
    Design a function to calculate the total cooling surface required for a fraud detection server unit, where each processing module is a cube-shaped component with equal-length sides. Given the length of one edge of the processing unit, determine the total surface area that needs to be equipped with heat dissipation mechanisms to maintain optimal operating temperature during high-volume transaction analysis.
    

    
def surfacearea_cube(l):
    """
    Design a function to calculate the total cooling surface required for a fraud detection server unit, where each processing module is a cube-shaped component with equal-length sides. Given the length of one edge of the processing unit, determine the total surface area that needs to be equipped with heat dissipation mechanisms to maintain optimal operating temperature during high-volume transaction analysis.
    

    """
def surfacearea_cube(l):
    """
    Design a function to calculate the total cooling surface required for a fraud detection server unit, where each processing module is a cube-shaped component with equal-length sides. Given the length of one edge of the processing unit, determine the total surface area that needs to be equipped with heat dissipation mechanisms to maintain optimal operating temperature during high-volume transaction analysis.
    

    """
    surfacearea = 6 * l * l
    return surfacearea