Vision TC2 3MUSB 3m USB 2.0 Cable

Tired of short, flimsy cables that tangle and lose connection? The Vision TC2 3MUSB 3m USB 2.0 Cable is a sturdy, 3 m white USB 2.0 cable that links your computer to printers, scanners or external drives with reliable speed and protection from interference.

Vision USB Cable

Owning this cable means you can reach across a desk or a small room without moving your devices. The flexible braided sheath slides easily around corners, while the gold-plated connectors give a smooth, snug fit that feels solid every time you plug it in. You’ll notice a steadier data flow and fewer dropped connections, making everyday tasks feel effortless.

Benefits of Vision USB Cable

• Reliable connection: Consistent data transfer without frequent disconnects.
• Extended reach: 3 m length lets you work comfortably from a distance.
• Interference protection: Ferrite core reduces noise from nearby electronics.
• Durable build: Braided shield and gold-plated ends resist wear and tear.
• Lifetime peace of mind: Limited lifetime warranty covers any defects.

Key Features of a 3 m USB Cable

• Cable length: 3 m. Provides ample reach for most desktop setups.
• Connector type (A end): 4 pin USB Type A - male. Fits standard computer ports.
• Connector type (B end): 4 pin USB Type B - male. Connects to printers and scanners.
• Connector gender: Male/Male. Ensures a secure, direct link between devices.
• Colour: White. Blends neatly with most workspaces.
• Conductors: 28 AWG. Offers good conductivity for stable data flow.
• Outer diameter: 4.8 mm. Thin enough to stay unobtrusive yet robust.
• Shielding: High quality braided shield. Protects against EMF and RF interference.
• Ferrite core: Integrated at the computer end. Further reduces signal noise.

Usages of a 3 m USB Cable

This cable is ideal for anyone who needs a reliable link between a computer and USB-B peripherals such as printers, scanners, or external hard drives. It works well in home offices, small studios, or classrooms where longer runs are required without sacrificing performance.

Specifications