Cutting-edge products and solutions for in-water wireless networks.

Subnero Wireless Integrated Suite (SWIS), ADCPs Edition provides a seamless end-to-end solution for the wireless transfer of data from Acoustic Doppler Current Profilers (ADCPs) to avoid uncertainties during long-term deployments. The intuitive web-based user interface and Content-Aware Processing (CAP) engine let the user effectively manage multiple deployments to drive down the overall costs. 

The standalone configuration (SC) is designed with a pressure housing to support different deployment depths and to function on an external power source, which could be a battery for underwater deployments or a power supply when deployed from the water surface. This configuration is optimized for maximum flexibility and reliability in a wide range of deployment scenarios, ensuring seamless and uninterrupted data transmission even in challenging environments. 

The OEM configuration (OC) is tailored to facilitate seamless integration and adaptability, making it a top pick for incorporation into larger platforms, such as AUVs, ROVs, and sensors. Additionally, for free flooded platforms, it comes equipped with a pressure hull option. 

With multiple synchronous channels, a multi-channel modem can effectively process and optimize data transfer in a given environment, ensuring the best possible communication performance. This configuration improves the speed and reliability of communication while reducing errors and interference. 

The standalone configuration (SC) is designed with a pressure housing to support different deployment depths and to function on an internal or external power source, like a battery for underwater deployments or a power supply when deployed from the water surface. This configuration is optimized for maximum flexibility and reliability in a wide range of deployment scenarios, ensuring seamless and uninterrupted data transmission even in challenging environments. 

A modem in the standalone configuration (SC) operates on external power source such as a battery (for underwater deployments) or a power supply (for deployments from the water surface). 

Designed with ease of integration and flexibilty as the primary focus, the embedded configuration (EC) is ideal for integration to underwater platforms such as AUV, ROVs or sensor platforms.