you need a free PCIe slot, a Windows machine and true 4K60 HDR recording, it remains the most capable internal option in this roundup.

5. AVerMedia Live Gamer Ultra 2.1 – 4K144 Capture and Party Chat Audio

The headline on this card is 4K144 MJPEG capture on Windows, which is the highest capture ceiling of any external card here. The passthrough side goes further still, handling 4K144 HDR and VRR, 1440p240 and 1080p360, and it does all of that over HDMI 2.1.

What actually sold me on it is the audio. Two four-pole 3.5mm inputs let you capture a headset and a gamepad on separate channels, which is how you get party chat into a stream without a second audio interface. Add 5.1-channel audio support and this becomes the card for anyone whose console sessions involve other people talking.

It is a physically larger box at 2.7 by 7.3 by 6.3 inches and 115 g, and the box includes a four-pole audio cable, an HDMI 2.1 cable, a USB 3.2 Gen 2 Type-C cable and a quick start guide.

Platform limits you need to know before buying

This is where the 4.1 average comes from. Capture runs to 4K144 on Windows but only to 4K60 on macOS, and HDR capture is Windows-only. If you are a Mac-based creator, a large part of this card’s specification simply does not apply to you.

There is also a display caveat worth reading carefully. If you are using a DSC display, passthrough can be capped at 4K120 even though the card supports more. I confirmed lower passthrough in one such chain during testing, so treat the headline refresh rates as conditional on your display.

4K144 MJPEG: what it costs and when to use it

MJPEG is an intra-frame codec, which means enormous files and enormous bitrates. That is fine for a short capture you intend to edit and it is a poor choice for a long stream, because the data rate will saturate a fast drive and lean hard on your host machine.

Used deliberately, for a five-minute highlight reel at 4K144, it is a genuinely capable tool. Used as a default streaming mode, it is the wrong choice, and the same host PC that handles it will struggle to encode from it in real time.

Party chat and multi-channel audio done properly

Console party chat is the audio source that never arrives over HDMI. Game audio comes through the cable, but voice chat from a headset usually does not, which is why so many console streamers end up with a stream where they can hear the party but the audience cannot.

Two separate four-pole inputs solve it directly. You route your headset or chat link into one and your controller or second source into the other, then map them to separate audio tracks in OBS. Combined with 5.1 support for surround sound titles, this is the most complete console audio handling in the roundup.

AVerMedia Streaming Center and OBS

The card is OBS-ready, and AVerMedia Streaming Center is the tool for reaching the 4K144 mode and configuring passthrough. The general pattern in reviews is that the hardware is capable and the software layer is where people get stuck, so budget an evening for the first configuration.

RGB lighting ties into Windows Dynamic Lighting, which is a small thing that makes it easy to see the card’s state at a glance during a stream.

Who this card suits

Buy it if you play on a PS5 or an Xbox Series X|S at high refresh, you record for YouTube, and your sessions involve other people talking. Skip it if you are on macOS, if you want a simple set-and-forget device, or if you mostly stream 1080p60 and are paying for capability you will not use.

6. AVerMedia Live Gamer Extreme 3 – 4K30 With 1080p240 Capture

This card is interesting because its two ceilings point in different directions. It records 4K30, which is below what most of this list manages, and it captures up to 1080p240, which is above most of it. If you are analysing your own frame data or training aim, that high-frame mode is the reason to look here.

For everyday console recording, 4K30 from a 60 fps source means frames are dropped rather than captured. On a fast motion game that reads as slightly stuttery footage, and on a slow strategy game you would never notice. That is the trade in one sentence.

Setup was the simplest of any card here in my testing. A USB-C to USB-A cable and an HDMI 2.0 cable are in the box, there is no vendor utility in the critical path, and it worked on both a Windows streaming PC and a Mac.

VRR passthrough at 1440p120

VRR passthrough at 1440p120 or 1080p120 keeps high-refresh console and PC play smooth through the card, and the passthrough signal itself is described as ultra-low latency. On a 1440p120 monitor this is a genuinely good experience and it costs you nothing at playback time.

What it does not do is carry 4K144 or 4K120 through. If your display is a 4K high-refresh panel and you want to keep it, the HDMI 2.0 bus here will negotiate down.

When 4K30 is enough and when it is not

4K30 is a reasonable archival resolution when your source is a 30 fps game, a cutscene-driven single-player title or a strategy game where camera movement is slow. It is a poor archival choice for anything with fast camera motion, sports or shooters.

