A vapor chamber heatsink assembly (300, 800), under vacuum, having a working fluid therein, comprising: a plurality of heatsink fins (1000, 7000), each, having a fin base, an enhancement portion, and a fin tip, opposite the fin base; and a vapor chamber (390, 790) having: an upper casing comprising: a mounting surface having a plurality of mounting portions thereon; and an upper chamber surface (191, 191a), opposite the mounting surface, whereby the plurality of heatsink fins (1000, 7000) are disposed on the upper casing at the plurality of mounting portions, respectively; and a lower casing comprising: a lower chamber surface (291, 291a); and a contact surface, opposite the lower chamber surface (291, 291a), wherein the upper chamber surface (191, 191a) is liquid tight attached to the lower chamber surface (291, 291a), and wherein the upper and lower chamber surfaces (191, 191a, 291, 291a) form a plurality of obstructers (114, 214, 214a) defining a plurality of braided channels (116, 116b, 216, 216a) therearound in direct or indirect communication thereamong, whereby the working fluid, in use, travels through the plurality of braided channels (116, 116b, 216, 216a) unobstructed, characterized in that each of the plurality of heatsink fins (1000, 7000) comprises a plurality of channel extensions therein in direct or indirect communication thereamong and in direct or indirect communication with the plurality of braided channels (116, 116b, 216, 216a) of the upper and lower chamber surfaces (191, 191a, 291, 291a). a plurality of heatsink fins (1000, 7000), each, having a fin base, an enhancement portion, and a fin tip, opposite the fin base; and a vapor chamber (390, 790) having: an upper casing comprising: a mounting surface having a plurality of mounting portions thereon; and an upper chamber surface (191, 191a), opposite the mounting surface, whereby the plurality of heatsink fins (1000, 7000) are disposed on the upper casing at the plurality of mounting portions, respectively; and a lower casing comprising: a lower chamber surface (291, 291a); and a contact surface, opposite the lower chamber surface (291, 291a), wherein the upper chamber surface (191, 191a) is liquid tight attached to the lower chamber surface (291, 291a), and wherein the upper and lower chamber surfaces (191, 191a, 291, 291a) form a plurality of obstructers (114, 214, 214a) defining a plurality of braided channels (116, 116b, 216, 216a) therearound in direct or indirect communication thereamong, whereby the working fluid, in use, travels through the plurality of braided channels (116, 116b, 216, 216a) unobstructed, characterized in that each of the plurality of heatsink fins (1000, 7000) comprises a plurality of channel extensions therein in direct or indirect communication thereamong and in direct or indirect communication with the plurality of braided channels (116, 116b, 216, 216a) of the upper and lower chamber surfaces (191, 191a, 291, 291a). an upper casing comprising: a mounting surface having a plurality of mounting portions thereon; and an upper chamber surface (191, 191a), opposite the mounting surface, whereby the plurality of heatsink fins (1000, 7000) are disposed on the upper casing at the plurality of mounting portions, respectively; and a mounting surface having a plurality of mounting portions thereon; and an upper chamber surface (191, 191a), opposite the mounting surface, whereby the plurality of heatsink fins (1000, 7000) are disposed on the upper casing at the plurality of mounting portions, respectively; and a lower casing comprising: a lower chamber surface (291, 291a); and a contact surface, opposite the lower chamber surface (291, 291a), wherein the upper chamber surface (191, 191a) is liquid tight attached to the lower chamber surface (291, 291a), and wherein the upper and lower chamber surfaces (191, 191a, 291, 291a) form a plurality of obstructers (114, 214, 214a) defining a plurality of braided channels (116, 116b, 216, 216a) therearound in direct or indirect communication thereamong, whereby the working fluid, in use, travels through the plurality of braided channels (116, 116b, 216, 216a) unobstructed, characterized in that each of the plurality of heatsink fins (1000, 7000) comprises a plurality of channel extensions therein in direct or indirect communication thereamong and in direct or indirect communication with the plurality of braided channels (116, 116b, 216, 216a) of the upper and lower chamber surfaces (191, 191a, 291, 291a).