Lindy 0.5m USB-A 2.0 to USB-C Cable Anthra Line

The Lindy 0.5m USB-A 2.0 to USB-C Cable Anthra Line is a compact, professional-grade digital interconnect developed as part of Lindy’s advanced Lines cable connectivity concept. Specially engineered for high-performance connections in commercial AV and IT installations, this short 0.5-meter cable provides a reliable bridge between legacy USB-A host systems and modern USB-C peripherals. Its concise length makes it an ideal choice for clutter-free workstation setups, server racks, and compact AV installations where minimal cable slack is desired.

Constructed for continuous, heavy-duty operation, the cable features high-grade tinned copper conductors encased in a double-shielded assembly to actively repel surrounding electromagnetic interference. Outfitted with 24K gold-plated connectors and phosphor bronze pins, it resists surface oxidation while delivering maximum electrical conductivity and signal integrity.

Product Features in Detail

Commercial AV & IT Optimization
Engineered as a professional-grade connection solution tailored for high-demand IT setups, commercial display systems, and studio AV configurations.

Compact 0.5m Length
Short footprint minimizes excess cable clutter in tight spaces, making it perfect for server enclosures, desktop hubs, and wall-mounted hardware connections.

480Mbps Data Transfers
Fully supports USB 2.0 protocols to deliver steady, uncorrupted data speeds up to 480Mbps for connected peripherals and control hardware.

Double-Shielded Signal Isolation
Built with a 60% copper braid and double-layered insulation to protect signal transmission paths from surrounding electromagnetic and radio frequency interference.

Corrosion-Resistant Tinned Copper Cores
Constructed with high-performance 28AWG tinned copper wiring to ensure low resistance and long-term protection against internal wire degradation.

24K Gold-Plated Contacts
Features 24K gold-plated connector shells and phosphor bronze pins to ensure smooth conductivity, reduce contact resistance, and prevent surface corrosion over time.