StarTech.com 2m 6 ft Micro-USB Cable with Right-Angled Connectors – M/M – USB A to Micro B Cable – 6ft Right Angle Micro USB Cable (USB2AUB2RA2M) – USB cable – Micro-USB Type B (M) to USB (M) – USB 2.0 – 6.6 ft – right-angled connector – black

Charge and sync your Micro-USB device from a hard-to-reach USB port. This Micro-USB cable features two right-angled connectors that let you connect to hard-to-reach ports and also help prevent cable and port damage. The cable is great for charging your mobile devices in a car, or for connecting to peripherals that may be difficult to connect to when using a straight connection. The right-angled connectors allow you to connect to ports that may otherwise be inaccessible or difficult to reach. Perfect for charging car-mounted mobile devices or for connecting your portable hard drive or other Micro-USB 2.0 device to your computer in such a way that it fits your installation needs. The angled connectors prevent the cable from bending awkwardly or from straining too much to make a connection. It offers a more natural fit at the connection points, preventing unnecessary stress and damage to the cable and ports. Charge your USB 2.0 Micro B-equipped phones and tablets with full charging power, with no increase in charge time – even at a distance of 6 feet (2 meters) away from your charger. The long cable overcomes distance restrictions and lets you stay connected even while you are taking notes in a boardroom, catching up on emails in a hotel room, or reading in a coffee shop. The cable features a thin, yet sturdy connector molding, so you will be able to connect to your phone or tablet without removing its protective case. Plus, the cables right-angled Micro-USB connector lets you text, work or game on your mobile device even while its charging, without the cable getting in the way.

• Position your USB 2.0 devices as needed throughout your workspace
• Guaranteed reliability with our lifetime warranty
• Connect to your device and your computer or charger even in hard to reach areas and tight spaces