- Description
- Specifications
3-Foot USB-C to USB-A Cable with 5Gbps SuperSpeed Data Transfer and 3A Charging
The C2G 28831 is a 3-foot USB-C to USB-A cable built on USB 3.2 Gen 1 for 5Gbps data transfer speeds and 3A charging output. This cable bridges USB-C devices to USB-A ports on desktops, chargers, hubs, and docking stations, making it the go-to connection for laptops and smartphones that need to plug into existing USB-A infrastructure. Gold-flash contact plating and nickel connector housing deliver reliable connectivity.
The 3-foot length keeps cable runs tidy on desktops and in server racks without excess slack. USB IF certified and NDAA 889 compliant for government and enterprise procurement requirements. The reversible USB-C end plugs in on the first attempt regardless of orientation, and the molded, damage-resistant construction withstands daily plugging and unplugging. RoHS and REACH compliant.
Where the C2G 28831 Fits
- Desktops and workstations with USB-A ports that need to connect USB-C laptops or devices where 5Gbps throughput handles large file transfers, external drives, and device synchronization
- Government and enterprise environments requiring NDAA-compliant accessories where Section 889 compliance and USB IF certification meet federal procurement standards
- IT departments standardizing short cable runs for docking stations and charging setups where the 3-foot length reduces cable clutter while providing 3A charging and SuperSpeed data
What the C2G 28831 Delivers
- 5Gbps SuperSpeed: USB 3.2 Gen 1 transfers data at up to 5Gbps for fast file syncing, backups, and external drive access.
- 3A Charging Output: Powers USB-C laptops, tablets, and smartphones while transferring data over a single cable.
- NDAA 889 Compliant: Meets federal procurement requirements for government, military, and enterprise deployments.
- USB IF Certified: Tested and certified by the USB Implementers Forum for guaranteed compatibility and performance.
- Gold-Flash Contacts: Precision-plated contact surfaces ensure reliable signal integrity and corrosion resistance.
