a user 39 s shirt minimizes the overall movement and rotation of the clip and therefore the overall movement of the audio cord itself the reduced movement of the cord results in an enhanced user experience and increased quality of entertainment in some embodiments the optimized cord clip of the present disclosure includes a dual channel coupler configured to i couple the audio cord to the strap which is clasped onto the user 39 s apparel and ii minimize sliding of the cord within the optimized cord clip device to avoid disruption to the user the optimized design of the cord clip of the present disclosure accomplishes both it minimizes rotation of the cord clip about a collar and thereby movement of the cord in the same manner and further minimizes slipping of the cord that may otherwise lead to displacement or complete dislodgement of an earphone from a user 39 s ear while embodiments of the present technology are described in connection with earphone and headphone devices the optimized cord clip technology disclosed herein may also be applied to other cords strings cables etc that users need secured e g the cord connecting noise canceling earplugs or spectacle security cords etc the optimized cord clip of the present disclosure includes a strap and a coupler the coupler being able to secure both the strap and a cord of an audio device fig1 a is a schematic of a disassembled cord clip strap and components enclosed therein in accordance with an embodiment of the disclosed technology the strap 100 includes a first layer 200 formed with pockets 210 and 220 two fitted cushions 503 and 504 formed with apertures 510 and 520 two ferromagnetic units e g magnetized disks or pellets 512 and 522 and second layer 300 in.