1. A method of transferring at least one image to at least two client systems, comprising: dividing an image into a plurality of sub cells, each sub-cell comprising a portion of the image; receiving a first request from a first client system for a first prescribed number of sub-cells; receiving a second request from a second client system for a second prescribed number of sub-cells; intellectual queuing of sub-cells upon overlap of sub-cells requested by the first and second client systems such that the number of sub-cells queued is less than a total of the first and second prescribed number of cells by a number of overlapped sub-cells; sending the first prescribed number of sub-cells from the queued sub-cells to the first client system; sending the second prescribed number of sub-cells from the queued sub-cells to the second client system; and sending at least one of first additional sub-cells around the first prescribed number of sub-cells to the first client system or second additional sub-cells around the second prescribed number of sub-cells to the second client system.