Resources
Versawave has a variety of different resources available to help explain our products.
Amplitude Modulator Data Sheets
50G 3.3V Amplitude Modulator (Under Development)
50G 5.0V Amplitude Modulator (Under Development)
Polarization Modulators Data Sheets
40G 3.3V Polarization Modulator
40G 5.0V Polarization Modulator
50G 3.3V Polarization Modulator (Under Development)
50G 5.0V Polarization Modulator (Under Development)
Whitepapers
Performance of a 40 Ghz RF Photonic Balanced Link using a Polarization Modulator
Fiber optic links are commonly employed for high bandwidth applications. Analog RF photonic link applications often have critical sensitivity and linearity requirements, as such the noise figure (NF) and spurious free dynamic range (SFDR) are key performance parameters for these links. There has been considerable research dedicated to developing improved components and link designs to yield improvement in NF and SFDR.
Application Notes
Versawave modulator schemes
The Versawave waveguide-geometry modulator chip has two principal birefringence axes oriented near 45 degrees to the wafer normal: the fast-axis eigenmode and the slow-axis eigenmode.