Every part, with the downside printed next to it.

The fastest consumer graphics card there is, and the only one that plays 4K at high refresh without leaning on upscaling in most titles. It has also spent most of its life selling far above the number NVIDIA announced, because the same silicon and the same memory are wanted by people building datacenters.

Best for

4K at 120 Hz and above, heavy ray tracing, or local AI work that genuinely needs 32 GB of video memory.

Watch out

575 W of board power. It changes your power supply, your case airflow, and the temperature of the room you sit in. Check the street price against MSRP before you accept any quote that includes one.

Memory

32 GB GDDR7

Board power

575 W

Power connector

1x 16-pin (12V-2x6)

Best paired with

4K 144 Hz or ultrawide

The card most 4K builds should actually be looking at once the 5090 premium is on the table. It is comfortably a 4K card with upscaling on and a very fast 1440p card without it.

Best for

4K at 100 Hz and up, or 1440p where you never want to think about settings again.

Watch out

16 GB of memory is fine today and is the number that will decide how this card ages. If you run heavy texture mods or work with large scenes, that is the ceiling to plan around.

Memory

16 GB GDDR7

Board power

360 W

Power connector

1x 16-pin (12V-2x6)

Best paired with

4K 144 Hz or 1440p 240 Hz

The last NVIDIA card in the stack where the price-to-performance line still looks sane, and it keeps the 16 GB memory buffer. If ray tracing matters to you and the budget stretches, this is the one to argue for.

Best for

1440p at 165 Hz or higher, and 4K with DLSS doing some of the work.

Watch out

It sits close enough to the 5080 in price at street rates that the gap sometimes closes to nothing. Compare both on the day you buy, not on a review from launch week.

Memory

16 GB GDDR7

Board power

300 W

Power connector

1x 16-pin (12V-2x6)

Best paired with

1440p 165 Hz and up

AMD's most complete card in years. In pure rasterised performance it lands close to the 5070 Ti for less money, and it carries the same 16 GB of memory, which is the spec that decides how a midrange card feels three years from now.

Best for

High refresh 1440p on a budget that has a hard ceiling.

Watch out

Ray tracing is still where NVIDIA wins. If you play the handful of titles that lean on it hard, or you want the widest upscaling support, weigh that against the saving.

Memory

16 GB GDDR6

Board power

304 W

Power connector

2x 8-pin

Best paired with

1440p 144 Hz and up

A strong 1440p card with the full current NVIDIA feature set, including the newest frame generation work. It is the cheapest way into that software stack without dropping to an 8 GB card.

Best for

1440p at 144 Hz, and 1080p at very high refresh for competitive play.

Watch out

12 GB of memory. That is enough now and it is the first thing that will bite in a few years at 1440p with high textures. The 16 GB AMD cards at a similar price are a real argument.

Memory

12 GB GDDR7

Board power

250 W

Power connector

1x 16-pin (12V-2x6)

Best paired with

1440p 144 Hz

The 9070 XT with the edges filed off and a much lower power draw, which makes it the easier card to cool quietly. For a small case or a build where noise is the priority, that matters more than the last few frames.

Best for

Quiet 1440p builds and small form factor cases.

Watch out

The XT is often close enough in price that the non-XT stops making sense. Check both, and let the power budget break the tie rather than the badge.

Memory

16 GB GDDR6

Board power

220 W

Power connector

2x 8-pin

Best paired with

1440p 144 Hz

Buy the 16 GB version or do not buy this card. The 8 GB variant shares a name and a box design with this one and runs into its memory wall in modern releases at 1440p, which is exactly where people put it.

Best for

1080p at high refresh and honest 1440p with a couple of settings turned down.

Watch out

The 8 GB model. Two cards, one name. Read the box, and read the line item on any quote you are handed.

Memory

16 GB GDDR7

Board power

180 W

Power connector

1x 8-pin

Best paired with

1080p 240 Hz or 1440p 120 Hz

The cheapest new card with a 16 GB buffer, which makes it the value pick that ages best. It gives up ray tracing performance to get there, and for most of the library that is a trade worth taking.

