Aceele 10Gbps USB 3.2 Hub with 4 USB A 3.2 Ports, USB 3.2 Gen 2 Splitter with 4ft Extented Long Data Cable and Type-C Power Port, for Chromebook,Surface Pro 3,iMac,PS4 Flash Drive Data and More

Works really well. Definitely a must have in the office. The longer cable was the selling point for me. Can put it anywhere almost in my desk.

This works perfectly on my iMac so I don't have to reach around behind it every time I want to plug in my iPhone or a shared external CD player. It transfers video from my iPhone perfectly despite the warning stating that it doesn't handle video. It's exactly what I needed to bring those USB-C ports around front.

so worth the price of admission! The primary issue I had with my previous Inateck USB 3.0 USB-C hub I was looking to solve is ensuring both video *and* audio come out through the HDMI output of the hub connected to my 2020 M1 MacBook Pro. A secondary issue that is solved is the hub is super slim and compact and you can easily tuck it out of sight which helps the desk look less cluttered (and great for travel) which is always a plus.A note about HDMI support: I found out if you connect the HDMI output of this hub *and* you have the 2nd Thunderbolt port of your MacBookPro outputting USB-C video, you have to unplug the USB-C video cable for the HDMI output to become live. This may very well be a limitation of the M1 chip but I could have sworn it was possible to drive the *same* image on two external monitors.My only gripe and why I've docked a star is I'm not getting a full 10 Gbps throughput of the USB 3.2 ports. They are better than USB 3.0 but not as good as what I'm experiencing connecting directly to the Thunderbolt/USB 4.0 ports on my 2020 M1 MacBook Pro (see attached screenshots, 3 testing NVMe enclosure over USB-C and 2 testing an HDD dual SATA dock over USB-A) I may need to do additional tests so if I get completely different results, I'll update this review.It is also obvious the hub doesn't get as warm (when idle) as my old Inateck so I feel the hub will last longer. I have HDMI, a dual SATA dock with a 6TB HDD, a USB-A BT adaptor, a 10 Gbps NVMe enclosure, and a USB-C adaptor with a 512GB micro SD all attached (see photo) and the hub is operating like a champ without being warm to the touch when idle. This personally gives me more peace of mind.I do miss having a built-in SD card reader and Ethernet port in the hub but in reality, (1) I'm winding down my use of micro SD as they are soooo much slower than NVMe and (2) if you have fast WiFi 6 in the house, WiFi is fine for casual use. I know I can always daily chain my old Inateck hub if I really need Gigabit Ethernet (which isn't going to be often). The benefit at the end of the day is I prefer having 4 *generic* USB 3.2 ports (2 USB-A and 2 USB-C) to attach what I wish.There is a sticker on the hub that clarifies 2 things that are confusing in the instructions:(1) there is *no* USB-C video passthrough. I have a Dell USB-C monitor that is able to provide 65W power, a USB 3.2 hub, and accept video over a single USB-C cable. If you really want this convenience, you are better of getting a Thunderbolt hub. More recent USB-C hubs support video over USB-C but what I realized after doing a lot of research is these USB-C ports only support data and video and *not* power - so this means that your USB-C monitor *can't* power the USB-C hub and charge your laptop and you need a *separate* power supply to connect to the PD port on the Aceele USB-C hub (which defeats the purpose as you'll need to take yr laptop AC adapter out of yr travel bag and plug it in all the time & create more clutter)(2) the USB-C PD port *cannot* be used for data (so it sits empty and unused for me, see comment below that the hub does *not* require power if powered by Thunderbolt).Contrary to what one of the reviews reported, you do *not* need a power supply connected to the hub (I am powering the hub using a Thunderbolt port so this could be why). The PD port on the hub exists to charge your laptop. I already have my USB-C monitor connected to the 2nd Thunderbolt port providing power so in my configuration, I have no need of the PD port on this hub.Overall, for what it costed (got it on sale for half the price), it's a great upgrade to hold the fort until the prices of Thunderbolt hubs/docks come down to Earth. It may not have the fastest speeds for any NVMe enclosures you have connected but if you're data transfer needs are not demanding (no video editing), it's fine.

