Active matrix organic light emitting diode panel

An active matrix organic light emitting diode (AMOLED) panel where a color shift does not occur at an edge of a display area, comprising:

• a substrate;
• a standard pixel structure, comprising:
• a first poly-silicon and gate layer is formed on the substrate;
• a first interlayer insulating layer, formed on the first poly-silicon and gate layer;
• wherein a first hole is formed through the first interlayer insulating layer and the first poly-silicon and gate layer;
• a first drain layer is formed filled with the first hole and extending outside the first hole;
• a first planar layer, formed on the first interlayer insulating layer, a first source layer, and the first drain layer;
• the first planar layer covering the first interlayer insulating layer, the first source layer, and the first drain layer;
• a second hole formed in the area corresponding to the first drain layer on the first planar layer;
• a first anode material layer, formed on the first planar layer, extending through the second hole, and electrically connected to the first drain layer;
• and
• a first pixel defining layer, formed on the first anode material layer and covering only a portion of the first anode material layer;
• and
• a non-standard pixel structure, comprising:
• a second poly-silicon and gate layer is formed on the substrate;
• a second interlayer insulating layer being formed on the second poly-silicon and gate layer;
• a second planar layer, formed on the second interlayer insulating layer, the second source layer, and the second drain layer;
• the second planar layer covering the second interlayer insulating layer, the second source layer, and the second drain layer;
• a second anode material layer, formed on the second planar layer;
• and
• a second pixel defining layer, formed on the second anode material layer;
• the second pixel defining layer, covering a portion of the second anode material layer,
• wherein The AMOLED display panel controls pixel units of non-standard pixel structure by using image algorithm.