Transparent antenna assembly with flexible transparent antenna

A transparent antenna assembly comprising:

• a flexible transparent antenna comprising a transparent flexible substrate, the transparent flexible substrate comprises conductive artwork disposed thereon, the conductive artwork comprising a feed connection and a ground connection, the flexible transparent antenna being configured to operate according to a cellular frequency band, the flexible transparent antenna including a portion that is configured to connect with a transparent substrate interface assembly;
• and
• a connector subassembly comprising a printed circuit board (PCB) mount connector, the PCB mount connector configured to interface with the transparent flexible substrate via the transparent substrate interface assembly, the connector subassembly further comprising a radio frequency (RF) connector, the RF connector being in signal communication with the PCB mount connector;
• wherein the transparent flexible substrate comprises a first rectangular portion and a second rectangular portion, the first rectangular portion comprising a first length dimension and a first width dimension and the second rectangular portion comprising a second length dimension and a second width dimension, the second length dimension being larger in size than the first length dimension and the first width dimension being larger in size than the second width dimension, the connector subassembly is coupled with the second rectangular portion of the transparent flexible substrate;
• and
• wherein the feed connection comprises a first dipole trace, the first dipole trace being connected with a horizontal projection conductor section and a vertical projection conductor section, the horizontal projection conductor section being positioned orthogonal with the vertical projection conductor section, the first dipole trace further being connected with an angled projection conductor section that is disposed at an interface region between the horizontal projection conductor section and the vertical projection conductor section.