A liquid crystal display including a first color pixel area (PX(R)), a second color pixel area (PX(G)), and a first boundary area (b1) disposed between the first color pixel area (PX(R)) and the second color pixel area (PX(G)), comprising: a first substrate and a second substrate facing each other; a first color filter disposed in the first color pixel area (PX(R)) and the first boundary area (b1) on the first substrate ;a second color filter disposed in the second color pixel area (PX(G)) and the first boundary area (b1) on the first substrate ; a first color pixel electrode disposed in the first color pixel area (PX(R)) on the first substrate ; a first data line (171R1) and a second data line (171R2) connected to the first color pixel electrode ; a second color pixel electrode disposed in the second color pixel area on the first substrate ; and a third data line (171G1) and a fourth data line (171G2) connected to the second color pixel electrode , and a liquid crystal layer disposed between the first substrate and the second substrate , characterized in that a first overlapping portion (OL1) where the first color filter overlaps the second color filter in the first boundary area (b1) is disposed closer to the second color pixel area (PX(G)) than to the first color pixel area (PX(R)), the first overlapping portion (OL1) overlaps the third data line (171G1), the second color filter represents green, an area occupied by the first color filter is greater than an area occupied by the second color filter in the first boundary area (b1), the second data line (171R2) and the third data line (171G1) are disposed between the first color pixel electrode and the second color pixel electrode and overlap the first boundary area (b1), a first-side edge (E11) of the first overlapping portion (OL1) is disposed between the second data line (171R2) and the third data line (171G1), and a second-side edge (E12) of the first overlapping portion (OL1) overlaps the third data line (171G1). a first substrate and a second substrate facing each other; a first color filter disposed in the first color pixel area (PX(R)) and the first boundary area (b1) on the first substrate ;a second color filter disposed in the second color pixel area (PX(G)) and the first boundary area (b1) on the first substrate ; a first color pixel electrode disposed in the first color pixel area (PX(R)) on the first substrate ; a first data line (171R1) and a second data line (171R2) connected to the first color pixel electrode ; a second color pixel electrode disposed in the second color pixel area on the first substrate ; and a third data line (171G1) and a fourth data line (171G2) connected to the second color pixel electrode , and a liquid crystal layer disposed between the first substrate and the second substrate , characterized in that a first overlapping portion (OL1) where the first color filter overlaps the second color filter in the first boundary area (b1) is disposed closer to the second color pixel area (PX(G)) than to the first color pixel area (PX(R)), the first overlapping portion (OL1) overlaps the third data line (171G1), the second color filter represents green, an area occupied by the first color filter is greater than an area occupied by the second color filter in the first boundary area (b1), the second data line (171R2) and the third data line (171G1) are disposed between the first color pixel electrode and the second color pixel electrode and overlap the first boundary area (b1), a first-side edge (E11) of the first overlapping portion (OL1) is disposed between the second data line (171R2) and the third data line (171G1), and a second-side edge (E12) of the first overlapping portion (OL1) overlaps the third data line (171G1). <EOS>