Abstract: A modular LED line light, the modular LED line light comprising: at least one line light module, the at least one line light module comprising: a U-shaped body comprising a base and two opposing side walls extending from the base, the base comprising an interior surface and an exterior surface; at least one LED array disposed on the interior surface of the U-shaped body; a rail for receiving the at least one line light module, the rail comprising a first surface and a second surface, wherein the first surface is configured to receive the exterior surface of the base of the U-shaped body of the at least one light module; and a cooling tube for receiving a cooling fluid for removing heat from the at least one line light module, the cooling tube being disposed between the exterior surface of the base of the U-shaped body and the first surface of the rail.

Abstract: A modular LED line light, the modular LED line light comprising: at least one line light module, the at least one line light module comprising: a U-shaped body comprising a base and two opposing side walls extending from the base, the base comprising an interior surface and an exterior surface; at least one LED array disposed on the interior surface of the U-shaped body; a rail for receiving the at least one line light module, the rail comprising a first surface and a second surface, wherein the first surface is configured to receive the exterior surface of the base of the U-shaped body of the at least one light module; and a cooling tube for receiving a cooling fluid for removing heat from the at least one line light module, the cooling tube being disposed between the exterior surface of the base of the U-shaped body and the first surface of the rail.

Abstract: A method, system and computer program product for manipulating an instruction flow in a pipeline of a processor is disclosed. Detection means (142) detects an instruction of an instruction type that will lead to an interruption of the instruction flow through the pipeline. This is done by analyzing a relevant part of the instruction opcode, said opcode either representing a single instruction (400) or a plurality of instructions like a Very Long Instruction Word (420). Detection means (142) signals insertion means (180), which will flush redundant instructions from the pipeline, followed by the insertion directly into an intermediate pipeline stage (126) of an instruction that will aid the required switching of tasks. Aforementioned instruction opcode with recognizable bit pattern can be integrated in a computer program product, enabling optimized execution of the product by said system.