Quantum physics
Our Low-Noise Lithium Niobate Quantum Frequency Converter efficiently transforms communication-band photons to visible wavelengths, to be detected by cost-effective, highly efficient Si APD's. With custom-designed wavelength separation to filter out background noises due to second harmonic generation and Raman scattering, our SHG780/SHG532 module ensures high conversion efficiency and low background noise, vital to preserve signal quantum properties for long-distance quantum communication, networking, and sensing.
Lasers Instrumentation
We work with partners worldwide to integrate our crystals and waveguides into a range of scientific instrumentation.
For OEM products you can discuss your desired specification with our engineering team to facilitate the design of a custom item. We also have a wide selection of readily available stock items for use as off-the-shelf components in your system.
Medical and Life Science
We design and manufacture PPLN products that can be used in many spectroscopic or environmental science applications. These include narrow-linewidth laser sources for gas spectroscopy applications or picosecond and femtosecond ultrafast laser sources for specific wavelengths in fluorescence spectroscopy. Our products are already successfully integrated into a number of existing systems enabling future research and development into novel applications.
High-performance electro-optic IQ modulator based on Thin-film lithium niobate (TFLN) technology. It is ideal for applications where space and weight are at a premium: e.g. QPSK and QAM encoding up to 60Gbd, single-sideband modulation or RF mixing up to 60GHz. This linear Dual Parallel Mach Zehnder device combines market leading performance in bandwidth and drive-power with a compact folded-optics configuration, which segregates RF and optical interfacing to opposing ends and helps to maintain integrity of the RF feeds.
Microwave photonics is currently used in a wide variety of applications. It enables new microwave functions such as fast spectrum analysis, low-phase-noise microwave and millimeter wave generation, high-frequency conversion, long true-time delay, probing and control of microwave devices and ultra-fast analog-to-digital converters. Conversely, microwave techniques enable new optical communication systems, with faster modulation and detection devices.
Data Center, Telecom Applications
Liniobate has achieved a low-cost coherent transceiver by densely integrating its proprietary broadband and compact Thin Film LiNbO3 (TF-LN) modulator and silicon photonics receiver into the CFP2. By taking advantage of the excellent transmission performance and low-loss characteristics of the TF-LN modulator, this product delivers high output power and high OSNR performance, enabling up to a 15% increase in transmission distance compared to previous generation products.Liniobate will continue to develop its technology to aim at next-generation 1.6Tbps pluggable coherent transceivers.