INIU USB C Cable 5-Pack, 3.1A fast charging
Product description
This pack of braided USB-C cables from INIU brings a selection of lengths to cover charging and data needs at home, in the office and on the go. The set includes shorter cords for portable use and longer options for bedside or desk charging, while offering faster charging currents according to the manufacturer.
Key Points
The bundle contains five USB-A to USB-C cords in three lengths to suit different situations. Each cable supports a claimed 3.1A fast charging output and data transfer rates up to 480 Mbps, which allows moving media and files between devices relatively quickly. The nylon braided outer layer and reinforced junctions increase abrasion resistance and reduce tangling, and the package includes reusable cable straps for neat storage. Note that the three-year warranty is provided by INIU according to the manufacturer.
Technical Specifications
- Name: INIU USB C Cable 5-Pack
- Lengths: - 1.6 ft (approx 0.5 m) - 3.3 ft (1.0 m) - 6.6 ft (2.0 m)
- Rated current: - 3.1 A (manufacturer stated)
- Data transfer: - up to 480 Mbps
- Construction: - nylon braided exterior with reinforced, tapered connectors
- Package contents: - 2 × 3.3 ft, 2 × 6.6 ft, 1 × 10 ft (listed as 1.6/3.3/6.6 ft set in product title), cable straps included
Benefits
Using a variety of cable lengths reduces the need to move chargers between rooms while keeping devices powered. The braided finish helps prevent fraying and makes the cords easier to manage in backpacks or drawers. Faster charging at up to 3.1A can reduce waiting time compared with standard 1A cables, and the 480 Mbps transfer speed is adequate for syncing photos, music and standard-definition media.
Usage Recommendations
For traveling, pack one of the shorter cords to save space and weight. Use a longer cable where outlets are farther from seating or bedding to avoid stretching the device port. Handle the connector ends without bending repeatedly to prolong life, and use the included straps to coil cables loosely when storing them to limit internal strain.