Best for

1080p at high refresh, 1440p at high settings in most titles.

Watch out

Like the NVIDIA card above it, there is an 8 GB version wearing the same name. The 16 GB card is the one worth owning.

Memory

16 GB GDDR6

Board power

160 W

Power connector

1x 8-pin

Best paired with

1080p 165 Hz or 1440p 100 Hz

12 GB of memory at a price where everyone else ships 8 GB. In current titles it punches above its number, and Intel's driver work has moved from a real problem to a manageable one.

Best for

A first gaming PC, a 1080p build, or a second machine that still needs to play new releases.

Watch out

Older DirectX 11 and DirectX 9 titles are still the weak spot, and the card wants a modern platform with Resizable BAR enabled to hit its numbers. On an older motherboard it underperforms badly.

Memory

12 GB GDDR6

Board power

190 W

Power connector

1x 8-pin

Best paired with

1080p 144 Hz

The cheapest way into NVIDIA's current feature set, and a genuinely capable 1080p card in esports titles and anything a few years old.

Best for

1080p competitive play where frame rate matters more than texture detail.

Watch out

8 GB of memory in 2026. In new releases at high texture settings that runs out, and no amount of upscaling fixes a full frame buffer. If the machine has to last five years, spend up a tier.

Memory

8 GB GDDR7

Board power

145 W

Power connector

1x 8-pin

Best paired with

1080p 144 Hz

A laptop card wearing a desktop name is not the desktop card. The mobile 5080 has less memory and a fraction of the power budget, and its real performance is set by the wattage the laptop maker allowed it.

Best for

A portable 1440p machine where the alternative is not building a desktop at all.

Watch out

Two laptops with this exact GPU can differ by 30 percent because one runs it at 175 W and the other at 95 W. Find the total graphics power number in the spec sheet before you compare prices.

Memory

16 GB GDDR7

Total graphics power

Set by the laptop, roughly 95 W to 175 W

The number that matters

Total graphics power, not the model name

Best paired with

1600p or 1440p laptop panels

The fastest gaming processor you can buy, announced at CES 2026 and launched on 29 January 2026. It is a higher-binned 9800X3D with a 5.6 GHz boost clock inside the same 120 W power budget, which is a clean upgrade rather than a new architecture.

Best for

A build where the graphics card is already at the top of the stack and you refuse to leave frames on the table.

Watch out

Against the 9800X3D it is a single-digit gain in most games for real money. If the 9800X3D is in stock and cheaper, take it and put the difference into the graphics card.

Cores and threads

8 cores, 16 threads

Boost clock

Up to 5.6 GHz

TDP

120 W

Socket

AM5

The do-everything chip. Sixteen cores for rendering, compiling, and streaming, with the 3D cache that makes it a top-tier gaming part at the same time. It is the right answer when the machine has a second job.

Best for

Streaming while you play, video work, compiling, or any workload that actually uses sixteen cores.

Watch out

For gaming alone it does not beat the cheaper 8-core X3D parts in a way you will feel, and the split-cache design occasionally needs the right Windows power plan to schedule correctly.

Cores and threads

16 cores, 32 threads

Boost clock

Up to 5.7 GHz

TDP

170 W

Socket

AM5

The chip that has been the default answer for gaming builds since it launched, and it is still the value pick at the top of the stack now that the 9850X3D sits above it. Eight cores, a very large cache, and frame times that stay flat when a scene gets busy.

Best for

Anyone who wants the top gaming experience without paying the halo premium.

Watch out

It has spent long stretches out of stock and above MSRP. If it is priced above the 9850X3D on the day you look, buy the newer one.

Cores and threads

8 cores, 16 threads

Boost clock

Up to 5.2 GHz

TDP

120 W

Socket

AM5

Intel's fastest desktop part and a strong productivity chip with 24 cores. In games it trails the AMD X3D parts by a wide margin, and it has spent much of its life discounted well below launch price to compensate.

