Evelatus Cable USB A to C, 1.2M Aluminum housing braiding White

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# Evelatus Tough Pro USB-A to USB-C Fast Charging & Data Cable 3.2A, 480Mbps, Aluminum Connectors, Reinforced Braided, 1.2m, White ## Product Description **Evelatus Tough Pro USB-A to USB-C** is a high-quality premium cable designed for fast charging and reliable data transfer. With support for charging current up to **3.2A**, the cable is ideal for everyday charging of smartphones, tablets, and other compatible devices equipped with USB Type-C ports. The cable features durable metal connector housings, a reinforced braided exterior, and flexible strain relief at the connector joints. Its multilayer construction provides additional protection against mechanical damage and enhances durability during everyday use. The elegant white color and silver aluminum connectors give the cable a modern appearance, making it a practical accessory for home, office, and travel. ## Key Features - **Fast Charging up to 3.2A** — supports efficient charging of compatible devices when used with a suitable power adapter. - **Data Transfer up to 480Mbps** — enables synchronization of photos, documents, music, and other files. - **Durable Aluminum Connectors** — metal connector housings provide additional protection and resistance to everyday wear. - **Reinforced Braided Exterior** — protects the cable against friction, bending, and mechanical damage. - **High Bending Durability** — designed to withstand up to **30,000 bends**, according to the manufacturer's specifications. - **Reinforced Connections** — flexible strain relief at the connector joints reduces stress during bending. - **Multilayer Protection** — internal construction includes copper conductors, shielding, and protective layers for stable data transmission. - **Universal USB-C Compatibility** — suitable for a wide range of devices equipped with USB Type-C ports. - **Premium Design** — combines white braiding with silver metal connectors. - **Convenient 1.2m Length** — provides comfortable use at home, at work, and while traveling. ## Technical Specifications - **Brand:** Evelatus - **Series:** Tough Pro Cable - **Product Type:** Charging and Data Transfer Cable - **Connectors:** USB-A Male – USB-C Male - **Maximum Charging Current:** 3.2A - **Data Transfer Speed:** Up to 480Mbps - **Data Transfer Standard:** USB 2.0 - **Connector Housing Material:** Aluminum Alloy - **Outer Jacket:** Reinforced Braided Exterior - **Internal Construction:** Copper conductors, shielding, and protective insulation - **Bending Durability:** Up to 30,000 bends (according to manufacturer specifications) - **Stated Temperature Range:** −20°C to +60°C - **Cable Length:** 1.2m - **Color:** White - **Additional Features:** Flexible strain relief, reinforced construction ## Universal Compatibility Evelatus Tough Pro is designed for charging and data transfer between USB-A and USB-C devices, including: - Smartphones with USB-C ports - Tablets with USB-C ports - Portable gaming devices - Power banks - Compatible USB-C accessories - Other devices equipped with USB Type-C ports A power source or computer with a USB-A port is required to connect the cable. ## Premium Quality and Durability Evelatus Tough Pro combines reliable construction, ease of use, and modern design. Durable aluminum connector housings protect the connectors against mechanical stress, while the reinforced braided exterior improves resistance to everyday wear. Flexible strain relief at the connector joints helps reduce the risk of damage caused by frequent bending. According to the manufacturer, the cable is designed to withstand up to 30,000 bends. The multilayer internal structure with copper conductors and shielding contributes to stable data transmission and reliable cable performance. **Evelatus Tough Pro** is a practical solution for users who need fast charging, stable data transfer, and a durable cable for everyday use. **Note:** Maximum charging current of up to 3.2A is achievable only with compatible charging equipment and devices. Actual charging and data transfer speeds depend on the technical capabilities of the connected devices.