A computing device, comprising: a connector (130, 230, 330); and an antenna, wherein the antenna comprises: a feeding arm (110, 210, 310) to receive a radio frequency, RF, signal, the feeding arm comprising: a first portion (110-1, 210-1) extending from a feed (111, 211) a first distance along a first surface of the computing device; and a second portion (110-2, 210-2) extending perpendicular to the first portion along a second surface of the computing device, wherein the second portion curves back toward the first portion (110-1, 210-1) forming a U-shape; a coupled arm (114, 214, 314) connected to the connector such that the connector grounds the coupled arm, the coupled arm (114, 214, 314) comprising a first portion (114-1, 214-1), a second portion (114-2, 214-2) and a third portion (114-3, 214-3), wherein: the first portion (114-1, 214-1) is grounded to the connector proximal to the feeding arm; the second portion (114-2, 214-2) extends over a top portion of the connector; the third portion (114-3, 214-3) is distal to the feeding arm; and a parasitic arm (112, 212, 312) comprising a first portion (112-1, 212-1) proximal to the feeding arm. a connector (130, 230, 330); and an antenna, wherein the antenna comprises: a feeding arm (110, 210, 310) to receive a radio frequency, RF, signal, the feeding arm comprising: a first portion (110-1, 210-1) extending from a feed (111, 211) a first distance along a first surface of the computing device; and a second portion (110-2, 210-2) extending perpendicular to the first portion along a second surface of the computing device, wherein the second portion curves back toward the first portion (110-1, 210-1) forming a U-shape; a coupled arm (114, 214, 314) connected to the connector such that the connector grounds the coupled arm, the coupled arm (114, 214, 314) comprising a first portion (114-1, 214-1), a second portion (114-2, 214-2) and a third portion (114-3, 214-3), wherein: the first portion (114-1, 214-1) is grounded to the connector proximal to the feeding arm; the second portion (114-2, 214-2) extends over a top portion of the connector; the third portion (114-3, 214-3) is distal to the feeding arm; and a parasitic arm (112, 212, 312) comprising a first portion (112-1, 212-1) proximal to the feeding arm. a feeding arm (110, 210, 310) to receive a radio frequency, RF, signal, the feeding arm comprising: a first portion (110-1, 210-1) extending from a feed (111, 211) a first distance along a first surface of the computing device; and a second portion (110-2, 210-2) extending perpendicular to the first portion along a second surface of the computing device, wherein the second portion curves back toward the first portion (110-1, 210-1) forming a U-shape; a first portion (110-1, 210-1) extending from a feed (111, 211) a first distance along a first surface of the computing device; and a second portion (110-2, 210-2) extending perpendicular to the first portion along a second surface of the computing device, wherein the second portion curves back toward the first portion (110-1, 210-1) forming a U-shape; a coupled arm (114, 214, 314) connected to the connector such that the connector grounds the coupled arm, the coupled arm (114, 214, 314) comprising a first portion (114-1, 214-1), a second portion (114-2, 214-2) and a third portion (114-3, 214-3), wherein: the first portion (114-1, 214-1) is grounded to the connector proximal to the feeding arm; the second portion (114-2, 214-2) extends over a top portion of the connector; the third portion (114-3, 214-3) is distal to the feeding arm; and the first portion (114-1, 214-1) is grounded to the connector proximal to the feeding arm; the second portion (114-2, 214-2) extends over a top portion of the connector; the third portion (114-3, 214-3) is distal to the feeding arm; and a parasitic arm (112, 212, 312) comprising a first portion (112-1, 212-1) proximal to the feeding arm.