Best USB Hubs for Laptops (2026): HDMI, PD & Ethernet

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Most laptop hub guides list ports and stop. The thing that decides whether you are happy with a hub is invisible on the box: every port on it shares the bandwidth of the one port it plugs into. That single fact explains why a 4K monitor drops to 30Hz, why your external SSD halves its speed, and why “100W charging” delivers 85W. This guide covers eight hubs — from a $12 USB splitter to a Thunderbolt 4 hub — and explains what each one can actually run at the same time.

Part of our Laptop buying guides — the three specs that matter more than the processor.

Quick Picks

Comparison table: all 8 hubs

Every row links to the current listing. Price bands describe typical street pricing observed in early August 2026 and move constantly — check the live listing before you buy.

Swipe the table sideways to see every column →

The thing nobody tells you: a hub shares one port’s bandwidth

A USB-C hub does not create bandwidth. It divides the single link to your laptop among everything you plug in, simultaneously. A 5Gbps hub has roughly 400 MB/s of real-world throughput to share across every USB port, the card reader and the Ethernet port; a 10Gbps hub has roughly 900 MB/s.

In practice: gigabit Ethernet running flat out takes about 125 MB/s, a UHS-I card reader up to about 100 MB/s, a 1080p webcam a few MB/s. On a 5Gbps hub those three eat more than half the budget before you plug in a drive — which is why a portable NVMe SSD that benchmarks at 1,000 MB/s on a laptop port manages perhaps 150 MB/s on a busy 5Gbps hub. On a 10Gbps hub the same setup barely notices.

The naming makes this harder than it should be. USB 3.2 Gen 1 (also sold as USB 3.0 and USB 3.1 Gen 1) is 5Gbps. USB 3.2 Gen 2 is 10Gbps. USB4 and Thunderbolt 4 are 40Gbps and the only ones with genuine headroom. Three names for the same 5Gbps speed is not an accident — it lets a listing say “USB 3.2” and mean the slowest option.

The useful exception: HDMI does not consume this pool. Video travels on dedicated DisplayPort lanes inside the same cable, so a 4K monitor does not slow your SSD. What competes is drives, Ethernet, card readers and audio interfaces.

Which hub speed do you need?

5Gbps is enough for a keyboard, mouse, webcam, headset, occasional flash drive and one monitor. Pay for 10Gbps if you regularly copy from an external SSD or hard drive, or run wired Ethernet and fast storage together. Go Thunderbolt 4 only for two displays plus fast storage plus Ethernet at once.

HDMI output limits: why cheap hubs cap at 4K 30Hz

A hub’s maximum display resolution is set by DisplayPort Alt Mode, not by the HDMI port itself. Your laptop’s USB-C port carries four high-speed lanes, and a normal hub takes two for video and leaves two for USB data — which is exactly what lets you have HDMI and full-speed USB at once. The video ceiling is therefore whatever two lanes can carry.

Two lanes of DisplayPort 1.2 (HBR2) deliver roughly 8.6 Gbps. 4K at 60Hz needs about 12.5 Gbps. It does not fit, so the hub falls back to 4K 30Hz. Two lanes of DisplayPort 1.4 (HBR3) deliver roughly 13 Gbps, which just clears the bar — and that is the entire reason “4K@60Hz” hubs exist and cheaper ones do not.

The catch behind most of the one-star reviews: both ends have to support DP 1.4. A 4K60 hub on a DP 1.2 laptop still outputs 4K 30Hz, and the hub is not faulty. Anker states this outright for the 555. Check your laptop’s spec sheet for “DisplayPort 1.4” or “DP Alt Mode 1.4” before paying extra for 4K60.

Is 30Hz a problem? For a secondary panel showing Slack and a terminal you will survive, but mouse movement stutters visibly and video judders, so do not buy a 30Hz hub for your main screen. A cheaper route to a good result: run a 1440p monitor at 60Hz rather than a 4K one at 30Hz. Two DP 1.2 lanes handle 1440p60 comfortably, and a 1440p monitor under $300 beats a stuttering 4K one.

One more trap: a few adapters take all four lanes for video to hit 4K60 without DP 1.4. With no lanes left for USB 3.x, the downstream ports drop to USB 2.0 — 480 Mbps, shared. Fine for a keyboard and mouse, disastrous for storage. If a listing advertises 4K60 but describes its USB ports only as “USB 2.0”, this is why.

Power delivery pass-through: 100W in is not 100W out

Pass-through charging means plugging your laptop charger into the hub’s PD-IN port so the hub charges the laptop through the same cable that carries data and video. The number on the box is the input rating, not what reaches your laptop: the hub keeps 10–20W to run its own USB controller, Ethernet PHY and card reader.

