Compared with Gaasp-Gap LED, ultra-high brightness red A1GAASLED has a higher luminous efficiency. The transparent substrate (TS) A1Gaas LED (640Nm) has a luminous efficiency of nearly 10LM/W, which is 10 times larger than the red Gaasp-Gap LED. The color provided by the ultra-high brightness Ingaalp LED is the same as the GAASP-GAP LED include: green and yellow (560nm), light green and yellow (570nm), yellow (585nm), light yellow (590nm), orange (605nm), light red (625nm dark red red (640nm). The transparent substrate A1GAINP LED light emitting efficiency compares with other LED structures and incandescent light sources. Ingaalp LED absorbs the lumen efficiency of the substrate (AS) of 101M/W. -The wavelength range of 626nm is 10-20 times higher than the lingering efficiency of Gaasp-Gap LED; within the wavelength range of 560-570, it is 2-4 times higher than Gaasp-Gap LED. The color light and green light, its wavelength range is 450-480nm, orchid green is 500nm, and the green is 520nm; its lumen efficiency is 3-151m/w. Lights can replace incandescent lamps within 1w, and use the LED array to replace incandescent lamps within 150W. For many applications, incandescent lamps use filter to get red, orange, green and orchids, and use super superficiality. The high brightness LED can get the same color. The ultra -high brightness LED manufactured by the laborp material and Ingan materials combine multiple (red, orchid, green) ultra -high brightness LED chip combination. . Including red, orange, yellow, green, and blue, its luminous efficiency has exceeded incandescent lamps and approaching the fluorescent lamp. The luminous brightness is higher than 1000mcd, which can meet the needs of outdoor and full -color display. Express the sky and the ocean and achieve three -dimensional animation. The new generation of red, green, and blue -super high brightness LED has reached unprecedented performance.