Eaton Tripp Lite series VR Link Cable for Meta Quest 2 USB-A to USB C M/M USB 3.2 Gen 1 5M
$49.66
$24.93
Mfg # UVR-05M-CC
CDW # 7770501
| UNSPSC 26121600
Quick tech specs
- Virtual Reality Link Cable connects a Quest or Quest 2 headset to a compatible gaming computer for realistic virtual reality gameplay
- Allows exciting digital gameplay while simultaneously charging the headset during use
- Slim right-angle USB-C plug connects securely to avoid disconnection
- Connects the USB-C input port on a VR headset to a computer's USB-C port
- Supports USB 3.2 Gen 1 speeds up to 5Gbps and gives you plenty of room to move around while connected
- 3 Year Eaton Warranty
Know your gear
The Eaton Tripp Lite Series UVR-05M-CC USB-C cable offers versatility for both data and power needs. Designed with up to 60 W of power delivery, this cable ensures efficient charging for compatible devices while also supporting Power Delivery 3.0 (PD 3.0) technology for enhanced connectivity. With a data transfer rate of up to 5 Gbps, users can experience swift data transmission alongside reliable power supply, making this cable a practical choice for personal and professional environments.
Constructed with a durable PVC jacket and compliant with various standards including FCC and RoHS, this passive cable is built for longevity and safety. The right-angled connector design adds convenience, allowing for easier connection in tight spaces. Perfect for those who require a dependable USB-C solution, the Eaton Tripp Lite Series cable is Thunderbolt 3 compatible and engineered to meet various operating standards for optimal performance.
Constructed with a durable PVC jacket and compliant with various standards including FCC and RoHS, this passive cable is built for longevity and safety. The right-angled connector design adds convenience, allowing for easier connection in tight spaces. Perfect for those who require a dependable USB-C solution, the Eaton Tripp Lite Series cable is Thunderbolt 3 compatible and engineered to meet various operating standards for optimal performance.
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