Best for

Mixed workstation and gaming duty where core count and Quick Sync encoding earn their keep.

Watch out

If the machine is for gaming first, the X3D parts win clearly. Buy this because of the other work it does, not because of the frame rate.

Cores and threads

24 cores (8P + 16E), 24 threads

Boost clock

Up to 5.7 GHz

TDP

125 W base, 250 W turbo

Socket

LGA 1851

Eight modern cores without the 3D cache premium. In a build where the graphics card is doing the heavy lifting at 1440p or 4K, the gap to an X3D part shrinks to something most people never notice.

Best for

A balanced 1440p or 4K build where the budget belongs in the graphics card.

Watch out

At 1080p with a fast card, the X3D parts pull away. If you play competitive shooters at very high refresh, spend the extra.

Cores and threads

8 cores, 16 threads

Boost clock

Up to 5.5 GHz

TDP

65 W

Socket

AM5

A sensible Intel midrange part with fourteen cores, useful integrated graphics for troubleshooting, and Quick Sync for anyone who encodes video. It games well enough that most people would not identify it in a blind test at 1440p.

Best for

A mixed-use machine where the PC is not only a games console.

Watch out

LGA 1851 has a short upgrade runway compared with AM5, which AMD has committed to supporting for several more generations. That matters if you plan to drop a new chip in later.

Cores and threads

14 cores (6P + 8E), 14 threads

Boost clock

Up to 5.2 GHz

TDP

125 W base, 159 W turbo

Socket

LGA 1851

Six current-generation cores on a socket that will still take a new chip in a few years. For a 1080p or 1440p build with a midrange card, it is genuinely hard to justify spending more on the processor.

Best for

A first AM5 build you intend to upgrade rather than replace.

Watch out

Six cores is the floor for comfortable multitasking while gaming. If you stream, record, or keep forty tabs open, step up to eight.

Cores and threads

6 cores, 12 threads

Boost clock

Up to 5.4 GHz

TDP

65 W

Socket

AM5

The budget answer that keeps being right. Previous-generation AM5, six cores, a cooler in the box, and enough performance that the graphics card remains the limit in almost every game.

Best for

The cheapest sensible entry to a platform with a real upgrade path.

Watch out

It is a generation behind, so buy it for the price, not the spec sheet. If the current-generation part is within thirty dollars, take the newer one.

Cores and threads

6 cores, 12 threads

Boost clock

Up to 5.1 GHz

TDP

65 W

Socket

AM5

Intel's Panther Lake flagship, launched at CES 2026 as part of the Core Ultra Series 3 line. The X prefix marks the models carrying the newer Arc integrated graphics, which is the part that matters in a thin laptop with no discrete card.

Best for

A thin gaming or creator laptop that has to run on battery and still play something.

Watch out

Integrated graphics still means a compromise. If you want desktop-class frame rates on the road, you want a discrete GPU and the thicker chassis and worse battery life that come with it.

Platform

Core Ultra Series 3, Panther Lake

Integrated graphics

Arc Xe3 class

Segment

H series, thin and light gaming

The number that matters

Sustained wattage under load, not boost clock

Capacity for a machine with a second job. Sixty-four gigabytes is overkill for games alone and exactly right for large scenes, virtual machines, or a browser habit that has got out of hand alongside a game.

Best for

Streaming, editing, 3D work, or development on the same machine you play on.

Watch out

Higher capacity per stick is harder on the memory controller. Check your motherboard's tested memory list before buying a fast 64 GB kit, and expect to enable the profile manually.

Speed

6400 MT/s

Latency

CL32

Capacity

64 GB (2 x 32 GB)

Profile

EXPO or XMP

The default answer for an AM5 build and the reason is not marketing. 6000 MT/s with a CAS latency of 30 is the point where the memory clock and AMD's internal fabric clock line up one to one, which is worth real frames over a nominally faster kit that breaks that ratio.

