neat data cable review: 100W power transfer support, faster charging experience

neat data cable review: 100W power transfer support, faster charging experience

Jul 13, 2023

With more and more tablets, laptops and even computer motherboards and other devices equipped with full-featured USB Type-C ports, the transmission rate can be as high as 40Gbps, while supporting 20V5A 100W standard power transmission, but also need to be matched with high-specification cables to realize the function of their carriers.


Today, the charging head network to bring a data cable from neat, measured up to support 20Gbps data transmission capacity, terminal internal full PIN pin design, or can support more expansion.

The neat data cable is made of PC material outer cover, using environmentally friendly paper tape binding fixed, the cable body is soft, more resistant to bending. neat data cable's Type-C male end of the extended injection molded terminal design, the length of about twice the length of the ordinary Type-C shell; the sub-terminal shell concave printed "neat" brand lettering, at the same time, the cable body and the sub-terminal has a secondary injection molded terminal design, the length of about twice the ordinary Type-C shell; sub-terminal shell concave printing "neat" brand lettering, at the same time. The cable body and the sub-terminal has a secondary injection molding design, more resistant to bending and swaying.Type-C terminal internal 24-pin full PIN pin design, specific support functions. The cable body is designed with a thicker core with a diameter of 4.32mm, and the overall length of the cable is about 147cm, which meets the length requirements for charging and data transfer on the desktop.

In terms of charging performance, the neat cable can support 20V5A 100W power transfer, with 100W and above power charger, it can transmit high power to cell phones, tablets and notebooks equipped with Type-C charging port and support PD charging. The neat cable can reach USB4 20Gbps transmission rate, meanwhile, different hard disk and port specifications may become the bottleneck of transmission rate.