Oyaide Electric USB Cable 3.0m d+USB Class B/3.0

Oyaide Electric USB Cable 3.0m d+USB Class B/3.0

Recently, many sound systems centered on PCs have been developed, and PCs have come to be used a lot for music production and DJ performances at clubs. Also, in Pure Audio, a new genre called PCAudio was born, and this next-generation tool is becoming the standard for each genre. ＜DJ & Sound Production＞The D+USB series is a USB cable aimed at next-generation sound systems such as laptop DJs and music production with USBI/O. Designed to provide the best environment by applying various ingenuity for DJs and artists, the d+USB series, which specializes in sound, is not bound by genre, and can also obtain optimal results for sound production and listening environments using a USB audio interface. Excellent direct sound, stable transmission, and stylish industrial design will be a must-have for next-generation DJs and creators. ＜PC Audio＞The d+USB series, which was severely designed for professionals such as musicians, DJs, and engineers, also took a wide-angle into consideration when it comes to listening. Since there are theoretically no changes in bandwidth balance etc. due to cables in data transfer, the d+USB series, which specializes in sound, is not bound by genre or user subjectivity, and optimal results can also be obtained for listening using a USB-DAC. Furthermore, approaches in an analog environment, such as noise countermeasures and excellent electrical characteristics, have also been applied and implemented. By considering important combinations in cable design, high quality sound is achieved through loss due to various causes and stable power supply.

In order to transmit serial bus transfers at a higher speed, “silver-coated OFC high-purity oxygen-free copper” coated with silver, which has a net resistance of about 5% lower than copper, is used as the conductor. The conductor diameter is AWG25/AWG21, which reduces losses due to powerful sound and transmission distance. Flat design cables avoid transmission loss, impedance changes, and changes in capacitance caused by internal distortion of the cable that occurs when the cable is bent. Impedance adjustments, which are important for digital transmission, are performed with strict pitch adjustments, so accurate data transfer and excellent stability are achieved.