Manufacturers are unusually honest about this in the fine print. UGREEN’s Revodok Pro 109 listing states it “quickly powers the host device up to 85W (the hub consumes 15W)”. Anker rates the 555 at 85W maximum to the laptop. Plugable’s Thunderbolt 4 hub delivers 60W from its own adapter rather than taking a pass-through feed at all.

How to size the charger

• Work backwards from the laptop, then add 15W. A 13-inch MacBook Air or thin ultrabook wants 30–45W, so a 60W charger through a hub is comfortable.
• A 14–16 inch laptop typically wants 65–96W. Feed the hub 100W, expect roughly 85W to arrive — enough for normal load, not always enough under sustained CPU and GPU load.
• Gaming and workstation laptops with barrel chargers should keep using them. A hub’s 85W will not keep up, and the laptop drains slowly while reporting that it is charging.
• Do not judge by the charger you own. A 30W phone brick will run the hub’s own electronics and leave almost nothing for the laptop.

A dock with its own power supply — the Revodok Pro 209 and the Plugable hub here — sidesteps all of this, and that is a large part of what you pay for when you step up from a hub to a dock.

Mac versus Windows: the dual-display limit that catches everyone

If you use a MacBook, read this before buying a dual-HDMI hub. macOS does not support DisplayPort MST, the technique Windows uses to split one video stream into two independent displays. A dual-HDMI hub that shows two extended desktops on Windows will mirror the same image to both screens on a Mac. The hub is not broken and no firmware update will fix it — Apple has never implemented MST.

On top of that, base Apple silicon chips have their own display-controller limits:

• M1 and M2 MacBook Air and 13-inch Pro: one external display, full stop.
• M3 MacBook Air: two external displays, but only with the laptop lid closed — you lose the built-in screen.
• M4 MacBook Air and later: two external displays with the lid open, which finally fixes it.
• Pro and Max chips: multiple displays natively; a Thunderbolt hub is the right tool.

The workaround for anything older is DisplayLink, which compresses video in software and sends it over the USB data link instead of DP Alt Mode, bypassing both the MST gap and the display-controller limit. The trade-offs are real: a driver to install, screen-recording permission to re-approve after macOS updates, and a few percent of CPU for encoding. Invisible on a static two-monitor desk; wrong for full-screen gaming or colour-critical work.

On Windows, MST works on essentially any laptop with DP 1.4 output and dual-HDMI hubs behave as advertised. On a DP 1.2 laptop, MST still drives two screens but at reduced resolution or refresh — commonly two 1080p60 panels rather than two 4K60.

What to skip

Unpowered hubs feeding bus-powered hard drives

A single USB port supplies 4.5W, and a bus-powered hub splits that across every device on it. A 2.5-inch portable spinning drive can pull 4–5W on spin-up by itself, which is why the classic symptom is a drive that mounts, works for a minute, then disconnects — sometimes taking the file system with it. If you use portable hard drives, buy a hub with its own power supply, or use a PD pass-through hub and actually plug the charger in. Modern external SSDs draw far less and are fine on bus power.

No-name hubs claiming 10Gbps

The most common misrepresentation here is a 5Gbps controller sold as “10Gbps” or “USB 3.2”. A genuine 10Gbps hub states “USB 3.2 Gen 2” — not just “USB 3.2”, which is technically true of 5Gbps parts. Buyer reviews reporting roughly 400 MB/s on a hub advertised as 10Gbps are the tell.

Port count as a proxy for quality

“12-in-1” counts the PD-IN port, the 3.5mm jack, both card slots and a USB 2.0 port to reach twelve. An 8-in-1 with 10Gbps ports and 4K60 HDMI beats an 11-in-1 on a 5Gbps controller with a 30Hz output. Count the useful ports: how many are 10Gbps, what the HDMI actually does, and whether the Ethernet is gigabit — several budget hubs still ship 100Mbps and just call it “Ethernet”.

The eight hubs in detail

1. Anker 555 USB-C Hub (8-in-1) — best overall

• Best overall
• USB-C 5Gbps
• 1 × 4K 30Hz HDMI
• 1 × USB-C 5Gbps, 2 × USB-A 5Gbps
• $25–40

The hub to buy if you want one answer and no research: 10Gbps on every data port, 4K 60Hz HDMI on DP 1.4 hosts (4K30 on DP 1.2), gigabit Ethernet, SD and microSD readers, and a PD-IN port that takes 100W and passes up to 85W to the laptop. Bus-powered aluminium, about 0.6 inches thick, with Anker’s 18-month warranty — which matters in a category full of sellers who vanish.