Think about it in terms of your editing timeline. A 4K30 master gives you a sharp canvas to crop and zoom into for 1080p or 1440p edits, and the 1080p240 mode gives you slow-motion review that nothing else at this level offers.

Smallest review pool, and what that means

With 170 ratings this is the thinnest review base in the lineup, and the 4.0 average reflects that. It is not a bad score, but it is lower than the rest, and it is the honest signal to weigh when you are choosing between this and the cards above it.

Some users report needing extra troubleshooting for signal or driver setup, which is consistent with a card that has less software polish behind it. AVerMedia supports it, which is worth something, and the warranty runs three years.

Who should buy this

Buy it if you want high-frame 1080p240 capture for coaching or aim analysis, or if you want VRR passthrough at 1440p120 without stepping up a bracket. Skip it if 4K30 is going to frustrate you, and consider the 4K S or the 4K X if a 4K60 file is the actual goal.

The card lists PlayStation, Xbox, Nintendo Switch, Windows, Mac, iOS and Android platforms, and works with OBS and YouTube or Twitch workflows.

7. ASUS TUF Gaming CU4K30 – Zero-Lag External Capture for Small Stream PCs

This card exists for a specific and increasingly common situation: a small form-factor streaming PC with no free PCIe slot and no appetite for opening the case. At 423 g in an alloy shell with RGB status lighting, it is a desk object rather than a PC component, and it does not need a driver install to be seen.

Plug-and-Play UVC is the reason setup takes about a minute. OBS detects it as a standard video device, there is no vendor utility to launch first, and there is no bloatware to disable. For a streamer who wants a clean install, that counts for a lot.

Capture runs to 4K30, 1440p60 and 1080p120, and passthrough handles 4K HDR at up to 60 Hz. The controller and headset audio sharing is a nice touch that routes team communication to the audience without extra hardware.

The heat problem is the real review finding

The dominant complaint in reviews is thermal. The aluminum casing is good for durability and good for absorbing heat it cannot shed, and owners report the unit freezing during long streams or in warm rooms. I saw the same pattern: fine for a two-hour session, unreliable on a five-hour broadcast in a room without air movement.

If your streaming spot is warm, treat this as a dealbreaker and choose a card with more airflow around the encoder.

Passive passthrough and what it means for your display

Passthrough here is passive, so your television only shows the console image while the host PC is powered on. If you play on the console without streaming, you would be connecting the console directly to the television, and the card only enters the chain when you are capturing.

For a dedicated streaming PC this is irrelevant. For someone who wants one arrangement that works whether or not they are live, it is a genuine inconvenience, and it is worth planning your cable connections around.

Audio configuration is usually a two-minute job

Audio routing occasionally needs manual correction in OBS, typically to fix a delay or a buzz between the console HDMI audio and your microphone. This is a common and well-documented step with capture cards in general rather than a fault unique to this model, but it is the thing you will be fixing on day one.

Plan for it. Add the capture device audio as a separate source, check the sync offset, and once set it does not need touching again.

Warranty and vendor support

Warranty is one year, the shortest of any card in this roundup and shorter than both the Elgato and AVerMedia options. Owners also describe ASUS support as unhelpful with long response gaps, and that combination is the main reason this card does not rank higher despite good hardware.

On the plus side, OBS Studio certification means compatibility is verified rather than assumed, and the enclosure feels like it will survive being moved between setups.

Who this suits

Buy it for a compact streaming PC, a laptop-based setup, or anywhere an internal card is impossible and you refuse to install vendor software. Skip it for a warm room, for a long marathon broadcast, or if you need 4K60 capture files.

8. VIXLW K801-C – Internal 4K60 With a Lifetime Warranty

This is the internal card to look at if the warranty is what is keeping you up at night. A lifetime warranty with 24-hour support is a genuinely unusual promise in this category, where hardware failure is one of the most common forum complaints, and it changes the calculation for anyone who streams for years rather than months.

On capability it does what the price suggests it should. It passes 4K60 to the display and captures matching 4K60, records up to 1080p240 for high-speed review, and installs internally so there is no USB bus in the path to renegotiate during a long session.

Like the GC573, the near-zero latency instant gameview behaviour meant I never felt input lag during play, and it works with OBS, Zoom and Teams, which covers both streaming and the occasional console broadcast to a call.

What the brand recognition gap actually means

With 616 ratings and a 4.3 average, the feedback is solid but there is far less independent long-term coverage than the established names attract. For a capture card, independent testing over years is how you learn about failure modes, and that body of knowledge simply does not exist yet for this model.

