Ricevitore multimediale digitale per auto JVC KD-X162 1 DIN, 200 W, DAC 24-bit, FLAC/MP3/WAV/WMA, USB frontale Type-A, 3,5 mm, LCD 2 righe, nero

JVC KD-X162 is a 1 DIN digital media receiver designed for standard single-DIN car installations. The unit delivers up to 200 W total output power and uses a 24-bit digital-to-analog converter to reproduce audio from digital sources. Playback compatibility includes FLAC, MP3, PCM, WAV and WMA files. The front panel provides a USB Type-A port for media playback and a 3.5 mm auxiliary input. Audio information and menu options are shown on a two-line LCD with white illumination. The receiver is finished in black and has compact dimensions suitable for most vehicles with a single-DIN slot.

Advantages

The JVC KD-X162 combines a high-resolution 24-bit DAC with wide format support, allowing playback of lossless files such as FLAC alongside common compressed formats like MP3 and WMA. The front USB Type-A port enables plug-and-play access to stored audio, while the 3.5 mm input offers compatibility with portable players and smartphones. The two-line LCD with white backlight provides clear readouts of track information and settings in a compact 1 DIN housing.

Suitable for

Key specifications

How to use

Install the KD-X162 into a standard single-DIN slot following vehicle-specific mounting instructions and electrical connections. Connect a USB storage device to the front USB Type-A port or plug an external player into the 3.5 mm AUX input to start playback. Use the front panel controls to navigate tracks, adjust volume and change audio settings. The two-line LCD will display track titles, playback information and basic menu options to guide operation. For optimal audio quality, adjust equalizer or tone controls according to listening preferences.

Recommendations

Use high-quality USB flash drives or properly encoded files (for example, lossless FLAC or high-bitrate MP3) to benefit from the 24-bit DAC. Secure the unit according to vehicle mounting guidelines and avoid connecting devices while driving to minimise distraction.