FiiO LT-TC5 Type C to Type C USB Data Cable

8,00 GBP

Description

HIGH-QUALITY USB TYPE-C AUDIO CABLE FOR FAST CHARGING FROM FIIO FiiO presents the LT-TC5 USB Digital Audio Cable, a fast-charging data cable with Type-C to Type-C connectivity, crafted for outstanding performance and broad compatibility. This audio cable features an all-aluminium connector shell, silver-plated pure copper wire, a gold-plated plug, a graphene shield and a mesh outer cable sheath. It represents seven months of meticulous iteration and material selection, resulting in a luxurious design that ensures a premium feel. The FiiO LT-TC5 is available in three lengths (10cm, 80cm and 150cm) to suit various USB Type-C devices like digital audio players, external DACs and smartphones. The FiiO LT-TC5 has undergone rigorous testing, including durability tests like 5000 plug and unplug cycles, salt spray tests, voltage and current tests and extreme temperature tests, assuring reliability for charging and data transmission needs. SHOWCASING A HIGHLY RESISTANT DESIGN AND CRAFTED WITH QUALITY COMPONENTS The FiiO LT-TC5 audio cable features an all-new design, enhancing its tactile and visual appeal. Its connectors are crafted from alloy using integrated die-casting, making it durable and providing a comfortable grip. The oval shape of the connector shell enhances grip and plug-in convenience, while the oxidation-resistant gold-plated plugs offer a stable connection with excellent conductivity. It undergoes thorough upgrades with a highly elastic imitation silicone PVC inner sheath and a mesh outer cable sheath. Inside, it houses one strand of 44 wires and three strands of 18 wires each, all silver-plated pure copper, protected by an HDPE insulation layer. The FiiO LT-TC5 delivers low resistance and superior conductivity compared to standard copper wires, ensuring stable transmission of digital signals. The cable also features a graphene shield, wrapping the wires in graphene-coated aluminium foil to effectively isolate them from electromagnetic interference, resulting in clean and pure signal transmission.