QGeeM five-port 0.8m hub: three USB-A sockets and two card slots review

The longer cable is the useful distinction

QGeeM's five-port USB-C data hub is useful when a computer needs three USB-A accessory sockets and direct SD or microSD access. The 0.8m cable option gives more placement freedom than a short notebook dongle. It can bring the ports onto a desk or closer to the user while the computer's USB-C socket sits farther away. This review concerns that explicitly offered 0.8m option.

The same manufacturer page also offers a 0.2m version. Those lengths should not be treated as interchangeable when reach determines the purchase. The longer option is about 31.5 inches; the shorter one is roughly a quarter of that length. Check the actual selected variant rather than relying on the shared five-port product title.

Five functions means three accessory sockets

The hub supplies three USB-A data ports plus a full-size SD slot and a microSD slot. It does not supply five USB-A sockets. That distinction is easy to miss when comparing total port counts, especially if the reader needs to leave several peripherals attached. A keyboard, mouse and USB drive can use the three USB-A connections, while the card readers serve their separate media role.

The upstream connector is USB-C and goes to the computer. It is not another downstream USB-C socket for an accessory. This particular model is described as a data hub; it does not have the HDMI and PD input arrangement of a multiport display dock. Choose by the actual socket map, since QGeeM also sells other five-in-one products with different functions.

USB storage and card reading have different ceilings

QGeeM advertises up to 5Gbps for each of the three USB3.0 data sockets. The devices still share the same upstream link, so three simultaneous transfers do not each receive an independent 5Gbps channel to the computer. The figure is an interface specification, not a measured file-copy rate or a promise about a particular drive.

The card readers have a separately stated maximum read rate of 480Mbps and support SDSC, SDHC and SDXC cards. Do not transfer the 5Gbps USB-A headline to the card slots. An actual card's capability and workload also affect transfer performance. The retained page does not establish simultaneous access to SD and microSD, so that stronger workflow remains unconfirmed.

Keep charging outside the plan

The manufacturer's description explicitly warns that the hub is not designed for charging devices, even if slow charging may occur. That makes it a poor choice when peripheral charging is the main task. It also does not establish a Power Delivery route for charging the notebook through the hub.

Plan the computer's normal charging connection separately. If the notebook has only one USB-C socket and must remain charged while the hub works, choose a model with a documented PD input and host-charging arrangement. A USB-C plug and a long lead do not supply that missing power function.

Compatibility and placement

The listed operating-system scope includes Windows XP, Vista, 7, 8, 8.1 and 10, MacOSX, Linux and ChromeOS. The page also names several computer families in general terms. That does not identify exact later Apple chips; a generic MacBook or iMac line should not be expanded into every M-series model in a finder.

Choose the 0.8m version when moving the USB-A ports and card slots into reach is the real improvement. Choose a different data hub for 10Gbps accessories, a faster reader for a demanding card workflow, or an appropriate multiport dock for video and notebook power. Those are distinct requirements that the five-function count does not resolve.

The longer cable option is a material part of this reference. It can help put the sockets nearer the work area when the computer connection is awkward to reach. It does not add power delivery, change the card-reader generation or give the three USB-A outputs independent upstream links. Compare that physical reach with the actual desk layout.