Best for

Essentially every current Ryzen gaming build.

Watch out

Buy one kit of two sticks, not two kits of one. Four sticks on DDR5 forces the memory controller to run slower, which undoes the whole point.

Speed

6000 MT/s

Latency

CL30

Capacity

32 GB (2 x 16 GB)

Profile

EXPO for AMD, XMP for Intel

The budget kit that is still the right capacity. Slower than the 6000 CL30 default and cheaper, and in a build with a value graphics card the card runs out of headroom long before the memory does.

Best for

Budget builds where 32 GB matters more than the last few percent of speed.

Watch out

Do not drop to 16 GB to save money. Capacity is the axis that causes stutter and forced texture reloads. Speed is the axis that costs a few percent.

Speed

5600 MT/s

Latency

CL36

Capacity

32 GB (2 x 16 GB)

Profile

EXPO or XMP

Sequential read speeds around 14,000 MB/s, which is roughly double a PCIe 4.0 drive on paper. In games the difference is small, because game loading is mostly random reads and decompression, not one long sequential transfer.

Best for

Moving very large files often, or a build where you want the fastest slot filled properly.

Watch out

These drives run hot enough to need the motherboard heatsink, and some need active airflow. Pay the premium for the transfer speeds you actually use, not for the number on the box.

Interface

PCIe 5.0 x4, M.2 2280

Sequential read

Around 14,000 MB/s

What it changes in games

A little. Seconds, not tens of seconds

Cooling

Heatsink required

The correct default for a gaming build. Around 7,000 MB/s sequential, excellent random performance, cool enough to ignore, and priced where 2 TB is affordable. This is the drive that goes in almost every quote we write.

Best for

The boot drive and game library in any build.

Watch out

Check that it has its own DRAM cache. The cheapest drives at this speed do not, and they slow down badly once you fill them past about seventy percent.

Interface

PCIe 4.0 x4, M.2 2280

Sequential read

Around 7,000 MB/s

Cache

Look for DRAM cache, not host memory buffer

Good capacity

2 TB. Modern installs are 100 GB and up

Capped at about 550 MB/s by the SATA interface itself, and still roughly a hundred times quicker than a hard drive for the random reads that actually cause loading screens. Cheap bulk storage that never spins up.

Best for

A second drive for a large library you do not want to redownload.

Watch out

Do not use it as the boot drive in a new build. NVMe costs about the same per terabyte at 2 TB and is far faster.

Interface

SATA III, 2.5 inch

Sequential read

About 550 MB/s, an interface limit

Random reads

Far better than any hard drive

Use

Secondary library drive

Spinning platters are still the cheapest place to keep a lot of data, and they are still the wrong place to keep a game or an operating system. Around 200 MB/s sequential and terrible at random reads because a physical head has to move.

Best for

Recordings, archives, backups, and anything you touch rarely.

Watch out

Installing games here in 2026 causes the long loading screens and texture pop-in people blame on their graphics card. Check what a shop is quoting you before you sign.

Interface

SATA III, 3.5 inch

Sequential read

About 200 MB/s

Random reads

Poor. This is the part that matters

Use

Archive and backup only

The current sweet spot for a gaming desktop, and the panel type that changes the experience more than any component upgrade at the same price. Near-instant pixel response means 240 Hz actually looks like 240 Hz.

Best for

A build with a midrange or better graphics card. This is what those cards are for.

Watch out

OLED still carries burn-in risk with static elements. Use the panel's own protection features, hide the taskbar, and check the warranty terms for burn-in coverage specifically.

Resolution

2560 x 1440

Refresh rate

240 Hz

GPU needed

RTX 5070 or RX 9070 class and up

Panel

OLED, QD-OLED or WOLED

Four times the pixels of 1080p, which is a real jump in clarity for desktop work as well as games. It also asks roughly twice as much of your graphics card as 1440p does, so the monitor decides the GPU budget here.

Best for

Slower-paced games, and anyone who works on the same screen.

