Prolunga USB ProXtend USB2AAF-001 USB 2.0 connettore femmina A a connettore maschio A, 1 m, nero

ProXtend USB2AAF-001 is a 1-meter USB 2.0 extension cable with a female A connector on one end and a male A connector on the other. Designed to extend an existing USB A connection by up to one meter, this cable preserves USB 2.0 data transfer rates and supports common USB peripherals. The cable comes in black and provides a straightforward way to reposition devices or add reach without changing existing connectors.

Advantages

The cable supports standard USB 2.0 speeds and provides reliable signal continuity for printers, external drives, keyboards, mice and other peripherals using USB A plugs. Its 1 m length offers a convenient balance between reach and cable management, while the plug-and-play design requires no drivers or software. The black jacket resists visible dirt and integrates discreetly into most workspaces.

Suitable for

• Extending a USB connection to reposition a printer or scanner
• Adding reach for external hard drives or flash drives
• Placing USB peripherals like keyboards and mice further from a PC
• Temporary connections when access to a USB port is limited

Key specifications

• Connector type: USB A female to USB A male
• Data standard: USB 2.0 (High Speed compatible)
• Length: 1 meter
• Color: Black
• Usage: Data transfer and peripheral extension (no power-delivery enhancements)

How to use

Connect the male A plug of the extension cable into the host device's USB A port, then insert the peripheral's USB A plug into the female A end of the cable. The connection is plug-and-play and typically establishes automatically with supported operating systems. Ensure connectors are firmly seated to maintain stable data transfer and avoid excessive bending near the ends to prolong cable life.

Recommendations

Use this cable for short-distance extension only; for longer runs or high-current charging needs, select cables or solutions specified for those purposes. Avoid routing the cable near strong electromagnetic sources to reduce potential interference.