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Product description
This 4-in-1 multi charging cable from Firsting brings together USB-C, dual USB-C, Lightning and Micro USB connectors in a single 5-foot braided cable, so you can charge several types of phones and tablets without carrying multiple cords. It supports fast charging and, according to the manufacturer, the Lightning connector allows data transfer at up to 480 Mbps which makes it useful for syncing as well as topping up battery levels.
Key Points
The cable combines four connector types in one nylon-braided lead to reduce clutter and simplify travel and daily use. The braided exterior and aluminum alloy connectors improve resistance to bending and pulling, which helps lengthen usable life. Note that only the iOS Lightning connector supports data sync at the specified 480 Mbps speed, while the other connectors focus on charging.
Technical Specifications
- Name: Firsting USB C Multi Charging Cable (4-in-1, 5FT)
- Length: 5 ft
- Connectors: Dual USB-C, Lightning (iOS), Micro USB
- Data transfer: Lightning up to 480 Mbps (manufacturer stated)
- Construction: Tin-plated copper conductors, nylon braided jacket, aluminum alloy connector shells
Advantages
This cable offers convenience for mixed-device households or for people who carry both older and newer devices. It reduces pocket and bag clutter because one cable can handle legacy Micro USB gadgets alongside modern USB-C phones and iPhones with the Lightning plug. The tin-plated copper conductors are described by the brand as more corrosion resistant than bare copper, which contributes to longer life and more reliable connections over time.
Usage Recommendations
For day-to-day charging at home, in the car, or while traveling, run the braided cable with the connector ends accessible so you can switch between ports quickly. Be aware that when charging multiple devices at once the maximum charging speed per device depends on the charger and the device’s own limits. Consider using a compatible wall charger or power bank that provides sufficient output for simultaneous charging.









