Aeponyx
Aeponyx specializes in creating Photonic Integrated Circuits using Silicon Nitride, integrating planar MEMS and switching technology for small, fast, and energy-efficient photonics products.
Aeponyx Services
Aeponyx specializes in creating Photonic Integrated Circuits using Silicon Nitride. The company integrates planar Micro-Electromechanical Systems (MEMS) and switching technology to develop small, fast, and energy-efficient photonic products. Aeponyx provides applications in various sectors including telecom for faster communications, datacom for quicker routing, quantum for photon control, and sensors for advanced detection.
Aeponyx Products
Aeponyx offers several sophisticated products tailored to meet the demands of modern technology. Notable products include the R.O.C.S. 2 (Resource Optical Configuration System) and the IWG (Isolator Waveguides). The IWG includes ultra-compact, magnet-less, and epoxy-free models designed for PIC transceivers, laser dies, amplifiers, and photonic sensors. Additionally, Aeponyx provides tunable lasers that feature fast tuning time, extended reach, high output power, and an integrated shutter, suitable for xHaul and DWDM PON networks.
Photonic MEMS Process by Aeponyx
Aeponyx has developed a proprietary photonic MEMS process aimed at achieving power-effective, high-speed optical switching and thermal tuning. This process is instrumental in enhancing the performance and efficiency of their photonic products, making them suitable for diverse applications in modern telecommunications and data management.
Tunable Optical Filtering/Switching Platform
Aeponyx offers a tunable optical filtering and switching platform that merges low-loss silicon nitride waveguides with thermo-optically tuned wavelength selectivity. This platform is designed to provide precise optical filtering and switching functionalities, ensuring high performance in data-intensive environments.
R.O.C.S. 2 Optical Failover Protection
The R.O.C.S. 2 devices by Aeponyx are engineered to offer optical failover protection, which is crucial for maintaining continuous and reliable operations in data centers. These devices are designed to reduce power consumption and enhance reliability, thereby playing a pivotal role in managing data center efficiency and performance.