Vortex Lavinia

◎Lavinia
Starting from the RGB red, green and blue of "Petrus", "N-2B" and "501", to the recently launched limited edition gray "Alida", the innovation and fashion trend impression of the CFS series have long become one of Vortex's most representative symbols one. After years of experience, material application and data integration, Lavinia will become the pinnacle and breakthrough point in the entire CFS series, with a different tone direction from other models.

◎Breakthrough and Beginning
CFS The original design direction was to be a portable, fashionable, good-sounding series with a shielding function. However, when it comes to fashion, we must keep pace with the times, and the past RGB color matching has become a swan song. Lavinia is responsible for leading the revolutionary beginning of the entire series. The breakthrough use of strong contrasting and bright colors can better emphasize the brand's unique style, and the mountain series was born.

◎Shielded Twisted Pair
Since the advent of the 4.4 standard, the requirements for precise signal transmission have also increased. As we all know, shielded wires generally have a darker background, but the high frequencies will inevitably be reduced after grounding, resulting in darker sound. Therefore, some traditional players do not like the sound after grounding. The reason is that the shielding will change with the potential difference of the main core. While absorbing external noise, some signals will also be absorbed by the shielding ground as the frequency increases. Vortex innovatively uses an independently insulated outer sheath within the wire to offset the impact of voltage changes by twisting the positive and negative poles with each other.

◎Japanese NUC air infiltration technology
In the world of HiFi wires, Teflon is one of the insulating plastics. Mainly because of its excellent dielectric coefficient, it can reduce the impact of the insulating layer on high frequencies and achieve a tighter Low frequency cohesion. Vortex uses air to infiltrate polyethylene to make the outer skin of the insulating layer. Since 25% of the insulator is air, the insulating layer even has a lower dielectric coefficient than Teflon, further reducing the microcharges accumulated in the insulator. , making the high-frequency part more accurate.

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In addition to the main covering of the main core, which uses air-infiltrated polyethylene and the positive and negative poles are twisted, Vortex also adds a shock absorber layer for the first time to offset the external resonance of the wire, making the originally quiet background even better. One floor. In-line shock absorbers are widely used in Hifi applications due to their remarkable effects, but are rarely used in headphone cables. The main reason is that under the limited wire diameter, the conductor has taken up more than half of the cross-section area, and it is also rare. To add a shock-absorbing layer, the process and production difficulty increase several times.

◎Golden Ratio
After years of research and development of headphone wires, Vortex has developed an exclusive set of golden wire ratios for in-ear headphones. Due to the surface effect, high-frequency signals tend to be transmitted on the surface of the conductor, so a small conductor with a larger total relative surface area has less distortion in the high-frequency band. Based on this, the main core uses three types of wires with golden ratio diameters, matched with three different materials, in order to enable different frequencies to be transmitted through unique design channels.

◎Top materials
The brand new Lavinia uses four metals: gold, silver, copper, and palladium as the main materials. After repeated attempts by our wire structure engineers, pure silver, pure silver plated with palladium, and single crystal copper with gold plated copper. And sterling silver gold plating, recombined in 3:1.5:1.5:1, combined with coaxial multiple forward and reverse twisting technology, aiming to present the characteristics and advantages of each material to everyone in the most harmonious way.