Watch out

Do not buy a 4K panel for a value graphics card. Either the card gets upgraded or the resolution gets dropped, and both undo the purchase.

Resolution

3840 x 2160

Refresh rate

160 Hz

GPU needed

RTX 5080 or RX 9070 XT class and up

Panel

IPS

The competitive shooter answer. Fewer pixels means very high frame rates on modest hardware, and 24.5 inches keeps the whole frame inside your field of view without moving your eyes.

Best for

Counter-Strike, Valorant, Apex, Rocket League, and anything where reaction time is the point.

Watch out

1080p on a large panel looks soft. If the screen is for anything other than competitive play, 1440p is the better buy at the same money.

Resolution

1920 x 1080

Refresh rate

240 Hz

GPU needed

RTX 5060 Ti or RX 9060 XT class and up

Size

24 to 25 inches

The showcase case the rest of the category is measured against. Dual chamber, glass on two sides, room for three 360 mm radiators at once, and a reversible layout so the motherboard tray can face whichever side of the desk you sit on. If a build is meant to be looked at, this is the frame it goes in.

Best for

A custom loop, a distribution plate, or a fan wall that is the entire point of the machine.

Watch out

It is enormous and it is empty. Budget another two hundred to four hundred dollars in fans and radiators before it looks like the photos, and measure your desk before you order, because this chassis is closer to furniture than to a tower.

Form factor

E-ATX dual chamber

Radiator support

Up to 3x 360 mm

Glass panels

Front and side

Layout

Reversible motherboard tray

A 14.1 inch touchscreen built into the corner panel, wrapped around a wraparound glass chassis that was already a good showcase case without it. The screen is a real display the operating system sees, so it can run temperatures, a music player, chat, or a wallpaper, and it is the fastest way to make a build look like nothing else on the street.

Best for

Streamers and desk-side builds where the machine is part of the room rather than under it.

Watch out

The screen occupies a USB and a video output, it adds a panel you now have to keep clean and calibrated, and none of it makes the computer faster. Buy it because the second screen is genuinely useful to you, not because it photographs well.

Display

14.1 inch touchscreen in the panel

Form factor

ATX, wraparound glass

GPU mounting

Vertical, riser included

Radiator support

Up to 360 mm top and side

Three glass panels and no visible pillar in the front corner, which is the detail that makes a build look like it is floating in a display cabinet. Same dual chamber plumbing as the rest of the O11 family, so the cable work hides in the back and the front chamber stays a clean picture.

Best for

A themed build where the front corner is the money shot and every cable has to disappear.

Watch out

Glass on three sides means heat has exactly one way out, so this case needs a deliberate fan plan rather than the two fans it ships with. It also shows every fingerprint, and the reflections that make it look good in a photo make the screen behind it harder to read.

Form factor

ATX dual chamber

Glass panels

Three, pillarless corner

Radiator support

Up to 360 mm top and side

Fan capacity

Up to 10x 120 mm

A walnut slat front over a mesh intake, which is the rare case that looks deliberate in a living room and still breathes properly. It is the standing answer for anyone who wants a machine that does not announce itself as gaming furniture, and it costs less than half of what the glass showcases do.

Best for

A build that has to share a room with people who did not ask for a light show.

Watch out

The wood front is the whole personality, and it is not for everyone. Interior volume is ordinary rather than generous, so plan the radiator before you buy rather than after, and the glass side version breathes slightly worse than the mesh one.

Form factor

ATX mid tower

Front

Walnut slats over mesh

Radiator support

Up to 360 mm front

Side panel

Mesh or tempered glass

The dual chamber showcase layout at a mainstream price, with a mesh top and a wraparound glass corner. It ships with enough fans to actually work out of the box, which is not true of most cases in this category and is worth real money once you price fans separately.

Best for

A first showcase build that should look finished on day one without a second shopping trip.

Watch out

The included fans are unlit on the base model, so an RGB build means buying them twice. The glass corner also puts the front intake behind a panel, so keep the top and rear exhaust honest or the graphics card recirculates its own heat.

