USB 2.0 to 3.5mm mic headphone Jack Stereo Headset Sound Card Audio Adapter

- USB Sound Card Enable USB connectivity with your existing 3.5 mm audio headphones, headset, speakers, or microphone. Perfect to bypass a faulty sound card, audio port, or as a replacement for a broken USB audio adapter.

- USB External Stereo Sound Adapter adopted Advanced C-Media IC technology for optimal sound quality and device performance.

- USB 2.0 Audio Sound Card Adapter is lightweight, sleek, compact design maximizes convenience and usability, and constructed of durable ABS finish matches the look and feel of your MacBook.

- No drivers necessary. Fully plug and play. USB Audio Adapter Compatible with any standard USB Audio Class enabled system including Windows 10/98SE/ME/2000/XP/Server 2003/Vista/7/8/Linux/Mac OSX/ PS4/ Google Chromebook/ Windows Surface Pro 3/ Raspberry Pi etc.

- TekEra USB Audio Adapter External Stereo Sound Card With 3.5mm Headphone Microphone Jack For Windows, Mac, Linux, PC, Laptops, Desktops, PS5 (Black)

- TekEra USB Audio Adapter includes a stereo headphone output jack and a mono microphone input jack. It can bypass the defective sound card or the faulty 3.5mm audio port of your laptop/desktop system and regain the audio function for you. Save the cost of replacing a failed sound card.

Specifications

- Computer Connector: USB 2.0 Male

- Headset/Speaker Connector: 3.5mm Female

- Microphone Connector: 3.5mm Female

- Cable Length:15cm

Configuration Instructions

* Windows

- Right-click on the sound icon in the taskbar;

- Select Playback or Recording devices;

- Adjust the volume on the computer and in the application.

* Mac

- Go to System Preferences > Sound > C-Media USB Headset > Output or Input > Volume

System requirements

- Windows 10

- Windows 8.1/8

- Windows 7

- Windows Vista

- Windows XP

- Mac OS 8.6 or above

- PS5/4

Note

- The USB interface on PS3 does not carry audio signal, so this usb audio adapter does not work with PS3.

Package Content

- TekEra USB Stereo Audio Adapter x 1