![]() Data transfer from USB-A devices will go about as fast as possible as the ports are both the latest version (USB 3.3 Gen 2) of the ubiquitous interface plug. ![]() An Ethernet port lets you hardwire into the internet for faster speeds, and dual card slots (SD and microSD ) allow for transfer of images, video files, and audio to your computer. The HDMI port supports displays (and cables) that can handle 4K resolution and 60 Hz frame rate so you can get clear, un-stuttery graphics on your external monitor. Since USB-C hubs tend to result in a battery drain for most users, that port’s 85 usable watts of power will come in handy - and should be enough for even the burliest laptops. Smaller than a smartphone, it offers up seven ports that handle some form of data transfer, along with a USB-C port dedicated to power delivery. Pros: - Hi-def HDMI port for monitor extension and mirroring - Pass-through power delivery capable of charging most laptops - Durable and sleek travel-sized unit - Two USB-A 3.2 ports for fast data transfer - Additional USB-C data-supported portĪs one of the biggest mobile charging brands around, Anker has a rep for making reliable tech accessories, and the 555 USB-C Hub is another feather in their cap. Specs: - USB Ports : Two USB-A 3.2, one USB-C (data), one USB-C (power) - Video/Audio Ports : One HDMI - SD Card Slots : One microSD, one SD - Other Ports : One Ethernet - Power Delivery : 85W (watts) Why It Made the Cut: Combining the built-in reliability of Anker with ample ports and high-quality video output, the 555 USB-C Hub 8-in-1 will capably satisfy most people’s hub requirements. Best USB-C Hubs: Reviews and Recommendations Best Overall : Anker 555 USB-C Hub 8-in-1 As Apple is the biggest culprit when it comes to de-porting their computers, we also went with hubs that were compatible with today's OS devices. Since we noticed a common complaint among users was the drain that the hubs put on their batteries, we eliminated any hub that didn’t have the option of powering the laptop or tablet through the hub itself. Most people in need of a USB-C hub are probably using it on their laptops. Drawing on our years of tech familiarity, we looked for brands that we knew delivered steady performance. It was a lot to sift through, but we narrowed down the playing field by listening to what the pros recommend, how users felt about a given device’s reliability, and reading lots of user manuals. There are literally thousands of USB-C hubs out there. Best Overall : Anker 555 USB-C Hub 8-in-1 - Best Budget : Sabrent Multi-Port USB Type-C Hub - Best for MacBookPro : Satechi Type-C Multi-Port Adapter 4K with Ethernet V2 - Best for 4K Monitors : Anker 655 USB-C Hub 8-in-1 - Best for iPad Pro : HyperDrive 4-in-1 USB-C Hub for iPad Pro - Best for M1 iMac : Twelve South StayGo USB-C Hub How We Picked the Best USB-C Hubs We waded through an ocean of options to find the best USB-C hubs for your given situation. A good hub brings back the data transfer capabilities of SD card readers and old-but-not-forgotten USB-A flash drives, while adding the ability to hook up an external monitor with HDMI or allowing direct connection to the internet via Ethernet. Apple is particularly ruthless in the port-elimination game, offering just two USB-C ports on their latest laptops. To continue connecting physical devices to our computer, you’ll need a USB-C hub. ![]() This information also applies to TUSB8044A, TUSB8043A, TUSB8042A, TUSB8044, TUSB8043, TUSB8042, TUSB8041A,TUSB4041, TUSB4020B, TUSB8020B.Computers are only getting sleeker as more operations move to the cloud. If there is an active reset circuit in the design, which would not rely on the internal pullup resistor on GRSTz, then power rail sequencing does not matter. 1 uF is acceptable for many applications, 2.2 uF would give more margin if they have slower ramp times. The capacitor on the GRSTz pin will vary depending on the ramp times in the platform. This is the case on the evaluation modules. In practical application, most implementations have 3.3V and 1.1V ramp simultaneously (or within us) and include a large enough cap on the passive reset circuit pin to allow for reset to be held low for the required time after the power rails are stable. This requirement is meant to prevent the case where a customer ramps 3.3V before 1.1V and the internal pullup on GRSTz to 3.3V rises allowing the passive reset to complete before the 1.1V rail even powers on, leading to an invalid reset. There is a requirement (note below) in the TUSB8041 datasheet specifying VDD33 must ramp after VDD11 if a passive reset circuit is used.
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