Buy it if you want one monitor, wired networking and fast storage from a single cable. Skip it if you need two extended displays, or your laptop is DP 1.2 and 4K60 was the whole point.

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2. UGREEN Revodok Pro 109 (9-in-1) — best for one more USB-A port

• Best for one more USB-A port
• USB-C 10Gbps
• 1 × 4K 60Hz HDMI (DP 1.4 host)
• 1 × USB-C 10Gbps, 3 × USB-A (one 10Gbp
• $50–70

Functionally the 555’s twin with an extra USB-A port: 10Gbps upstream, 4K 60Hz HDMI on DP 1.4 hosts, gigabit Ethernet, SD and TF readers, 100W PD in delivering up to 85W. UGREEN states the 15W hub overhead directly in the listing — the clearest pass-through disclosure of any hub here. Choose it if you routinely run three or more USB-A devices; otherwise the two are interchangeable, so buy whichever is cheaper on the day.

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3. UGREEN Revodok 109 — best HDMI hub under $45

• Best HDMI hub under $45
• USB-C 5Gbps
• 1 × 4K 60Hz HDMI (DP 1.4 host)
• 3 × USB-A 5Gbps
• $30–45

The value pick: genuine 4K 60Hz HDMI on a DP 1.4 host, gigabit Ethernet, three USB-A ports and 100W PD in, for well under what the 10Gbps hubs cost. The compromise is speed — the USB ports are 5Gbps, so the whole hub shares roughly 400 MB/s and gigabit Ethernet takes a quarter of that. Plenty for a keyboard, mouse, webcam and flash drives; not enough for editing video off an external SSD.

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4. Anker USB-C Hub (7-in-1) — cheapest name-brand travel hub, but check the HDMI spec

• Cheapest name-brand travel hub, but ch
• USB-C 5Gbps
• 1 × 4K 30Hz HDMI
• 1 × USB-C 5Gbps, 2 × USB-A 5Gbps
• $25–40

The hub most often bought by accident by people who wanted 4K60: its HDMI output is 4K at 30Hz. Everything else is solid — one USB-C and two USB-A at 5Gbps, SD and microSD readers, up to 85W pass-through, pocketable aluminium, no Ethernet. A good travel hub for hotel TVs, presentations and camera cards, where the 30Hz ceiling never appears because 1080p and 1440p fit comfortably at 60Hz. The wrong buy as a permanent 4K desk hub.

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5. UGREEN Dual-HDMI Dock (7-in-1) — best two-monitor hub for Windows

• Best two-monitor hub for Windows
• USB-C 10Gbps
• 2 × 4K 60Hz HDMI (Windows MST)
• 4 × USB-A/USB-C 10Gbps
• $60–90

Two HDMI outputs running dual 4K at 60Hz over DisplayPort 1.4 MST, plus four 10Gbps USB-A and USB-C ports and 100W PD in, in an aluminium body. On a Windows laptop with DP 1.4 output it does exactly what the box says. Two warnings: on a Mac it mirrors rather than extends, because macOS has no MST, so MacBook owners want the DisplayLink dock below — and there is no Ethernet port. This is a hub built around video.

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6. UGREEN Revodok Pro 209 (DisplayLink, 9-in-1) — best two-monitor dock for Apple silicon

• Best two-monitor dock for Apple silico
• USB-C 10Gbps + DisplayLink
• 2 × 4K 60Hz (2 HDMI + 2 DP), Mac or Wi
• USB-C and USB-A 10Gbps
• $150–200

The only realistic way to get two extended external displays out of a base M1, M2 or M3 MacBook. DisplayLink compresses video over the USB link instead of using DP Alt Mode, sidestepping both Apple’s display-controller limit and the missing MST support. Two HDMI and two DisplayPort outputs, dual 4K60, gigabit Ethernet, 10Gbps USB, 100W PD and a GaN charger in the box. Costs of admission: a driver, re-granting screen-recording permission after macOS updates, and compressed video. Right for spreadsheets, code and calls; wrong for gaming or colour-critical work.

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7. Plugable Thunderbolt 4 Hub (TBT4-HUB3C) — best when bandwidth is the problem

• Best when bandwidth is the problem
• Thunderbolt 4 / USB4 40Gbps
• 2 × 4K 60Hz or 1 × 8K (via TB4 ports)
• 3 × Thunderbolt 4, 1 × USB-A
• $120–160

The answer when everything else here runs out of road. 40Gbps to the laptop — four times a 10Gbps hub — turning one Thunderbolt 4 port into three, plus a USB-A port. Dual 4K60 displays or a single 8K, a Thunderbolt SSD and a dock can all run at full speed at once. It brings its own power adapter and supplies 60W: fine for an Air, light for a 16-inch machine. No HDMI or Ethernet — you add those downstream. It needs a Thunderbolt 4 or USB4 host, so check your port carries the lightning-bolt symbol.