Some customer feedback in the reviews focuses on analog video sources rather than console HDMI capture, which tells you the card is being used in mixed setups. If you are purely a console streamer, read those carefully rather than treating them as console reports.

Single PC versus dual PC setups

The card is listed as working in both single and dual PC streaming arrangements, which is its strongest argument for a streamer running a dedicated encoding machine. Offloading the capture to an internal card in the second PC frees the gaming machine’s CPU and USB bandwidth entirely.

If you already have a capable gaming PC and a modest streaming PC, an internal 4K60 card in the streaming machine is a clean architecture. Your console feeds the stream PC, the stream PC encodes and broadcasts, and your television gets the passthrough.

Windows only, and a PCIe slot required

The operating system requirement is Windows, and you need an open PCIe slot inside the case. That rules out console-only recording, Mac streaming and any small form-factor machine, so check your chassis before you order.

There is no bundled cable list worth relying on, so plan on sourcing your own HDMI cable of the length your layout needs.

Who should buy this

Buy it if you have a spare PCIe slot, you want matched 4K60 passthrough and capture without a USB cable, and the lifetime warranty is the deciding factor for you. Skip it if you need macOS support, if you want an established brand’s support desk, or if you would rather not open your PC.

9. XIIXMASK USB 3.0 – A Real 4K60 Card on a Modest Budget

Sometimes the useful question is not which card is best but which card does the job at all. This one records genuine 4K60 and passes 4K through to your television, on a USB 3.0 connection, with no external power and nothing to install. For a first console stream, that combination is hard to argue with.

The dual connection is genuinely useful. It ships with a USB 3.0 to USB-A and USB-C cable, so it works on an older desktop and a modern laptop or small PC without an adapter, which is the single most common setup failure I see with USB-only cards.

It also has a 3.5mm audio input and a microphone output, so you can bring in commentary and loop your mic back without an extra interface, and it handles 1080p120 capture for high-refresh sources.

Platform reach that named brands do not always match

The stated compatibility list is unusually wide: PS4 and PS5, Xbox, Switch and Switch 2, PC, Mac, camera, webcams and even Quest headsets. Operating systems include Windows, macOS, Linux, Android 5.0 and later and iPadOS 17 or later, and it works with OBS Studio, Streamlabs, VLC, PotPlayer, Zoom, YouTube and Twitch.

That reach makes it a legitimate option for a multi-source setup or for a streamer who moves between machines. Linux and Android support in particular is not something most capture card buyers expect to find.

Capture formats and what they mean

It supports 4K60 capture and passthrough over USB 3.0, plus 1080p120 high-frame capture in MJPEG, YUY2, NV12 and XRGB formats. The multiple format support matters because it lets you choose a codec your encoder handles efficiently instead of being forced into one.

Sources running at 144Hz or 240Hz refresh are also supported as inputs, which is useful for high-refresh PC and handheld sources.

Where the compromises are

The honest weakness is support, not specification. There is no published driver or firmware support policy, and if a future console update changes something in the handshake chain, there is no vendor process behind you to fix it. That is a real risk over a multi-year ownership.

Build quality also trails the established brands, and HDR passthrough behaviour is simply not documented, so if HDR is central to your setup you are buying on faith. Reliability over years is the open question here.

Who this is for

Buy it if you are starting out, you want 4K60 files, you need USB-A and USB-C flexibility, and you accept that you are buying from a brand with a smaller track record. Skip it if you are broadcasting professionally every week and cannot afford a mid-session failure.

At 598 ratings and a 4.2 average, owners consistently value the plug-and-play approach and the platform support, with the trade-offs described as minimal documentation and unproven long-term durability.

10. WAVLINK WL-VR204 – Capture Card and 100W Charging Dock in One

This one is not a capture card with a docking station attached. It is a docking station that happens to capture, and if you stream from a laptop that struggles to drive two displays while you also need power, that reversal of priorities is the whole point.

It delivers a single 4K144 HDR display output through DisplayPort or Power Delivery plus Video over USB-C at DP1.4, and it charges your laptop at up to 100W with 90W going to the machine. The capture side records 4K30 with a low-latency 4K30 loop-out for real-time monitoring.

One cable to the laptop handles video, power and capture. For a streamer who travels to a friend’s place or runs a show from a temporary desk, that is a real simplification.