Form factor

ATX dual chamber

Included fans

4x 120 mm

Radiator support

Up to 360 mm top and side

Cable routing

Rear chamber with channels

Two 140 mm fans mounted in the floor blowing straight up at the graphics card, which is an unusual layout that works far better than it reads. It is a small case that cools like a bigger one, and it is the cheapest way into the Lian Li build quality that the showcase cases are known for.

Best for

A compact desk build that still wants a full size graphics card and quiet temperatures.

Watch out

The bottom intake sits close to the floor, so on carpet it eats dust and loses airflow. It is also a genuinely small interior: measure your cooler and your card before ordering, because the clearance numbers are real limits here rather than conservative estimates.

Form factor

ATX, compact footprint

Included fans

2x 140 mm bottom, 1x 120 mm rear

Intake

Floor mounted, straight to the GPU

Radiator support

Up to 360 mm side

Mesh on the front, mesh on the top, four fans in the box, and a price that leaves the money where it belongs, which is in the graphics card. Nothing about it is fancy and nothing about it is wrong, and a first build in this case will run cooler than the same parts in a sealed glass box twice the price.

Best for

A first build, or any build where the budget should go to parts rather than to the box.

Watch out

The materials feel like the price: thinner steel, more flex in the panels, and a plastic front. The included fans are loud at full speed, so plan on a fan curve rather than leaving them on the motherboard default.

Form factor

ATX mid tower

Included fans

4x 140 mm

Front and top

Mesh

Radiator support

Up to 360 mm front

A 1.8 inch 400 by 400 screen in the hub of a fan that is still a genuinely good fan, with liquid crystal polymer blades and 2600 RPM on tap. Each screen holds its own images in onboard memory, so a row of three can run artwork, temperatures, or an animation without a cable to every hub. This is the part behind most of the themed builds you have seen scrolling past.

Best for

A themed build where the fans are the artwork rather than a component you happen to see.

Watch out

Three of them cost more than a decent graphics card tier step, they need the vendor software running to show anything custom, and screens facing into a radiator or out the back of the case are money spent on something nobody will look at. Point them at the glass or do not buy them.

Screen

1.8 inch, 400 x 400, 60 Hz

Sold as

Single fan; a three-pack with the controller costs less per fan

Onboard memory

512 MB per fan

Max speed

2600 RPM

Airflow

Up to 90.1 CFM

Control

Wireless, USB, or motherboard PWM and ARGB

A 360 mm liquid cooler with a round display on the pump block, which is the other place a build puts a screen. Cooling performance is solidly in the front rank of 360 mm units, and the display is the one that sits at eye level in a side panel view rather than edge on.

Best for

A high wattage processor in a showcase case where the pump block is visible through the glass.

Watch out

You are paying a real premium over an identically performing cooler without the screen, and the screen needs the vendor software running at all times. Check your top clearance too: a 360 mm radiator plus fans is thicker than most people plan for.

Radiator

360 mm

Display

Round LCD on the pump block

Fans

3x 120 mm RGB

Best paired with

High wattage desktop processors

A 30 mm thick fan built for static pressure through a radiator, with a hardware switch for performance, advanced, and hybrid modes. It is the fan people buy when the goal is a quiet machine that never throttles, and it has no lighting at all, which is the entire point.

Best for

A blackout build, or any radiator where noise at load matters more than the light show.

Watch out

It is 30 mm thick rather than 25 mm, so it will not fit every top mount, and it costs about what an RGB fan costs while looking like nothing. If the build is meant to be seen, this is the wrong fan.

Thickness

30 mm

Modes

Hardware switch: performance, advanced, hybrid

Lighting

None

Built for

Static pressure through radiators

A thicker than standard radiator and a small fan blowing across the voltage regulators next to the socket, for roughly half the price of the coolers it beats. It is the least glamorous recommendation on this page and it is also the one most builds should take.

