MANHATTAN Hi-Speed USB 3D 7.1 Sound Adapter

Ideal for desktop, notebook and netbook computers, the Manhattan Hi-Speed USB 3D 7.1 Sound Adapter instantly creates microphone-in and audio-out ports through any USB port. Easily connect headsets, microphones and speakers equipped with 3.5 mm cables that are too short to reach ports in awkward or inconvenient locations comfortably. With plug-and-play and hot-swap capabilities, it easily replaces inoperative sound cards, bypasses damaged audio ports and improves access without special drivers or software. A built-in Class-B power amplifier utilizes USB bus power, eliminating the need for external energy supplies or additional cables. Support for 3D audio and virtual 7.1 surround sound and built-in sound effects with a 10-band equalizer deliver rich, high-quality experiences with familiar USB convenience and functionality.

Features:

• Instantly creates mic-in / audio-out connectivity through any USB port - ideal for desktop, notebook and netbook PCs
• Improves access, bypasses faulty sound cards or audio ports and upgrades audio performance
• Supports 3D and virtual 7.1 surround sound and includes preset sound effects with 10-band equalizer
• Easy-access keys: microphone mute, speaker mute, volume up, volume down
• LED indicators: microphone mute, status, activity
• Easy USB installation requires no external power or software
• Plug and play, hot-swappable, includes Xear 3D and virtual 7.1 channel sound simulation software for Windows 7/8/10 and Mac
• Three-year warranty

Specifications:

Standards and Certifications

• USB 2.0
• CE
• FCC
• RoHS
• WEEE

Connections

• Microphone-in port
• Audio-out port
• USB 2.0 Standard-A male

General

• Virtual 7.1 surround sound
• 3D sound support (AC-3)
• Digital class-B power amplifier
• Bus-powered

Physical

• Dimensions: 1.4 x 2.6 x 5.7 cm (0.5 x 1 x 2.25 in.)
• Weight: 8.5 g (0.3 oz.)
• Housing: plastic

System Requirements

• Windows 7/8.1/10 or Mac

Package Contents

• Hi-Speed USB 3D 7.1 Sound Adapter
• CD: virtual 7.1 audio simulation
• Instructions