An electronic device, comprising: a terminal body having a display mounted thereon; and a window disposed on a front surface of the display, wherein the window comprises: a base layer; and a protective layer disposed outside the base layer, and having an anti-fingerprint pattern that includes micro-protrusions protruding from a surface of the protective layer by a predetermined height (e) with a repeated and regular structure, wherein a first horizontal sectional area of each micro-protrusion at a height of 1/5(e) and a second horizontal sectional area of each micro-protrusion at a height of 4/5(e) satisfy a following relation, 0.8S1 < S2 < S1, wherein a ratio (n) of total sectional areas of lower ends of the micro-protrusions with respect to a surface area of the protective layer is in a range of 1 ∼ 40 %, wherein the predetermined height (e) of the protrusion is in a range of 5 μm ∼ 30 μm, wherein the protective layer is configured such that a thickness of the protective layer, except for the micro-protrusions, is more than 9 μm, wherein the micro-protrusions are configured such that an average pitch between the micro-protrusions is in a range of 10 μm ∼ 53 μm, wherein the average pitch (g; μm) between the micro-protrusions, the height (e; μm) of the micro-protrusion, and the ratio (n; %) of total sectional areas of lower ends of the micro-protrusions with respect to a surface area of the protective layer satisfy a following relation, 15 μm 2 / % < g × e / n < 105 μm 2 / %. a terminal body having a display mounted thereon; and a window disposed on a front surface of the display, wherein the window comprises: a base layer; and a protective layer disposed outside the base layer, and having an anti-fingerprint pattern that includes micro-protrusions protruding from a surface of the protective layer by a predetermined height (e) with a repeated and regular structure, wherein a first horizontal sectional area of each micro-protrusion at a height of 1/5(e) and a second horizontal sectional area of each micro-protrusion at a height of 4/5(e) satisfy a following relation, 0.8S1 < S2 < S1, wherein a ratio (n) of total sectional areas of lower ends of the micro-protrusions with respect to a surface area of the protective layer is in a range of 1 ∼ 40 %, wherein the predetermined height (e) of the protrusion is in a range of 5 μm ∼ 30 μm, wherein the protective layer is configured such that a thickness of the protective layer, except for the micro-protrusions, is more than 9 μm, wherein the micro-protrusions are configured such that an average pitch between the micro-protrusions is in a range of 10 μm ∼ 53 μm, wherein the average pitch (g; μm) between the micro-protrusions, the height (e; μm) of the micro-protrusion, and the ratio (n; %) of total sectional areas of lower ends of the micro-protrusions with respect to a surface area of the protective layer satisfy a following relation, 15 μm 2 / % < g × e / n < 105 μm 2 / %. a base layer; and a protective layer disposed outside the base layer, and having an anti-fingerprint pattern that includes micro-protrusions protruding from a surface of the protective layer by a predetermined height (e) with a repeated and regular structure, wherein a first horizontal sectional area of each micro-protrusion at a height of 1/5(e) and a second horizontal sectional area of each micro-protrusion at a height of 4/5(e) satisfy a following relation, 0.8S1 < S2 < S1, wherein a ratio (n) of total sectional areas of lower ends of the micro-protrusions with respect to a surface area of the protective layer is in a range of 1 ∼ 40 %, wherein the predetermined height (e) of the protrusion is in a range of 5 μm ∼ 30 μm, wherein the protective layer is configured such that a thickness of the protective layer, except for the micro-protrusions, is more than 9 μm, wherein the micro-protrusions are configured such that an average pitch between the micro-protrusions is in a range of 10 μm ∼ 53 μm, wherein the average pitch (g; μm) between the micro-protrusions, the height (e; μm) of the micro-protrusion, and the ratio (n; %) of total sectional areas of lower ends of the micro-protrusions with respect to a surface area of the protective layer satisfy a following relation, 15 μm 2 / % < g × e / n < 105 μm 2 / %.