Tripp Lite USB-A to USB C Active Optical Cable Backward Compatible M/M 10M - USB-C cable - USB to 24 pin USB-C - 33 ft
$380.00
$152.61
Mfg # U428F-10M-D321
CDW # 7191045
| UNSPSC 26121600
Quick tech specs
- 10 m (33 ft) high-speed in-wall fiber cable connects a USB-C device to the USB-A port on your computer up to 10 meters away
- USB 32 Gen 2 (10 Gbps) cable is backward compatible w/ earlier USB generations
- Slim/flexible cable easily installs around corners and through hard-to-reach areas
- Fiber optic construction ideal for long-distance connections not supported by copper
- Plenum rated for horizontal premise applications in air ducts and drop ceilings
- Tripp Lite is now a part of Eaton
Know your gear
Active Optical Cable Connects Servers, Hard Drives and Other USB-C Components
This USB 3.2 Gen 2 fiber optic cable (M/M) securely connects the USB-A port on your desktop, laptop or notebook computer to a USB-C device, such as a server, external hard drive or surveillance camera, located up to 10 meters (33 feet) away. This data-only cable supports USB 3.2 Gen 2 data transfer rates up to 10 Gbps, and is backward compatible with USB 3.2 Gen 1, 2.0 and 1.1 devices.
Advanced Fiber Cable Is Easier to Install than Copper
Because the fiber cable is slimmer and more flexible than standard copper USB cables, the U428F-10M-D321 is easier to install around corners and in hard-to-reach spaces behind equipment. It draws power from the connected device, so no external power supply is needed to transmit the USB signal across the longer distances unique to fiber optic cabling.
Note
: The cable must be installed in the correct direction to function properly, so please check the Host and Device labels on the connectors before installation.
CMP Jacket Designed for In-Wall Installations
The plenum-rated jacket has low smoke and flame characteristics, making it suitable for premise applications in ceilings, walls and ducts.
10 m Cable Lets You Design an Application to Your Custom Specifications
This long cable allows you greater flexibility in placing your USB components. For instance, your camera or hard drive may be located in a different room away from your office or in a central location where others have access to it. The plug-and-play U428F-10M-D321 supports all major operating systems, including Windows, macOS and Linux.
Note:
If your device is not detected by the source, external power is needed for the device to receive and transmit data to the source.
This USB 3.2 Gen 2 fiber optic cable (M/M) securely connects the USB-A port on your desktop, laptop or notebook computer to a USB-C device, such as a server, external hard drive or surveillance camera, located up to 10 meters (33 feet) away. This data-only cable supports USB 3.2 Gen 2 data transfer rates up to 10 Gbps, and is backward compatible with USB 3.2 Gen 1, 2.0 and 1.1 devices.
Advanced Fiber Cable Is Easier to Install than Copper
Because the fiber cable is slimmer and more flexible than standard copper USB cables, the U428F-10M-D321 is easier to install around corners and in hard-to-reach spaces behind equipment. It draws power from the connected device, so no external power supply is needed to transmit the USB signal across the longer distances unique to fiber optic cabling.
Note
: The cable must be installed in the correct direction to function properly, so please check the Host and Device labels on the connectors before installation.
CMP Jacket Designed for In-Wall Installations
The plenum-rated jacket has low smoke and flame characteristics, making it suitable for premise applications in ceilings, walls and ducts.
10 m Cable Lets You Design an Application to Your Custom Specifications
This long cable allows you greater flexibility in placing your USB components. For instance, your camera or hard drive may be located in a different room away from your office or in a central location where others have access to it. The plug-and-play U428F-10M-D321 supports all major operating systems, including Windows, macOS and Linux.
Note:
If your device is not detected by the source, external power is needed for the device to receive and transmit data to the source.
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