A spotlight apparatus comprising: a LED plate comprising a plurality of LED modules, a metal plate and two connectors, the plurality of LED modules and the two connectors being mounted on the metal plate; a lens plate, comprising a central lens and a plurality of micro optical structures; a cup body comprising a dome portion, a tube portion and a bottom portion, the dome portion and the tube portion being manufactured together as a single body, the lens plate being fixed to a top peripheral end of the dome portion of the cup body, the LED plate being disposed inside the dome portion so that a portion of light emitting from the LED modules running through the central lens of the lens plate to form a focus light beam and another portion of light emitting from the LED modules running through the plurality of micro optical structures to form soft light; a driver plate containing driver circuits, two output terminals and two input terminals; and two metal pins integrated to the bottom portion of the cup body, the two input terminals of the driver plate inserted into the two metal pins and the two output terminals connected to the LED plate; wherein the two metal pins have openings respectively for receiving the two input terminals of the driver plate; wherein a portion of the input terminals of the driver plate is deformed when the input terminals are inserted into the openings of the two metal pins to keep better connection between the input terminals and the two metal pins; wherein there is a neck portion between the dome portion and the tube portion, there is a first distance between where the LED plate is disposed and the neck portion, there is a second distance between the top peripheral and the neck portion, and the first distance is smaller than half of the second distance and larger than one fourth of the second distance, wherein the tube portion of the cup body has a track trench for guiding and inserting the driver plate. a LED plate comprising a plurality of LED modules, a metal plate and two connectors, the plurality of LED modules and the two connectors being mounted on the metal plate; a lens plate, comprising a central lens and a plurality of micro optical structures; a cup body comprising a dome portion, a tube portion and a bottom portion, the dome portion and the tube portion being manufactured together as a single body, the lens plate being fixed to a top peripheral end of the dome portion of the cup body, the LED plate being disposed inside the dome portion so that a portion of light emitting from the LED modules running through the central lens of the lens plate to form a focus light beam and another portion of light emitting from the LED modules running through the plurality of micro optical structures to form soft light; a driver plate containing driver circuits, two output terminals and two input terminals; and two metal pins integrated to the bottom portion of the cup body, the two input terminals of the driver plate inserted into the two metal pins and the two output terminals connected to the LED plate; wherein the two metal pins have openings respectively for receiving the two input terminals of the driver plate; wherein a portion of the input terminals of the driver plate is deformed when the input terminals are inserted into the openings of the two metal pins to keep better connection between the input terminals and the two metal pins; wherein there is a neck portion between the dome portion and the tube portion, there is a first distance between where the LED plate is disposed and the neck portion, there is a second distance between the top peripheral and the neck portion, and the first distance is smaller than half of the second distance and larger than one fourth of the second distance, wherein the tube portion of the cup body has a track trench for guiding and inserting the driver plate.