【REFERENCE USB A-B IC (1.65m) | USB Cable for Car Audio】

Even though you’re using a USB connection for your car audio, you may want to be a bit more particular about the amount of audio information and the fine details. That’s exactly what the REFERENCE USB A-B IC (1.65m) is for.

USB cables transmit digital signals, but in car audio it’s important to consider not only signal stability but also noise countermeasures and how the cable works with the overall system. This product uses a conductor with a multi-strand structure and is designed with attention to transmission stress and the effects of radio-frequency interference.

In addition, the three-layer insulation using CAFPE®—which excels in dielectric constant and vibration-absorption characteristics—aims to transmit the signal with as little loss as possible. It’s a USB cable well suited to anyone who wants to listen carefully to the shape of the sound and even the smallest details, or who wants to enjoy high-resolution audio sources and their favorite music in the car, at leisure.

However, simply replacing the cable doesn’t necessarily make the sound change dramatically. How you perceive it will vary depending on the player, DSP, amplifier, the specifications on the USB input side, and how you adjust the system in your vehicle. If it were me, I’d choose it by considering how well it pairs with your current system, rather than deciding based on the cable alone.

At LOGON, we check not only the equipment you use and the connection method, but also cable routing, and then guide you to a configuration that’s practical and makes sense. If you’d like to be one step more particular about your current sound, tell us about your current system—we’ll sort out the direction together.

Main Specifications / Specs

【Basic Information】
Product Name: REFERENCE USB A-B IC
Type: USB Cable for Car Audio
Connection Standard: USB A-B
Cable Length: 1.65m

【Structure / Materials】
Conductor: Multi-strand structure
Insulation Layer: CAFPE® three-layer structure
Design: Low-loss transmission, with consideration for RF interference and vibration