LVNA Digital DUNE Limited Edition 32.8' USB-C Straight to Right Angle Directional Tether Cable, Hyper Blue

For photographers and videographers seeking a reliable and high-performance tethering solution, the LVNA Digital DUNE Limited Edition 32.8' USB-C Straight to Right Angle Directional Tether Cable in Hyper Blue is an ideal choice. This cable is engineered to deliver a robust 10Gbps data transfer rate (Data Only, No Power Delivery), ensuring swift and efficient data transmission between your camera and computer.

The DUNE cable is specifically designed with a custom USB-C connector, extended by an additional 1.2mm, to provide complete port coverage. This feature is particularly beneficial for devices with recessed port designs, such as the new Fuji GFX 100 II. The cable's anodized black aluminum connectors are complemented by innovative texturized rubber moldings, offering an enhanced grip for ease of use and durability.

This versatile tether cable is compatible with a wide range of USB-C camera systems, including popular brands like Canon, Nikon, Fuji, Sony, and Hasselblad, as well as others. It is also fully compatible with both Intel and Apple silicon machines, making it a flexible choice for various setups. Additionally, the cable supports LVNA Link Extensions and third-party extensions, although it's important to note that tethering speeds will be limited to 5Gbps when using a 5Gbps camera system or any extension.

To ensure optimal performance and longevity of your equipment, consider the following tips: always power off your camera during battery swaps and lens changes, avoid placing the camera on its tethering side to prevent bending of the port and cable, and never force the cable beyond the camera's USB-C port depth and limits. Using a high-quality tether lock is recommended to secure the cable and maintain a stable tethered connection.

Elevate your tethering experience with the LVNA Digital DUNE Limited Edition USB-C cable, designed for professionals who demand reliability and efficiency in their workflow.