ddHiFi PC02C USB-C to USB-C Fast Charging Cable 100cm
Improved Lifespan through Design and Craftsmanship
The damage to most data cables is typically at the connector joint, for two main reasons: one is that the connector is too small and difficult to grip, often causing the cable to be pulled and strained; the other is that the folding and bending causes the internal conductors to break. Through design, ddHiFi has made the connector housing in the shape of a high-stemmed cup, providing a better grip. Through craftsmanship, they have applied the manufacturing techniques used for high-end audio cables to the structure of the conductors and the insulation layer, resulting in visible high-quality.
Original: $10.51
-65%$10.51
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ddHiFi PC02C USB-C to USB-C Fast Charging Cable 100cm
Improved Lifespan through Design and Craftsmanship
The damage to most data cables is typically at the connector joint, for two main reasons: one is that the connector is too small and difficult to grip, often causing the cable to be pulled and strained; the other is that the folding and bending causes the internal conductors to break. Through design, ddHiFi has made the connector housing in the shape of a high-stemmed cup, providing a better grip. Through craftsmanship, they have applied the manufacturing techniques used for high-end audio cables to the structure of the conductors and the insulation layer, resulting in visible high-quality.
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Description
Improved Lifespan through Design and Craftsmanship
The damage to most data cables is typically at the connector joint, for two main reasons: one is that the connector is too small and difficult to grip, often causing the cable to be pulled and strained; the other is that the folding and bending causes the internal conductors to break. Through design, ddHiFi has made the connector housing in the shape of a high-stemmed cup, providing a better grip. Through craftsmanship, they have applied the manufacturing techniques used for high-end audio cables to the structure of the conductors and the insulation layer, resulting in visible high-quality.
