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Catalog   /   Computing   /   Multimedia   /   Card Readers & USB Hubs

Comparison Xiaomi Mi HAGIBIS UC39-PDMI vs Kingston Nucleum

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Xiaomi Mi HAGIBIS UC39-PDMI
Kingston Nucleum
Xiaomi Mi HAGIBIS UC39-PDMIKingston Nucleum
from 1 575 ₴
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Product typehub with card readerhub with card reader
Placementexternalexternal
PC connectivity
USB C
5Gb/s (3.2 gen1)
USB C
5Gb/s (3.2 gen1)
HUB connectors
USB A
2
5Gbps (3.2 gen1)
2
5Gbps (3.2 gen1)
USB C
1 pcs
2 pcs
5Gbps (3.2 gen1)
Power Delivery+60 W
HDMI11 pc v1.4
Card slots
SD
microSD
SD
microSD
More features
UHS-II card
Cable length15 cm15 cm
Materialmetalplastic
Size120x42x12 mm127x45x14 mm
Color
Added to E-Catalogdecember 2019january 2018
Brief conclusions of the comparison card readers

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Xiaomi Mi HAGIBIS UC39-PDMI often compared
Kingston Nucleum often compared
Glossary

USB C

Number of USB Type C ports for connecting peripheral devices provided in the hub design (or a card reader with hub functionality — see "Type"). The port itself is small — only slightly larger than microUSB — with a reversible design that allows the plug to be inserted in either direction. This is why it has gained respect and is actively replacing the classic USB port. Despite its small size, USB Type C is used in both portable devices and desktop PCs and their peripherals. However, few such devices have been released so far; as a result, hubs typically include 1 USB C port or 2 type C inputs. The USB connector interface (version) primarily determines speed. — 2.0. The outdated 2.0 version provides data transfer speeds up to 480 Mbps. Found only in USB A ports. — 3.2 gen1. Previously named standards 3.1 gen1 and 3.0. This version ensures a tenfold increase in maximum speed (4.8 Gbps) and higher power capacity, allowing for the connection of energy-intensive devices and extensive splitters. — 3.2 gen2. A further improvement of the 3.2 gen1 standard (and typically, with several renamings from the previous 3.1 gen1 and simply 3.1), achieving a maximum speed of 10 Gbps and even higher power capacity for external devices. However, the final speed depends not so much on the input port as on the USB version of the hub (card reader) connection to the PC.

Power Delivery

The technology allows you to work at higher voltage, thereby increasing the transmitted power. USB hubs with Power Dlivery can not only charge smartphones faster, but also power more power-hungry devices, such as laptops.

HDMI

HDMI is the most popular of modern multimedia digital interfaces. It is specifically designed for HD content and provides the transmission of high-resolution video and multi-channel audio through a single cable. HDMI outputs are mainly found in hubs connected via USB Type C and compatible with the Thunderbolt interface (see "Connection"). Essentially, to use HDMI, you will need to connect the device to a Thunderbolt v3 port — a "pure" USB Type C does not support video transmission. This capability may be useful if an external screen is intended for HDMI connection, but your PC or laptop lacks such ports, or they are occupied or unavailable for other reasons. HDMI can have different versions, which affects its bandwidth. For instance, to transmit 4K video at 60 fps, you need HDMI v 2.0 or 2.1. And multiple ports will allow you to connect more than one monitor.

UHS-II card

The ability of the card reader to process high-speed memory cards up to 312 MB / s. However, this ability may not apply to all types of memory cards, but only to some.

Material

The main material used for the body of the device.

— Plastic. Plastic is light, cheap, quite practical, incl. has good strength properties. In addition, it allows you to create cases of complex shape and almost any color.

Metal. As a rule, aluminium-based alloys are used for metal cases. Such cases are much stronger than plastic ones, and also have a stylish appearance. On the other hand, in terms of impact protection, this material has no advantages over plastic, but it costs more, and it can weigh much more.