Ugreen US129 USB 3.0 Extension Cable 2m 5Gbps

Ugreen US129 Extension Cable

The Ugreen USB 3.0 Extension cable facilitates high-speed data transmission over a 2-meter distance between host machines and peripheral devices. This passive copper assembly extends the reach of existing USB Type-A ports without compromising signal integrity. It supports the SuperSpeed USB 3.0 protocol to ensure efficient workflows in data-intensive environments. Network engineers and IT professionals utilize this component to relocate unreachable ports on servers or workstations. Consequently, it reduces wear on internal motherboard headers by providing a sacrificial connection point for frequent hot-swapping.

Key Features

• SuperSpeed Data Throughput
  This interface supports transfer rates up to 5Gbps which is ten times faster than legacy USB 2.0 standards.

• Advanced Shielding Architecture

  • Triple-layer shielding comprising aluminum foil, braid, and ground wires minimizes EMI/RFI interference.
  • Tinned copper conductors optimize electrical conductivity and prevent oxidation over long-term deployment.

• Robust Connector Construction
  Gold-plated connectors ensure low contact resistance and provide durability against repeated insertion cycles.

• Universal Protocol Compatibility
  The physical and logical design maintains full backward compatibility with USB 2.0 and USB 1.1 hardware.

Specifications

What’s in the Box

• 1 x Ugreen US129 USB 3.0 Male to Female Extension Cable (2m)

Why Choose This Extension Solution

• The 2-meter length provides sufficient clearance for connecting rear-mounted server ports to desktop peripherals.
• High-grade PVC jacketing offers flexibility while maintaining structural integrity under tight routing conditions.
• Integrated strain relief prevents internal wire breakage during frequent movement or cable management adjustments.
• This passive extender requires no external power or drivers for immediate deployment across various operating systems.
• Therefore, it represents a cost-effective method for preserving hardware ports in high-traffic IT environments.