Rode SC17-Red USB-C to USB-C Cable (Red, 5')

Reliable USB-C Connectivity for RØDE Audio Gear The RØDE SC17-Red USB-C to USB-C Cable is a high-quality connection cable designed to ensure stable data transfer and power delivery between compatible RØDE microphones, interfaces, and USB-C devices. With a practical 5-foot length, it provides flexibility for desktop, studio, and portable recording setups where dependable connectivity matters. Designed for Clean Digital Audio Transfers This USB 2.0 cable is engineered to support clean and consistent digital audio transmission. Its shielded construction helps reduce electromagnetic and radio frequency interference, making it a dependable choice for recording, streaming, podcasting, and content creation where signal integrity is critical. Optimized for USB-C Microphones and Interfaces The SC17-Red features USB-C male connectors on both ends, allowing direct connection between modern USB-C hosts and devices without adapters. It is well suited for use with USB-C microphones, audio interfaces, and wireless systems that rely on stable digital communication and power over USB. Practical Length for Flexible Workflows With a 5-foot cable length, the SC17-Red strikes a balance between freedom of movement and tidy cable management. It works well in desktop studios, mobile rigs, and production environments where devices may be positioned slightly away from computers, mixers, or recording consoles. Built for Compatibility Across RØDE Systems This cable is compatible with a wide range of RØDE USB-C products, making it a versatile accessory for creators using multiple devices. From USB microphones and podcasting consoles to wireless audio systems, the SC17-Red integrates easily into existing setups without compromising performance. Durable Construction for Everyday Use The cable’s robust design supports frequent plugging and unplugging, making it suitable for daily studio use as well as travel. Its bright red jacket also makes it easy to identify in complex cable setups, reducing confusion during fast-paced production work.