Eaton Tripp Lite Series USB 3.2 Gen 1 SuperSpeed Device Cable (A to B M/M) Black, 6 ft. (1.83 m)
USB for Hard Drive, Printer - 640 MB/s - 6 ft - 1 x Type A Male USB - 1 x Type B Male USB - Black"
Product ID
Mfg. Part: U322-006-BK
UNSPSC: 26121620
MNJPartNumber: MNJ10740241
Availability
Limited
Product Pricing
$16.50
Options & Accessories
Eaton Tripp Lite Series 3-Port USB-C Hub with Card Reader, USB 3.x (5Gbps) Hub Ports and Card Reader Ports, Black
USB Type C - External - 5 USB Port(s) - 3 USB 3.0 Port(s) - PC, Mac
Mfg. Part: U460-003-3AMB
$37.42
Eaton Tripp Lite Series 4-Port USB 3.x (5Gbps) Hub for Data and USB Charging - USB-A, 2.4A Charging
USB Type B - External - 4 USB Port(s) - 4 USB 3.0 Port(s) - PC, Mac
Mfg. Part: U360-004-2F
$47.92
Eaton Tripp Lite Series 3-Port USB-C Hub - USB 3.x (5Gbps) Hub Ports, Gigabit Ethernet, Thunderbolt 3, 100W PD Charging, Aluminum Housing
USB Type C - External - 3 USB Port(s) - 1 Thunderbolt Port(s) - PC
Mfg. Part: U460-003-3AGALC
$60.74
Eaton Tripp Lite Series USB 3.0 SuperSpeed Extension Cable (A M/F), Black, 6-in. (15.24 cm)
USB - 640 MB/s - Extension Cable - 6" - 1 x Type A Male USB - 1 x Type A Female USB - Nickel Plated - Shielding - Black"
Mfg. Part: U324-06N-BK
$14.01
Eaton Tripp Lite Series USB-C Multiport Adapter, VGA, USB 3.x (5Gbps) Hub Port, Gigabit Ethernet and 60W PD Charging, Black
for Notebook/Tablet PC/Desktop PC/Smartphone - 60 W - USB Type C - 2 x USB Ports - 2 x USB 3.0 - Network (RJ-45) - VGA - Thunderbolt - Wired
Mfg. Part: U444-06N-VGUB-C
$33.87
Main Features
Tripp Lite's SuperSpeed USB 3.2 cable brings significant performance enhancements to the ubiquitous USB standard while remaining compatible with the billions of USB enabled devices currently deployed in the market. SuperSpeed USB will deliver 10x the data transfer rate of Hi-Speed USB (up to 5Gbps) as well as improved power efficiency. USB 3.2 utilizes a bi-directional data interface rather than USB 2.0's half-duplex arrangement where data can only flow in one direction at a time, giving a ten-fold increase in theoretical bandwidth.