Best for

Anyone who wants top tier cooling numbers and would rather spend the difference on the graphics card.

Watch out

The radiator is 38 mm thick, so measure the top of your case before you commit. The tubing is stiff and the aesthetic is industrial, and the ARGB version costs more without changing a single degree.

Radiator

360 mm, 38 mm thick

Extra

VRM fan on the pump block

Lighting

Optional ARGB version

Best paired with

Anything up to the top of the desktop range

The interlocking fan that made fan walls easy: each fan clips to the next and one cable leaves the group, so a nine fan build has three cables instead of eighteen. The infinity mirror effect on both faces means it still looks deliberate when it is mounted facing away from you.

Best for

A dual chamber showcase case where a wall of matching fans is the whole design.

Watch out

It locks you into one vendor's controller and software for the rest of the build, and mixing it with another brand's lighting means two applications fighting over the same light show. As a pure air mover it is good rather than exceptional.

Size

120 mm and 140 mm

Daisy chain

Yes, one cable per group

Lighting

Both faces, infinity mirror

Control

Vendor controller plus software

Two towers, six heat pipes, and a price that reads like a typing error. It cools within a few degrees of liquid coolers that cost five times as much, it cannot leak, and it will still be working in ten years because there is no pump in it to fail.

Best for

A build that should be quiet and reliable, where nobody is going to be looking inside the case.

Watch out

It is a large black slab that covers the top of the motherboard, so it hides the memory lighting and blocks the view in a glass case. Check RAM height clearance, and check that your case is tall enough before you order.

Type

Dual tower air cooler

Heat pipes

6

Fans

2x 120 mm

Lighting

None

The fan you buy five of when the case needs airflow and the build does not need a light show. It is a competent static pressure fan for a few dollars each, and a set of them fixes a badly ventilated case for less than the cost of one lit fan.

Best for

Fixing airflow in a budget build, or filling intake positions nobody will ever see.

Watch out

No lighting and no daisy chain hub, so a wall of them is a nest of cables behind the tray. They are also audible at full speed, which matters if the case has no fan curve set.

Size

120 mm

Control

PWM with sharing on one header

Lighting

None

Sold as

Single or five pack

The genuine advance in Wi-Fi 7 is not the headline throughput, it is Multi-Link Operation, which lets a device hold two bands at once and cuts the latency spikes that ruin online play on wireless.

Best for

A room you cannot run a cable to, where wireless has to be good rather than adequate.

Watch out

Your PC needs a Wi-Fi 7 adapter to get any of this, and the 6 GHz band barely passes through walls. A cheap router with a good cable run beats an expensive router across the house.

Standard

802.11be, Wi-Fi 7

The feature that matters

Multi-Link Operation, for latency

Bands

2.4, 5, and 6 GHz

Needs

A Wi-Fi 7 client adapter to benefit

Adds current wireless and Bluetooth to a desktop whose motherboard shipped without it. The external antenna on a PCIe card consistently beats a USB dongle, and it is not close.

Best for

A desktop that has to be on wireless and a motherboard with no built-in radio.

Watch out

Many motherboards already include Wi-Fi. Check the model before buying one, and check that the antenna can physically reach past the metal case panel.

Interface

PCIe x1

Standard

Wi-Fi 7, plus Bluetooth

Better than

A USB wireless dongle, clearly

Worse than

A cable

The cheapest upgrade in this entire catalog and the one that fixes the most complaints. A wired connection removes the jitter and packet loss that make a game feel unresponsive, and Cat 6 handles gigabit over any run inside a house.

Best for

Every desktop that sits within cable reach of a router. Which is most of them.

Watch out

Do not pay for Cat 8. For a run inside a house at gigabit or 2.5 gigabit, Cat 6 is already past the point of diminishing returns. Cat 6a if the run is long or noisy.

Speed supported

1 Gbps easily, 10 Gbps on short runs

What it fixes

Jitter and packet loss, which is what you feel

What it does not fix

Distance to the game server

Cost

A rounding error on any build