Our ICs combine the the required silicon electronics with LEDs in one solid-state and reliable chip. It takes away the current need to assemble LEDs with silicon integrated circuits through packaging and finally delivers on the early promise of LED lighting, offering a much longer product lifetime than an incandescent bulb.

Our ICs merge silicon and compound semiconductors, replacing the thousands of separately manufactured LEDs, silicon chips and interconnects that currently make up wearable displays. With more efficient light-emitting devices in a single chip, we are able to change the form factor of wearables, improve display performance, increase battery life, decrease cost and make possible game-changing new product innovations.

Our ICs integrate more efficient high-frequency transmitting compound transistors with silicon integrated circuits to transform 5G and 6G wireless communication. The breakthrough is in enabling digital control of these efficient compound semiconductor transistors. It replaces the digital silicon transistors designed for computing that become power-hungry when used for wireless communication at these rates. The power loss with our single chip can be reduced by more than 50% and frees designers from current packaging constraints, opening up a new wave of innovation with improved flexibility, affordability and performance.

Our ICs enable phased arrays that overcome the issue of wireless signals being largely wasted in an attempt to reach a distant transmitting point and the resultant loss of signal and power. By better focusing the transmittance without expensive packaging. This solves significant design innovation and cost limitations for developers creating products that require very high wireless bandwidth rates and frequencies to communicate with computation.