TECPHILE- 100W Type-C to Type-C Fast Charging Cable (1M)

VERSATILE CONNECTIVITY & COMPATIBILITY: The TECPHILE Type-C to Type-C Male OTG Charging Cable is a USB 3.2 digital data cable designed to support a wide array of devices, including smartphones, tablets, laptops, gaming consoles, headsets, hard drive enclosures, external storage, and accessories. Its 100 cm length provides ample reach for various applications, offering a one-cable solution for all your digital needs.

HIGH-SPEED DATA TRANSFER: Experience fast 20Gbps data transfer speeds with this USB 3.2 cable, allowing for quick and efficient transfer of large files in seconds. This guarantees smooth performance for tasks such as data backup, video editing, and transferring large files.

ULTRA HD VIDEO & SCREEN MIRRORING: This 100cm OTG charging cable features stunning 8K resolution at 60Hz (7680x4320) for crisp, high-definition visuals. This feature is ideal for gaming, 8K video playback, and delivering presentations on larger screens, with full screen mirroring support, enhancing your viewing and interactive experiences.

POWER DELIVERY AND INTELLIGENT DIGITAL DISPLAY: This USB 3.2 OTG data cable delivers up to 100W (20V/5A) of power, supporting fast charging protocols like PD 3.0 and QC 3.0, making it suitable for charging devices. An integrated digital display provides real-time updates on current, voltage, and power, allowing users to monitor charging status and device health accurately. This feature aids in identifying issues like voltage or current fluctuations, enabling timely troubleshooting and improved charging efficiency.

DURABLE CONSTRUCTION: Constructed with high-quality materials, including a braided nylon exterior and reinforced metal alloy connectors, the cable is designed to withstand daily use. This ensures long-lasting durability and resistance to wear and tear, providing a reliable connection for all your devices.

E-MARKER CHIP INTEGRATION: Equipped with a built-in E-Marker chip, the cable ensures optimal compatibility and stability. This facilitates seamless communication between devices and prevents signal loss or interference, enhancing overall performance and reliability.