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8. Anker 4-Port USB 3.0 Hub — best cheap USB splitter

• Best cheap USB splitter
• USB-A 5Gbps
• None
• 4 × USB-A 5Gbps
• $10–15

Sometimes the honest answer is that you do not need a multiport hub at all. If your laptop has USB-A ports and you just ran out of them, this ultra-slim four-port hub splits one 5Gbps USB-A port into four for roughly the price of lunch. No video, no Ethernet, no charging, no card reader, no drivers.

Its limits are exactly the ones described above: all four ports share 5Gbps and it is bus-powered, so it is right for mice, keyboards, dongles, headsets and flash drives, and wrong for portable spinning hard drives. Anker sells it in 0.7 ft and 2 ft cable versions — check which one the listing is offering, because the short one is awkward on a desktop tower.

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How we picked

We compared these hubs against manufacturer specification sheets, published technical reviews from PCWorld, Engadget and Tom’s Hardware, verified-buyer reports and current retail listings. We do not run a lab and did not benchmark these units ourselves — where a figure is measured rather than specified, it comes from a cited source. What we screened for:

• Published, specific display limits. Any hub whose listing says “4K HDMI” with no refresh rate was excluded; that vagueness almost always means 30Hz.
• A stated upstream speed. “USB 3.2” alone is not a spec — we required Gen 1 (5Gbps) or Gen 2 (10Gbps).
• Honest pass-through figures. Brands publishing both the input rating and the output-to-laptop rating went to the top.
• Currently sold. Every ASIN linked here was checked as a live Amazon listing in August 2026.
• A real company behind it. Anker, UGREEN and Plugable publish spec sheets and honour warranties; much of this category does neither.

Prices move constantly and the bands above are approximate as of early August 2026. Always check the live listing.

Frequently asked questions

Can one hub give me HDMI and USB ports at the same time?

Yes, and almost every USB-C hub does. DisplayPort Alt Mode lets a hub take two of your USB-C port’s four lanes for video while the other two carry USB data. The exception is video-heavy adapters that take all four lanes, forcing the USB ports down to USB 2.0.

Why does my 4K monitor only run at 30Hz through my hub?

Because either the hub or the laptop is limited to DisplayPort 1.2. Two DP 1.2 lanes carry about 8.6 Gbps and 4K60 needs about 12.5 Gbps, so it falls back to 30Hz. Two DP 1.4 lanes carry about 13 Gbps — but both ends must support DP 1.4.

Will a USB hub slow down my laptop or my external SSD?

It can, because every port shares one upstream link. A 5Gbps hub has roughly 400 MB/s of real throughput split across all USB ports, the card reader and Ethernet; a 10Gbps hub has roughly 900 MB/s. HDMI does not compete, because video runs on separate lanes.

What is the difference between a USB hub, a port hub and a docking station?

A plain USB hub splits one port into several USB ports and nothing else. A port hub adds HDMI, Ethernet, card readers and pass-through charging on bus power. A docking station has its own power brick and drives two or three displays. For one monitor, a hub does the dock’s job for a quarter of the price.

Can I run two monitors from one USB-C hub on a MacBook?

Only on M4-generation and later Macs, on Pro/Max chips, or through DisplayLink. macOS does not support DisplayPort MST, so dual-HDMI hubs mirror rather than extend. Base M1, M2 and M3 Airs drive one external display natively; the M3 adds a second only with the lid closed.

Does a 100W pass-through hub charge my laptop at 100W?

No. 100W is what the hub accepts from your charger; it keeps 10–20W for its own electronics and typically passes 85W to the laptop. To deliver 85W you need a 100W brick. Undersize it and the laptop drains under load while reporting that it is charging.

The bottom line

For most laptop users the Anker 555 8-in-1 is the right hub: 10Gbps everywhere, 4K60 HDMI on a DP 1.4 laptop, gigabit Ethernet, 85W to the laptop. On a budget, the UGREEN Revodok 109 gets you real 4K60 and gigabit Ethernet for less, at 5Gbps USB. Two monitors on Windows means the UGREEN dual-HDMI dock; two monitors on a base Apple silicon MacBook means the DisplayLink Revodok Pro 209, with no alternative.

Before you order, run two checks: whether your laptop’s USB-C port is DisplayPort 1.4 or 1.2, and what wattage the laptop needs so you can add 15W for the hub. Those two numbers decide whether the hub feels like an upgrade or a compromise. A hub also pairs naturally with a laptop stand and a webcam that is not competing with your storage for bandwidth.

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