I'm giving 5 stars even though this 4 port hub has some limitations. I think expectations need to be properly set is the key here This is a simple 4 port USB A 3.2 port splitter, I think calling it a hub implies something more robust than this device actually is No, you aren't going to be able to use this as a docking station, but it's not meant to be. It's a run of the mill port splitter that happens to also have a unique (to its size and price point) feature - a USB C port for no reason other than providing power to the device itself. Not to be confused with "PD/power delivery" or "passthrough" where you plug your laptop power supply into the hub, then the hub pssses through the power to the laptop thereby allowing the data and video functions to still be used from that laptop's USB C port that otherwise would have been monopolized by the power supply alone. This is not that. Okay now that we aren't comparing apples with oranges I'll tell you why I like this so much that I ended buying 4. This is a cheap and easy way to externally power your external SSDs. When I upgrade an NVMe SSD to a larger size in my PCs I keep the old one, then buy a *compatible* USB enclosure, pop it in and then it becomes a super fast and easily portable external drive. Also, no separate power supply is needed since SSDs need such little power the current from the USB connection is usually enough. Usually. If you're connecting to a desk top PC then you're golden, you're not going to need external power for USB attached SSDs *but* if you are using a laptop then it's a different story. Laptops are made to be as light and efficient as possible with most machines using 45w or 65w power supplies with performance models sometimes up to 90w. Compared to a desktop that's not a lot This means that USB power output from a laptop port is limited to what's left over after it takes what it needs to run. Usually, enough power left over to send out through the USB ports to supply the connected peripherals. These are typically low powered items like mouse, keyboard, and perhaps an external drive (CD/SSD/flash drive, etc.). But if you're like me and have like 4 or 5 mouse/keyboard dongles and 3 SSDs spread over 2 USB hubs all crammed into the only 2 USB ports on my laptop, then you're going to start having issues with keeping all the devices plus your laptop satiated with that finite amount of juice from those little 45w/65w/90w power supply. You're computer's performance will degrade noticably as it throttles itself to keep power usage down so that your periferals won't start doing weird stuff, if they work at all. You have a few options - 1) only keep one SSD plugged in at a time, which isn't practical, 2) get a proper, fully self-powered docking station with plenty of juice to feed everything simultaneously, but those are $$$ not cheap (some even costing as much or more than the laptop), or 3) buy a couple of these suckers. probably went overboard but I got one for each drive (and only a single drive per hub to essentially give them all of their own power supplies (and I have a 4th hub that I plug all my dongles into together since those are all such low power}. Since I've gone to this setup, my performance issues have gone away due to no more throttling, my mice/keyboards don't have erratic behavior and the speed of the USB SSDs have ncreased dramatically.*I would avoid using more than one drive per hub because for some reason, even when fully powered, both drives read/write speeds tank, although both are still usable no problem, just slow is all.

Since my laptop only has one USB-C 3.2 Gen 2 port, I needed this hub to add ports to do some M.2 disk cloning. I liked the compact size and the USB-C 3.2 Gen 2 spec. Unfortunately, when you plug a disk into the hub, you don't always get the USB-C 3.2 Gen 2 performance. At times, the system does not recognize the disk you plug in until you unplug the hub from the computer and plug it back in. When the disk is recognized by the computer, speed tests are erratic. I tested a 1 TB M.2 disk and got average read rates ranging from 41.5 MB/s to 988.3 MB/s. Plugged directly into the computer, I get 1.0 GB/s, which is what the disk is rated. The 4 USB-C ports are also sloppy. If you bump whatever is plugged into a port (a cable in my case) while plugging in another disk, you may lose connection, i.e. the disk is no longer recognized by the computer. I suppose if you are very, very careful, you could make this hub work for your purposes. For me though, its not worth the hassle.