A lighting system comprising: a light box housing comprising a face, a back, and a plurality of sidewalls between said face and said back; a plurality of interconnected lighting units (110; 300) on at least one woven flexible carrier within said light box housing, each of said plurality of interconnected lighting units (110; 300) comprising: a printed circuit board (206; 306) having a first surface (204; 304) and a second surface (205; 305), wherein said PCB (206; 306) is substantially planar; and at least one light emitting element on at least said first surface (204; 304) of said PCB (206; 306), wherein said PCB (206; 306) is configured to be mounted to said at least one woven flexible carrier; a mounting mechanism (118, 122; 810; 1100) configured to secure said at least one woven flexible carrier to said light box housing, wherein said plurality of interconnected lighting units (120; 300) are configured to emit light in a substantially uniform light distribution pattern, characterized in that said mounting mechanism (118, 122; 810; 1100) comprises at least one clamp configured to receive a respective one of opposing ends of said at least one woven flexible carrier to mount said plurality of interconnected lighting units (110; 300) to said light box housing; and in that said at least one clamp comprises: a front plate; a back plate; and a hinge, wherein said front plate is configured to be hingedly coupled to said back plate by said hinge, wherein the front plate is configured to be received by the back plate such that the back plate holds the front plate and prevents the front plate from disengaging the back plate when the at least one clamp is closed, thereby coupling said at least one clamp to said at least one woven flexible carrier. a light box housing comprising a face, a back, and a plurality of sidewalls between said face and said back; a plurality of interconnected lighting units (110; 300) on at least one woven flexible carrier within said light box housing, each of said plurality of interconnected lighting units (110; 300) comprising: a printed circuit board (206; 306) having a first surface (204; 304) and a second surface (205; 305), wherein said PCB (206; 306) is substantially planar; and at least one light emitting element on at least said first surface (204; 304) of said PCB (206; 306), wherein said PCB (206; 306) is configured to be mounted to said at least one woven flexible carrier; a printed circuit board (206; 306) having a first surface (204; 304) and a second surface (205; 305), wherein said PCB (206; 306) is substantially planar; and at least one light emitting element on at least said first surface (204; 304) of said PCB (206; 306), wherein said PCB (206; 306) is configured to be mounted to said at least one woven flexible carrier; a mounting mechanism (118, 122; 810; 1100) configured to secure said at least one woven flexible carrier to said light box housing, wherein said plurality of interconnected lighting units (120; 300) are configured to emit light in a substantially uniform light distribution pattern, characterized in that said mounting mechanism (118, 122; 810; 1100) comprises at least one clamp configured to receive a respective one of opposing ends of said at least one woven flexible carrier to mount said plurality of interconnected lighting units (110; 300) to said light box housing; and in that said at least one clamp comprises: a front plate; a back plate; and a hinge, wherein said front plate is configured to be hingedly coupled to said back plate by said hinge, a front plate; a back plate; and a hinge, wherein said front plate is configured to be hingedly coupled to said back plate by said hinge, wherein the front plate is configured to be received by the back plate such that the back plate holds the front plate and prevents the front plate from disengaging the back plate when the at least one clamp is closed, thereby coupling said at least one clamp to said at least one woven flexible carrier.