IQwire USB-C to USB 3.0 Micro B 33' 10m Intelligent Photography Tether Cable
- 14
- 0
- 100+ Sold in the past week
- 💥 300+ people added this to wishlists
- ⏳ Hurry — stock running out!
- 🔥 Best Seller this week
The IQwire USB-C to USB 3.0 Micro B Tether Cable is revolutionizing the way photographers and videographers connect their equipment. Designed for seamless integration with a wide range of devices, this 33-foot (10m) cable is equipped with a right-angle connector at the camera end, ensuring that your setup is efficient and free of tangles. The intelligent engineering of this cable includes twin velocity boosters that facilitate ultra-fast data transfer, making this an essential tool for any...
Show moreThe IQwire USB-C to USB 3.0 Micro B Tether Cable is revolutionizing the way photographers and videographers connect their equipment. Designed for seamless integration with a wide range of devices, this 33-foot (10m) cable is equipped with a right-angle connector at the camera end, ensuring that your setup is efficient and free of tangles. The intelligent engineering of this cable includes twin velocity boosters that facilitate ultra-fast data transfer, making this an essential tool for any serious professional in the field. With smart intelliconnect chipsets, the connections are not only fast but also reliable, providing peace of mind during critical shoots. Made from rugged materials, this tethering cable withstands the rigors of professional environments, ensuring longevity and consistent performance.
| manufacturer | Nine-Volt |
|---|---|
| color | Black |
| productGroup | Personal Computer |
This cable is compatible with devices that have USB-C and USB 3.0 Micro B ports, including cameras and laptops.
This cable is primarily designed for data transfer and tethering, but may support charging at reduced speeds depending on the device.
The IQwire cable is built with rugged materials designed to withstand professional environments and frequent use.
You can use this cable effectively up to 33 feet (10m) without significant loss in data transfer speeds.