Product Overview
The USB-C Male to USB-A Female Adapter Converter - USB 3.2 Gen 1 (5Gbps) is the perfect solution for connecting a flash drive, keyboard, mouse, or other device that has a USB-A connector to a laptop or desktop computer that has a USB-C port for USB 3.2 Gen 1 communication. The USB-C connector is smaller than traditional USB connectors and features a symmetrical design which allows it to be easily connected on the first try. Additionally, the durability of the USB-C connector allows for up to 10,000 connection cycles. This cable supports a data transfer rate up to 5Gbps.With a transfer rate of up to 5Gbps, it is fully backward compatible with USB 3.0, 2.0, and 1.1 devices. The dongle-style extender reduces strain on the USB-C port, preventing extra weight and strain from damaging the port. No need to worry about software or drivers to install, the plug-and-play feature makes it simple to just connect and start using right away.
General Information
Name : C2G C2G29515 USB-C Male to USB-A Female Adapter Converter, USB 3.2 Gen 1, 5Gbps , C2G by Legrand
Category : USB Cables & Adapters
UPC Code : 757120295150
Country of Origin : China. Country of origin is subject to change.
Specifications
General Information
ADI Part Number : 2D-C2G29515
Brand Name : C2G
Manufacturer : Legrand Group
Manufacturer Part Number : C2G29515
NDAA Compliant : Yes
Product Line : SuperSpeed
Product Name : USB-C Male to USB-A Female Adapter Converter - USB 3.2 Gen 1 (5Gbps)
Product Type : Data Transfer Cable
Technical Information
American Wire Gauge : 34AWG
Cable Type : USB, USB-C
Connector Plating : Gold-flash
Device Supported : Desktop Computer, Flash Drive, Keyboard/Mouse, Notebook, Tablet
Media & Performance
Data Transfer Rate : 5 Gbit/s
Data Transfer Rate (Bps) : 671088640
Physical Characteristics
Cable Length : 6"
Cable Length (mm) : 152.4
Color : Black
Miscellaneous
Environmental Certification : EU RoHS, RoHS
Environmentally Friendly : Yes
Features : Damage Resistant, Molded, Plug & Play, Strain Resistant
TAA Compliant : No