Who is this setup for?

Single-drive study users

If you mainly connect one external drive beside a laptop, start with the drive’s connector and power requirement. Check that the laptop port, hub and cable provide the data connection you need.

Multi-device users with power demands

If storage shares a hub with other peripherals, check the power available to all connected devices rather than choosing by port count alone. A hub with its own power supply may be more appropriate when the shared bus-powered allowance is insufficient.

Noise-conscious users with limited desk space

Choose only the expansion you will use and allow room for its cables. If audible noise would be a problem, seek information about the specific model: a small housing does not establish how it will sound.

What matters when choosing a hub?

Check the drive’s connector and power requirement before comparing data rates; treat quiet operation as a separate question about the specific hub.

Concern What to check Who this matters to
Power for the drive Compare the drive’s power requirement with the hub’s stated downstream allowance, accounting for other connected devices. Check whether the hub has its own power supply. If my drive shares a hub with other peripherals, I need enough power for everything connected. Around 44% of consumers put reliable power first.
Transfer speed Check the data-rate capability of the laptop port, hub port, cable and drive, as well as the connector each uses. When I move backups or large files, I want to avoid choosing a fast-rated hub that the rest of my connection cannot use. Around 33% of consumers prioritise transfer speed.
Desk setup and sound Consider the ports you will use, cable placement and whether an adapter is needed. Ask about model-specific acoustic behaviour if sound is critical. I want to keep my quiet study uncluttered, but a compact hub alone gives me no assurance about noise. For around 23% of consumers, the desk setup is the primary concern.

Buying mistakes to avoid

  • Choosing by port count alone

    A hub rated at 10Gbps or 20Gbps cannot make a connection exceed the capability of its laptop port, cable or drive. The USB Implementers Forum identifies 5Gbps, 10Gbps and 20Gbps as USB 3.2 transfer rates.

    Match the connector and data-rate capability across the whole connection before choosing a faster-rated hub.

  • Assuming every USB-C port has the same role

    USB-C describes the connector, not whether a particular port carries drive data, accepts Power Delivery input or supports video. UGREEN, for example, states that the USB-C data ports on its Revodok Pro 106 do not support display output or PD charging.

    Read the exact hub model’s port diagram before deciding where the drive and any charger will connect.

  • Assuming bus power suits every drive setup

    StarTech.com specifies up to 15W shared among downstream devices on one compact 10Gbps hub. Its separate self-powered 7-port model includes a 65W supply, but the appropriate choice still depends on the drive and other devices you connect.

    Check the drive’s power requirement and the total connected load against the hub’s stated limits.

    A self-powered hub also needs space for its adapter and access to a mains socket.

  • Treating compact design as a promise of silence

    A tidy desk layout does not establish whether an individual hub will make an audible sound.

    If you are particularly sensitive to noise, ask the manufacturer about the specific model and check the seller’s applicable return terms before ordering.

Brands to consider

Anker

Its USB-C range includes compact multiport hubs and higher-port docking products for setups that also need laptop charging or display connections.

  • Anker specifies one 10Gbps USB-C data port, two 10Gbps USB-A ports and up to 85W host charging from a 100W PD input for the Nano 8-in-1.
  • Check the laptop connection and each port’s assigned role; a charging connection is not interchangeable with a data or video port.

StarTech.com

Its range includes compact bus-powered hubs and self-powered desktop hubs, giving drive users distinct power arrangements to compare.

  • StarTech.com specifies up to 15W shared downstream on one compact 10Gbps hub; a separate 7-port model includes a 65W supply and is described for external storage.
  • The cited self-powered model is rated at 5Gbps, so check its data rate as well as its power arrangement.

UGREEN

Its Revodok Pro 106 combines data expansion with separate charging and display functions.

  • UGREEN lists four ports supporting up to 10Gbps and up to 85W output through its PD connection with 100W pass-through input.
  • Its USB-C data ports do not provide display output or PD charging; check the port map for the function you need.

CalDigit

Its Element Hub is a higher-expansion option for a compatible computer and a desk setup needing more than a connection for one drive.

  • CalDigit lists four Thunderbolt 4/USB4 ports at 40Gb/s, four USB-A ports at 10Gb/s and a 150W power supply for the Element Hub.
  • Full functionality depends on the host computer; check compatibility before choosing it for additional ports or displays.

Joybuy USB hubs

Related products coming soon.

Common questions

Will a 10Gbps hub make my external drive faster?

Not necessarily. The connection is limited by the capabilities of the laptop port, hub port, cable and drive together, so check each part rather than relying on the hub’s rating alone.

Do I need a self-powered hub for an external drive?

Only if the drive and other connected devices need more power than a suitable bus-powered hub can provide. Compare their requirements with the hub’s stated downstream allowance; having a separate supply does not remove the need to check the drive’s connector and power requirement.

Can I connect my drive to a USB-C Power Delivery port?

Do not assume that a Power Delivery port carries drive data. Port roles vary by model: check the exact hub’s diagram for a USB-C data port that supports the drive’s connection.