Used Tether Tools TetherPro 31' USB-C Straight to Right Angle Cable High-Visibility Orange

Bring your tethering experience to the next level with the Tether Tools TetherPro 31' USB-C Straight to Right Angle Cable. This high-performance cable is meticulously engineered to meet the highest USB-C specifications, ensuring super-speed data transfer and unparalleled stability over an impressive 31-foot (9.4m) distance. Designed for professional photographers and videographers, this cable offers uni-directional throughput of 5 Gbps, providing full camera control without any conflicting power delivery issues for a seamless tethering experience.

The TetherPro cable features dual in-line TetherBoosts that amplify and carry shielded data, maintaining a reliable and stable connection even over long distances. Its rugged right-angle cable tips, reinforced with ridges, ensure a strong tip casing and enhanced strain relief, making it ideal for demanding and technical shoots. The TetherBoost Pro IC Chipsets further enhance the cable's performance, ensuring consistent and fast data transfer.

Crafted from quality materials, the custom-formulated, water-resistant housing of the cable prevents kinking and increases its lifespan, keeping the cable clean and durable. This makes it perfect for use with cameras like the Canon R series and Fujifilm GFX series, which do not allow power delivery settings to be turned off. Compatible with any USB-C tethered camera connection, this cable is optimized for those requiring dedicated data transfer without power interference.

For extended tethering needs, pair this cable with the TetherBoost Pro Core Controller Extension Cable(s) to reach up to 63 ft. (19.2m). The right-angled design ensures a secure fit at the camera port, while the newly designed cable ends provide enhanced strain relief, built to withstand the rigors of professional use. Elevate your photography and videography projects with the Tether Tools TetherPro 31' USB-C Straight to Right Angle Cable, where durability meets exceptional performance.