This modulation cable is composed of a 3.5mm male jack connector on both sides. The connectors are TRRS type with 4 contact points, allowing for example symmetrical connections or the transport of a microphone signal.
This cable is equipped on the one hand with a bent 3.5mm stereo Jack connector and on the other hand with two 3.5mm Jack connectors. It allows the connection of some headphones with this connector. It also offers a nice design quality with OFC copper conductors and gold-plated contacts, ensuring a very good conductivity.
This stereo interconnect cable, hand-assembled in our workshops in France, is based on a Canare L-2E5 cable and Neutrik REAN NYS231BG connectors. The Audiophonics Wire Mini Jack is perfect for transmitting audio signals reliably and stably.
This stereo interconnect cable, hand-assembled in our workshops in France, is based on a Canare L-2E5 cable and Neutrik REAN NYS231BG connectors. The Audiophonics Wire Mini Jack is perfect for transmitting audio signals reliably and stably.
This stereo interconnect cable, hand-assembled in our workshops in France, is based on a Canare L-2E5 cable and Neutrik REAN NYS231BG connectors. The Audiophonics Wire Mini Jack is perfect for transmitting audio signals reliably and stably.
This stereo interconnect cable, hand-assembled in our workshops in France, is based on a Canare L-2E5 cable and Neutrik REAN NYS231BG connectors. The Audiophonics Wire Mini Jack is perfect for transmitting audio signals reliably and stably.
This 1m-long 3.5mm jack to 2.5mm mono jack cable is gold-plated for good conductivity and resistance to corrosion and oxidation. Ideal for connecting mono audio devices or triggers.
This 2m stereo 3.5mm jack cable is gold-plated, giving it good conductivity and durability. It's ideal for connecting stereo devices such as headphones, or for making AUX jack 3.5mm interconnections.
This DD BC35B cable is equipped with a 3.5mm jack connector on both sides. With a length of 10cm, it is ideal for short interconnections, as for example for the connection of a DAP. It also benefits from an excellent manufacturing quality, with pure silver, OFC copper and silver plated copper Litz wire conductors.
This BC44Pro DD HIFI modulation cable features two gold-plated, unbalanced 4.4mm jack connectors for enhanced resistance to corrosion and oxidation. Its 10cm length makes it ideal for short interconnections such as connecting a DAP to a headphone amplifier, for example.
The BC44NET cable from ddHiFi is fitted with gold-plated 4.4mm jack connectors on both ends to provide foolproof protection against corrosion and oxidation. At 15cm long, it's ideal for short interconnects, such as connecting a DAP.
This 1.5m double trigger cable has been designed to enable you to activate your mono amplifiers with a single cable. It consists of a stereo 3.5mm jack connector to 2 stereo 3.5mm jack connectors.
Furutech has adapted its know-how in terms of conductors and connectors in a cable dedicated to nomadic HIFI. This interconnect cable features 3.5mm metal jack connectors specially designed for use on mobile players with protective shells (ideal for smartphones or portable amplifiers).
This interconnecting cable is equipped with 3.5mm jacks metal specially designed for use on mobile drives with protective shell (ideal for Smartphones or portable amplifiers).
This interconnecting cable is equipped with 3.5mm jacks metal specially designed for use on mobile drives with protective shell (ideal for Smartphones or portable amplifiers).
This iFi Audio cable of 30cm and composed of two 4.4mm jacks was mainly designed for some devices of the brand between them. It uses the best components, with OFHC Copper and Silver braided conductors, and a section of 2.08mm², for optimal conductivity.
This 1.8m long mono 3.5mm jack cable is gold plated, giving it both good conductivity and durability. It will be ideal to connect mono audio devices or triggers.
This 3.5mm mono jack cable is ideal for connecting mono audio devices or triggers. It features a 20cm length and OFC copper conductor for high conductivity.