The VIOY 1/4 inch TRS Male to Dual 3.5 mm Female Audio Splitter Cable is your go-to solution for connecting various audio devices. Designed to bridge the gap between equipment with a 6.35 mm TRS stereo jack and standard 3.5 mm TRS plugs, this versatile 9.8 inch (25 cm) adapter caters to a wide range of audio needs.

Technical Specifications

Key Benefits

• Hi-Fi Sound Design: Crafted with a silver-plated copper core, this adapter ensures pure and consistent sound transmission. The dual-layer shielding effectively minimizes EMI/RFI interference, allowing you to enjoy natural sound quality.
• Durable Construction: The solid shell combined with a durable braided cover not only adds to the aesthetic appeal but also enhances the longevity of the product.
• Versatile Usage: Perfect for connecting a piano keyboard to two headphones, amplifiers to dual speakers, or a mixing console to speakers—this splitter adapts to various audio configurations effortlessly.

Authentic Use Cases

Whether you’re a musician needing to share sound with bandmates, a sound engineer setting up a mixing console, or someone looking to enjoy music with a friend, the VIOY splitter cable meets diverse needs with ease.

FAQs

• Can I use this splitter with my guitar amp? Yes, it can connect your guitar amp to dual speakers or headphones.
• What devices are compatible with this splitter? It works with any device that has a 6.35 mm TRS output and 3.5 mm TRS input.
• Does it support stereo sound? Absolutely, it supports stereo sound for an immersive audio experience.
• What should I check before purchasing? Ensure your device has a compatible 6.35 mm TRS jack and that you require 3.5 mm TRS plugs.
• Is the cable durable? Yes, the braided cover and solid shell construction ensure high durability.

Product Originality and Unique Features

The VIOY splitter not only stands out due to its durable and stylish design but also its commitment to delivering high-quality audio. With 24K gold-plated connectors and a braided exterior, it combines aesthetics with functionality.