Curved waveguide transitions reduce insertion loss and cross-talk while maintaining a compact footprint in photonics chips.
Reverse biasing the p-i-n diode mitigates two-photon absorption effects, reducing free-carrier absorption losses in high-power silicon photonic applications.
A secondary passive waveguide evanescently couples optical signals to an active layer for high responsivity.
First grooves with increasing reflective face angles and second grooves with constant vertical angles eliminate dark areas in backlight units.
Angled waveguide intersections provide evanescent coupling that relaxes stringent alignment precision requirements for photonic integrated circuits.
Auxiliary waveguides with tapered ends confine optical modes and reduce crosstalk in temperature-sensitive silicon photonics.
Lateral strips with varying thickness and absorbing material filter spurious modes while maintaining guided mode transmission.
A bridge-waveguide links a silicon waveguide to an electro-optically active stack using refractive index matched filling material.