Best Powered USB Hubs for Gaming PCs in 2026
Compare three powered USB hubs for port count, shared bandwidth, charging-only ports and power controls, with practical advice for gaming PC setups.
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Prices and availability are accurate as of the time of publication and are subject to change.
A gaming desktop can quickly run out of convenient USB ports once a keyboard, mouse, headset, microphone, controller cable, webcam and lighting are connected. A powered hub helps with low-power devices and cable placement, but it does not multiply the bandwidth of its host port. The SABRENT favors ten individually switched data ports, the intpw mixes 10Gbps data with dedicated USB-C charging, and the TP-Link separates seven data ports from two straightforward charging ports.
Quick comparison
| Product | Best for | Price |
|---|---|---|
| SABRENT HB-BU10 10-Port USB Hub | Many USB-A peripherals with individual switches | View |
| intpw 9-Port USB 3.2 Hub | 10Gbps devices plus two USB-C charging outputs | View |
| TP-Link UH720 7-Port USB Hub | Seven data devices and simple phone charging | View |
What matters before buying
Count data ports separately from charging-only ports. The intpw has nine physical ports, but two USB-C PD ports do not transfer data. TP-Link similarly adds two charging outputs beside its seven data ports. Check the host connector and speed as well: a 10Gbps hub needs a compatible USB 3.2 host to reach that ceiling, while all attached devices share the upstream link. High-bandwidth capture cards, external SSDs and webcams can compete with one another, so latency-sensitive or storage-heavy devices may work better directly on the motherboard.
The three picks
SABRENT HB-BU10 10-Port USB Hub
The SABRENT is designed for a desk with many USB-A accessories that do not all need to remain active. It turns one USB 3.0 connection into ten ports rated up to 5Gbps and gives every port its own power switch and blue status LED. That control is useful for disabling a webcam, lighting controller, flight-sim accessory or external drive without unplugging it. The included 60W 12V/5A adapter provides a substantial power budget, and the listing specifies plug-and-play support for Windows, macOS and Linux. The trade-off is that all ten ports share one 5Gbps upstream connection. It is excellent for numerous keyboards, controllers and other peripherals, but not a substitute for separate high-speed motherboard ports when several drives transfer at once.
Pros
- Ten USB-A data ports for peripheral-heavy desks
- Individual power switch and LED on every port
- Included 60W adapter supports the full hub
Cons
- All devices share one 5Gbps host link
- No USB-C data port for newer accessories
intpw 9-Port USB 3.2 Hub
The intpw is the most modern mix here. Its data side includes one USB-C and two USB-A ports rated up to 10Gbps, plus four USB-A ports rated up to 5Gbps. Two additional USB-C ports provide PD charging up to 45W but carry no data. A 65W adapter powers the unit, and the angled aluminum body makes front-facing connections easier to reach. This is the best fit for a USB-C host and occasional fast storage transfers, provided the computer supports the required speed. The limitations are important: it has no video output, the maker does not recommend using it to charge a computer, and its listing advises against using multiple SSDs simultaneously. The charging and data labels therefore need careful attention.
Pros
- Three data ports rated up to 10Gbps
- Two dedicated USB-C PD charging outputs
- Angled aluminum body keeps ports accessible
Cons
- Charging-only USB-C ports can be mistaken for data
- Not recommended for multiple SSDs at once
TP-Link UH720 7-Port USB Hub
The TP-Link UH720 offers a simpler split: seven USB 3.0 data ports rated up to 5Gbps and two dedicated 5V/2.4A charging ports for phones, tablets and other USB devices. Its 12V/4A adapter supplies the hub, while the main power button controls the whole unit rather than individual ports. TP-Link lists overheat, overload, overvoltage and short-circuit protection, along with hot-swap support and plug-and-play operation across Windows, macOS, Chrome OS and Linux. It suits a mixed desktop that needs dependable data expansion and modest charging without USB-C complexity. Compared with SABRENT, it has fewer data ports and no per-port switches; compared with intpw, it lacks 10Gbps and USB-C.
Pros
- Seven clearly separated USB-A data ports
- Two dedicated 5V/2.4A charging outputs
- Multiple electrical protection features listed
Cons
- No individual power switches for data ports
- Maximum stated data rate is 5Gbps
Which hub should you choose?
Choose SABRENT when the goal is controlling many low- or moderate-bandwidth USB-A peripherals independently. Choose intpw when your PC has USB-C, you need a few 10Gbps connections and you understand which ports are charging-only. Choose TP-Link for a conventional seven-port data hub with two separate charging sockets and broad operating-system support. Before ordering, check the PC's upstream port, cable position, total device bandwidth and whether any device requires a direct motherboard connection. Wireless dongles may also perform better on a short extension away from noisy USB 3 hardware.
Check the ten-port hub on AmazonFrequently asked questions
Will a powered USB hub reduce gaming performance?
Keyboards, mice and controllers use little bandwidth, so a good hub normally handles them comfortably. Problems arise when several high-bandwidth devices share the same upstream link, such as capture cards, webcams and SSDs. Keep demanding storage and capture hardware on separate motherboard ports when possible, and avoid connecting the hub through another hub.
Can these hubs charge a laptop?
Do not assume they can. The intpw includes two 45W USB-C PD outputs but explicitly says the hub is not recommended for charging computers. SABRENT and TP-Link primarily power connected peripherals, with TP-Link offering 5V/2.4A charging ports. Use the laptop's approved charger unless the manufacturer confirms the exact charging path and wattage.
Why does an external SSD run slower through a hub?
Every device on the hub shares one upstream connection. Protocol overhead, a slower host port, other active devices and the drive itself can all reduce throughput. Use a 10Gbps host for the intpw's faster ports, connect the supplied power adapter and test the SSD alone. For sustained transfers, a direct motherboard port is usually the safer choice.
Specifications and availability can change. Confirm port roles, host compatibility and the included power adapter on the current product page before purchase.