USB C to USB 3.0 Adapter 2 Pack, Speed 90° RightAngle OTG Converter for Fast Data Transfer

Compact twopack of USBC to USB 3.0 rightangle OTG adapters for quick connections and fast data transfer. Key benefits Simplifies connections: the 90 degree design keeps cables close to the device, reducing bend stress and improving fit in tight spaces. Enables OTG functionality: connect USB drives, keyboards, mice, card readers, and other USB accessories directly to USBC phones, tablets, and laptops that support OTG. Two adapters included: keep one at home and one on the go, or use two devices without swapping adapters. Why you need it Avoids awkward cable bends and blocked ports when using devices in stands, mounts, or pockets. Lets you access and transfer files or use legacy USB peripherals without carrying full cables or hubs. Provides a reliable, lowprofile solution when space around the port is limited. Features and specifications Connector type: USBC male to USBA 3.0 female, rightangle orientation. Data performance: supports USB 3.0 transfer rates up to 5 Gbps and is backward compatible with USB 2.0 and 1.1 devices. OTG support: enables host mode on compatible USBC devices for direct peripheral connections. Size and design: compact, lowprofile rightangle form factor to reduce cable strain and improve clearance. Build: durable connector construction with reinforced joint for repeated use. Plug and play: no drivers required; hotpluggable for immediate use. Typical use scenarios Mobile photo and video backup: plug a USB flash drive or card reader into a USBC phone or tablet to copy files while minimizing cable snagging. Travel workstation: attach a compact USB keyboard or mouse to a tablet or laptop in a tight workspace or airplane tray. External storage access: connect a USB 3.0 external drive to a USBC port for fast file transfers without a full adapter cable. What you get Two USBC to USB 3.0 rightangle OTG adapters for straightforward, spacesaving connections and fast data transfer between modern USBC devices and USBA peripherals.