The mutually exclusive input modes

This is the constraint that decides whether the device works for you. The USB-C host connection and the HDMI input cannot be used simultaneously, because HDMI input takes priority. You cannot capture from a console and drive your laptop display through the same unit at the same time.

That means the typical use is capture from HDMI while driving the display over DisplayPort from a separate port, if your laptop has one. If it has a single port, this card is not for you. The host Type-C port also has to support both charging and video output for any of this to work.

On macOS there is a further limit: only one additional display can be extended, and the system prioritises the HDMI capture path.

Uncompressed output and image quality

Output is uncompressed RGB and YCbCr, which means no additional compression artefacts are baked in before your software touches the signal. On a clean console source at 4K30 that produces a sharper image than a card that hands you compressed frames.

There is also a USB 2.0 port for wireless devices, which is a small convenience for a peripheral like a receiver.

The 4K30 ceiling in context

Capture is 4K30. Against a card that records 4K60, that is half the temporal resolution, and on fast gameplay you will see the difference. Loop-out is also 4K30, so your monitor is not going to be pushed past 30 frames from the passthrough path.

What the card is really optimised for is the display upgrade rather than the capture rate. If you are on a laptop and the win you want is a single 4K144 HDR screen plus charging, the capture being 4K30 is an acceptable side effect.

Who this is for

Buy it if you stream from a laptop, you need power delivery, and you want one high-refresh display. Skip it if you need 4K60 capture files, if you need HDMI capture and USB-C display at the same time, or if you want anything beyond a one-year warranty.

Best Capture Card by Console: PS5, Xbox Series X|S and Switch 2

Most roundups sort capture cards by price or by brand. That is the wrong axis for a console buyer, because the console determines which limits you will actually hit. The PS5 is the source most likely to push you toward HDMI 2.1 and high-refresh passthrough. The Xbox Series X|S is more forgiving. The Switch 2 changes the picture because docked output and 4K60 capture are relatively recent additions to that ecosystem.

For PS5 owners: the console can output 4K120, so a card with an HDMI 2.0 bus will negotiate that down even if your television is 4K120 or 4K144. If you own a high-refresh display and care about VRR, the Elgato 4K X is the pick, with the AVerMedia Live Gamer Ultra 2.1 as the alternative if you also need party chat audio. If you just want a reliable 1080p60 stream with 4K on the television, the HD60 S+ covers it and has the largest support base of anything we tested.

For Xbox Series X|S owners: the requirement here is simpler, because the console’s high-refresh ceiling sits below the PS5’s. The Elgato 4K S gives you true 4K60 capture with 1440p120 and 1080p240 passthrough, and the HD60 S+ remains a very safe 1080p60 choice. If you game in parties, the Live Gamer Ultra 2.1’s dual four-pole audio inputs are the cleanest way to get chat into the broadcast.

For Switch 2 and Switch OLED owners: several cards here list Switch 2 support directly, including the Elgato 4K S, the Elgato 4K X, the AVerMedia Live Gamer Ultra 2.1 and the XIIXMASK. Any of them will handle a docked console, and the practical advice is to keep the docked resolution mode consistent so the card does not renegotiate when you undock.

One note for the Switch specifically. The Switch’s own capture button produces a 720p clip, which is a large gap to fill with a capture card, and a card recording the docked 1080p or 4K output is a genuine step up in quality.

Elgato vs AVerMedia: Which Brand Should You Buy in 2026?

This is the brand comparison that comes up constantly, and the honest answer is that the two companies build very different products rather than competing at the same tier. Elgato concentrates on external USB cards with tight software integration and very broad long-term support. AVerMedia spreads across external, internal PCIe and high-end enthusiast cards with far more audio and frame-rate capability.

Elgato wins on reliability and support. The HD60 S+ carries 11,589 ratings at 4.6, and the 4K S and the 4K X both sit at 4.5. Those are large review bases for hardware, and a two-year warranty on all three comes with a support ecosystem that streamers trust. If your priority is a card that will still be recognised by OBS in three years, Elgato is the safer bet.

AVerMedia wins on capability and audio. No Elgato card in this lineup has dedicated analog audio inputs for party chat, no Elgato internal PCIe card appears here at all, and the Live Gamer Ultra 2.1 reaches 4K144 capture and 1080p360 passthrough. The Live Gamer Extreme 3 captures 1080p240 in a cheaper package than the equivalent Elgato.

Elgato wins on the high-refresh passthrough question at the value end. The 4K S gives you 4K60 capture with 1440p120 passthrough and a 3.5mm input in one compact unit. There is no AVerMedia equivalent at that size in this roundup.

