The advancement of software technology is evident to us, as we see new and improved apps almost every day that make our lives easier. The program is only as good as the system running it. We moved on from standard definition videos to high definition and 4K, and soon enough, we have 8K resolution on the horizon. However, we will not experience it unless our monitor is capable of rendering it.
The Overlooked Factor
When we talk about high-end audio systems, our mind instantly thinks of Dolby and noise cancellation systems. Hence, we often overlook what makes the devices so capable. Data transmission using cables is fundamental to ensuring a seamless audio experience. USB Type C headphone adapter is the trending module in the mobile device domain. It is on track to replace the traditional 3.5mm jack and provide users more in-depth sound quality and longevity. However, first, we need an overview of the Type C technology.
Features of USB Type C
First introduced in 2014, the USB Type C soared in popularity to replace the traditional standards as well as Thunderbolt and DisplayPort. The rise in usage comes from the benefits it provides in utility and power delivery, which goes up to 100 watts. The uniform shape eliminates the need for locks, as in Type B USB connectors. You can plug it into your device without bothering about the orientation. USB Type C also supports bidirectional data flow as a device can both receive and transmit signals.
Advanced-Data Transmission meets Audio
The versatility of USB Type C ports stands out as they support a range of different protocols. Hence, the future of audio jacks in smartphones belongs to it.
USB Type C can transmit digital audio signals from the port. As a headphone, our audio device uses a Digital to Analog Converter to detect the signals and forward the sound into our ears through a pre-amplifier. It differs from the 3.5mm audio jack, as it does not rely on the smartphone’s internal system.
The Future is Type C
USB Type C offers a range of advantages when it comes to transmitting audio signals –
- Type C reduces your headphone reliance on the pre-amplifier and DAC of the smartphone. Budget models can deliver high-quality music with better data conversion and amplification.
- Smartphones tend to generate noisy signals while processing. On the contrary, the USB Type C cable ensures the DAC, circuit filters, and pre-amplifiers are separate from the main device. It reduces signal noise and improves the audio output.
- Music enthusiasts desire more than high-quality audio. USB Type C can transmit data, facilitating the use of equalizers and shuffles.
- A low-grade DAC in your smartphone should not limit your audio experience. Earphones with a USB Type C connector pack a better DAC, which can deliver superior sound quality. You can purchase a budget phone and still pick up a quality earphone for listening to music.
If you own a headphone with the 3.5mm audio jack, you can still tap into a better audio experience. Pick up a USB Type C headphone adapter and plug the jack right into it. You will need to pack another attachment, but it is worth the delivery.