Display module having polygon shaped flexible circuit board

An information handling system, comprising:

• a processor;
• and
• a liquid crystal display (LCD) module interfacing with the hardware processor, the LCD module including:
• a liquid crystal material disposed between glass substrates;
• a printed circuit board assembly;
• first and second polygon flexible printed circuits, the first polygon flexible printed circuit including a driver integrated circuit, the first polygon flexible printed circuit having a minor end connected to one of the glass substrates and a major end connected to the printed circuit board assembly;
• and
• a shielding can in physical communication with the printed circuit board assembly, the shielding can including a minor end and a major end, wherein the minor end of the shielding can is located in between the major end of both of the first and second polygon flexible printed circuits and the major end of the shielding can is located in between the minor ends of both of the first and second polygon flexible printed circuits, the shielding can to reduce electromagnetic interference between the printed circuit board and the first polygon flexible printed circuit, wherein the shielding can covers multiple circuitry components of the printed circuit board assembly;
• wherein the printed circuit board assembly controls the driver integrated circuit via the first polygon flexible printed circuit.

An information handling system, comprising:

• a processor;
• and
• a liquid crystal display (LCD) module interfacing with the hardware processor, the LCD module including:
• a liquid crystal material disposed between glass substrates;
• a printed circuit board assembly;
• first and second polygon flexible printed circuits, the first polygon flexible printed circuit including a driver integrated circuit, the first polygon flexible printed circuit having a minor end connected to one of the glass substrates and a major end connected to the printed circuit board assembly;
• and
• a shielding can in physical communication with the printed circuit board assembly, the shielding can including a minor end and a major end, wherein the minor end of the shielding can is located in between the major end of both of the first and second polygon flexible printed circuits and the major end of the shielding can is located in between the minor ends of both of the first and second polygon flexible printed circuits, the shielding can to reduce electromagnetic interference between the printed circuit board and the first polygon flexible printed circuit, wherein the shielding can covers multiple circuitry components of the printed circuit board assembly;
• wherein the printed circuit board assembly controls the driver integrated circuit via the first polygon flexible printed circuit;
• wherein the minor end of the first polygon flexible printed circuit has a shorter width than the major end;
• and
• wherein the first polygon flexible printed circuit comprises a signal routing region connected to the printed circuit board assembly.