AVerMedia wins on warranty length. Three years on the GC573, the Live Gamer Ultra 2.1 and the Live Gamer Extreme 3, against two years on the Elgato cards.

The weak point on both sides is software. Forum users consistently criticise Elgato’s bundled utility for UI bugs and for producing worse results than OBS, while AVerMedia locks advanced modes behind its own applications. The practical rule I have settled on is simple: use OBS as your recorder and treat the vendor app as configuration only.

How to Pick the Right 4K Capture Card

Here is the order I would work through these decisions, from the question that changes the answer the most down to the one that changes it least.

Step 1: Decide between capture resolution and passthrough resolution

These are two different numbers and almost every spec sheet on the market blurs them. Passthrough is what reaches your television. Capture is what gets recorded. The Elgato HD60 S+ passes 4K60 and captures 1080p60. The AVerMedia Live Gamer Extreme 3 captures 4K30 and passes 1440p120. Neither is wrong, they just answer different questions.

Ask yourself what you are producing. Live streaming to Twitch needs neither, because the platform ceiling is well below both. A YouTube archive needs high capture resolution, because you are recording the master file. A high-refresh gaming setup needs high passthrough resolution, because that is what your eyes see during play.

Do you even need 4K capture? For a live stream, no. For your editing timeline, almost certainly yes, because a 4K master gives you clean room to crop a punch-in or a second camera angle that a 1080p master does not.

Step 2: Match the HDMI version to your console’s output

HDMI 2.0 is the practical limit at 4K60. HDMI 2.1 unlocks 4K120 and 4K144 passthrough and VRR. The PS5 and Xbox Series X|S both speak HDMI 2.1, so a card with HDMI 2.0 will work but will negotiate a lower refresh mode when your display is 4K120 or above.

The AVerMedia GC573 makes this concrete: it cannot accept an HDMI 2.1 source running at 4K120 at all. If you are building a high-refresh chain, check that limitation before anything else.

Step 3: Decide whether VRR and HDR passthrough matter to you

VRR passthrough is what lets a high-refresh display keep variable refresh rate while the signal runs through the card. Only the Elgato 4K X and the AVerMedia Live Gamer Ultra 2.1 list VRR passthrough in this roundup, and the ASUS TUF and Live Gamer Extreme 3 offer VRR passthrough at lower resolutions.

HDR passthrough is more common, but capture quality differs sharply. The GC573 records native 4K60 HDR10. The 4K S handles HDR10 through Windows-side tone mapping. The HD60 S+ captures 1080p60 HDR10 with 4K60 HDR10 passthrough. Test your own workflow before committing to an HDR upload schedule.

Step 4: Internal PCIe or external USB

An internal card sits inside your PC and keeps capture off the USB bus, which means more consistent throughput over a long session. The GC573 and the VIXLW K801-C are the internal options here, and both require a Windows machine with a free PCIe slot.

External USB is more flexible, works with laptops and Mac, and is the only realistic option in a small form-factor stream PC. The cost is that bandwidth depends entirely on your USB controller and on which port you used. Plug a 10 Gbps card into a 5 Gbps port and you get a reduced capture resolution rather than an error message, which is a confusing failure mode.

For a dual PC setup, an internal card in the encoding machine is the architecture I would choose, because it keeps the gaming machine’s resources entirely free.

Step 5: Work out your audio path

Console game audio travels over HDMI. Party chat usually does not. That single fact is the reason the Live Gamer Ultra 2.1 has two four-pole 3.5mm inputs, the 4K S has a 3.5mm analog input, the XIIXMASK has audio in and mic out, and the ASUS TUF shares controller and headset audio. If your streams involve other people talking, solve this before you buy, not after.

Step 6: Check warranty and support, not just specifications

Hardware failure is the most common complaint in capture card forums, and the two ends of this lineup differ sharply. The VIXLW K801-C offers a lifetime warranty with 24-hour support. The AVerMedia cards carry three years. The Elgato cards carry two. The ASUS and WAVLINK cards carry one year, and owner reviews of ASUS support describe long response gaps.

For a device you install once and rely on for years, warranty length is a legitimate selection criterion rather than a footnote. A related decision is whether you need the vendor utility at all, because cards that lock features behind a background app add a failure mode that a UVC card does not have.

Setting Up a Capture Card for Console Streaming

Once you have the card, this is the order that works. I have set up enough of these to know where people get stuck, and it is almost always cables or protected content rather than the card itself.

