Tripp Lite U050-006-GY-MAX Heavy-Duty USB 2.0 USB-A to Micro-B Cable - M/M, UHMWPE and Aramid Fibers, Gray, 6' (1.83 m)

Keep surveillance, monitoring, and everyday devices reliably connected with the Eaton Tripp Lite Heavy-Duty USB 2.0 USB-A to Micro-B cable. Designed for pro USB cable applications, this 6' (1.83 m) cable combines UHMWPE and aramid fiber reinforcement with a double-braided nylon jacket to resist abrasion, bending, and harsh handling—so your security cameras, recorders and mobile equipment stay online.

Delivering USB 2.0 speeds up to 480 Mbps and gold-plated contacts for improved signal integrity, the cable supports confident data transfer and charging across a wide range of devices. Integral strain relief and 22/28 AWG conductors mean fewer failures in racks, kiosks, and field installations. Built with professional installers and IT teams in mind, the Tripp Lite U050-006-GY-MAX reduces downtime and replacement costs while meeting RoHS and REACH environmental standards.

Ideal for security, surveillance and networking deployments or everyday office use, this heavy-duty USB-A to Micro-B cable is a dependable choice for critical connections. Add it to your toolkit or order now for reliable in-field performance.

• Built to last: UHMWPE and aramid fiber braid with double-braided nylon jacket reduces replacements and downtime for critical systems.
• Dependable data & power: USB 2.0 performance with up to 480 Mbps ensures stable syncing and charging for surveillance, monitoring, and mobile devices.
• Flexible reach: 6' (1.83 m) length gives installers freedom to position cameras, recorders, and workstations without adapters.
• Pro-grade connectors: Gold-plated contacts and robust USB-A to Micro-B ends minimize signal loss and deliver consistent connections in demanding environments.
• Stress-tested design: Integral strain relief and 22/28 AWG conductors withstand repeated flexing in high-traffic and security installations.
• Lower total cost of ownership: Lifetime limited warranty supports long-term deployments and reduces maintenance overhead.