Partnership for Deep-Sea Rugged Networking

BotBlox has launched UbiSwitch, the company’s latest innovation in networking appliances. Designed to thrive in harsh environments, UbiSwitch is a compact and modular high port-count ethernet switch. 

With its exceptional tolerance to pressure, vibration, altitude, humidity, and temperature, UbiSwitch is built to withstand the most challenging conditions.

A Modular Solution for Seamless Integration

UbiSwitch has been meticulously engineered to serve as a standard modular component, allowing system integrators to effortlessly incorporate ethernet connectivity into their systems. 

By choosing UbiSwitch, integrators can enhance their systems’ capabilities without compromising on size or weight—a game-changer for industries requiring compact and lightweight solutions.

Partnering with Kystdesign: Unleashing the Power of Deep-Sea Applications

Recognizing the multitude of applications that demand such robust products for deep-sea exploration, BotBlox is proud to announce its partnership with Kystdesign—a leading company renowned for their expertise in underwater technology. 

As an authorized distributor and partner of BotBlox, Kystdesign offers unrivaled support for using UbiSwitch in deep-sea environments, as well as other high-pressure applications.

With their profound knowledge and experience, Kystdesign stands as the perfect collaborator to provide the engineering necessary to qualify UbiSwitch for use in deep-sea ventures. 

Their commitment to excellence aligns perfectly with BotBlox’s vision of delivering cutting-edge solutions that conquer the most demanding environments. If any BotBlox customers are working on a deep sea application, reach out to Kystdesign for more information on using UbiSwitch.

At BotBlox, pushing the boundaries of innovation to create solutions that address the unique challenges faced by various industries is of the utmost importance. Through this partnership with Kystdesign, the company is equipped to explore the depths of the deep-sea and unlock new possibilities for connectivity in extreme conditions.