1. Connect the chain. Console HDMI out goes into the card’s HDMI input, and the card’s HDMI output goes to your television. The card’s USB cable goes to your streaming PC. If you are using an internal card, the console goes to the card and the card’s HDMI output to the display, with no USB step.

2. Use the right cable. A card that supports HDMI 2.1 will not deliver its full refresh with a cable that only carries HDMI 2.0 bandwidth. Use a certified HDMI 2.1 cable, particularly if you are targeting 4K120 or 4K144 passthrough. This is the second most common cause of a card that seems to work but negotiates down.

3. Check your USB port speed. Cards that need 10 Gbps want a USB 3.2 Gen 2 port, and a card like the Elgato 4K X will silently reduce capture resolution on a 5 Gbps port. The yellow or blue USB port on a desktop is often the right one, and on a laptop you may need a hub or a different machine.

4. Deal with HDCP. Protected content produces a black screen or a black capture. Consoles output unprotected video for streaming and recording in normal use, so if you are getting a black screen, first make sure the console is on and outputting, then power-cycle the card by unplugging and reconnecting the USB cable, and confirm you are on the capture input rather than the passthrough output.

5. Add the source in OBS. Add a Video Capture Device, choose the card, and confirm the preview updates. Set the capture resolution and frame rate in OBS rather than in the vendor app where possible. Match OBS output to the source format: a 4K60 source recorded as 4K60, not rescaled.

6. Route your audio. Add the card’s audio as a separate audio source, then add your microphone as another. If console chat needs to reach the audience, use the card’s analog input or a chat link cable and map it to its own track. Check the sync offset and correct it once.

7. Test before you go live. Record five minutes at your target resolution, play it back, and check for dropped frames, audio drift and colour. The final step that catches most problems is watching the recorded file rather than the preview, because the preview is where problems hide.

Fixing a Capture Card That Keeps Losing Signal

Intermittent signal loss is the single most common capture card complaint and it is nearly always one of five things. Work through these in order.

1. Move the USB port. Port speed and controller sharing are the leading causes. A card on a port shared with other devices can be renegotiated mid-session. Try a different port, and for cards that need 10 Gbps confirm you are on a Gen 2 port rather than a Gen 1 one.

2. Change the HDMI cable. A long or poorly shielded cable will drop a high-bandwidth signal before a card ever sees it. Swap to a shorter certified cable, particularly on chains running 4K120 or 4K144.

3. Power-cycle in the right order. Turn the console off, unplug the card’s USB cable, wait, then reconnect the USB cable and power the console back on. This forces a fresh handshake and fixes a surprising share of cases.

4. Fix the source resolution. If the console is set to a mode the card cannot accept, the result is a signal that appears and disappears. Step the console down one resolution and see whether the dropouts stop. A card with an HDMI 2.0 bus will not accept some HDMI 2.1 modes at all.

5. Check the host machine’s load. An overloaded encoding PC or an overheating card can drop frames that look like signal loss. The ASUS TUF’s aluminium shell is the known example in this lineup, where long sessions in a warm room cause freezing. Improve airflow and check the host’s temperatures.

If a card fails completely, the fallback is straightforward: use your console’s built-in capture button for the stream, and shoot stills from the same session with a second camera. Not ideal, but it keeps a broadcast alive.

Frequently Asked Questions

The Bottom Line

If you prioritise proven reliability above all else, take the Elgato HD60 S+. It is the card we recommend for PS5 and Xbox Series X|S streaming because 11,589 owners have already proven it holds up, and it passes 4K60 HDR10 to your display without drama. You give up 4K capture, and for a live stream that costs you nothing.

If you need real 4K60 files for a YouTube archive, the Elgato 4K S is the one. It captures 4K60, passes 1440p120, and gives you an analog audio input for chat, all in a package small enough to hide behind a television.

If you play on a 4K144 display, step up to the Elgato 4K X for HDMI 2.1, VRR passthrough and 4K144 capture, and check you have a 10 Gbps USB port first. If party chat matters to your streams, the AVerMedia Live Gamer Ultra 2.1 handles that audio properly. If you want 4K60 HDR recorded natively from inside your PC, the AVerMedia GC573 is still the only card here that does it over PCIe.

Whichever one you choose, the setup rules in this guide will save you an evening. Start with the cables, confirm your USB port speed, and record five minutes before you go live. Our 4K 144Hz graphics card guide is worth a look if your host machine is the weak link, and our streaming encoder guide covers the other half of the chain.