USB cable PureLink FI-U200-030 3 m USB A USB B Black Blue

The PureLink FI-U200-030 is a 3 m USB 2.0 cable with USB-A (male) to USB-B (male) connectors in black and blue. Designed for professional AV and general USB connectivity, the cable supports USB 2.0 data rates and provides both data transmission and device power delivery in a compact, flexible construction.

Advantages

This USB cable supports high-speed USB 2.0 data transfer up to 480 Mbps and provides power delivery up to 2A / 5V (10W). The ultra-flexible, compact construction uses high-purity copper conductors and a graphene polymer shield that reduces weight while preserving EMI protection and flexibility. The cable’s 4.2 mm diameter and robust build are intended to ensure stable connections and resist signal interference in professional AV setups and tight installations.

Suitable for

• Connecting USB-A host devices (PCs, mixers) to USB-B peripherals (printers, audio interfaces)
• Professional AV installations where flexibility and compact routing are required
• Office and home equipment that require USB 2.0 data and power connections

Key specifications

• Model: PureLink FI-U200-030
• Connectors: USB A (male) to USB B (male)
• USB version: USB 2.0, up to 480 Mbps
• Cable length: 3 m
• Power delivery: up to 2A / 5V (10W)
• Cable diameter: 4.2 mm
• Conductor material: high-purity copper
• Shielding: graphene polymer shield for EMI protection
• Colours: Black, Blue
• Brand / MPN / EAN: PureLink / FI-U200-030 / 4251364742839

How to use

Connect the USB-A male connector to the host device (computer, hub or AV equipment) and the USB-B male connector to the peripheral device (printer, audio interface or other USB-B input). Ensure both devices support USB 2.0 for optimal data rates. The cable also supplies up to 2A of power at 5V from the host when supported; verify the peripheral’s power requirements before relying on bus power.

Recommendations

Route the cable without sharp bends and avoid prolonged compression to preserve the graphene shield and conductor integrity. For longer installations, avoid running the cable in parallel with high-current power lines to minimise potential interference despite the shielding.