Ethernet Networks for Military Users

Modern electronic equipment is communicating faster than ever before. Whether in the domestic market or at the edge of space, machines are sharing data at an unprecedented rate. For the first time, the Internet of Things (IoT) is allowing devices to share data with each other, providing real-time monitoring and the ability to interact with remote equipment. High-speed connectors and their associated cabling are the nervous system of this industry, providing the pathway for sharing the massive amount of data required.

For many years, Ethernet has formed the backbone of computer networking. Communicating via a common protocol, and linked with twisted pair cables and multi-pin modular connectors, Ethernet makes it easy to integrate a wide range of computing devices into a common network. This ease of use has made Ethernet attractive to a wide range of applications. Many industries and markets operate in locations that cannot provide the safe conditions found in the office or the home.

Ethernet provides the military with the capability to create a network in the field. One of the greatest challenges faced by military commanders is that of communications. Clear and concise exchange of information has always been vital to the effective command and control of any successful operation. In the modern era, the military depends on a concept called combined operations. This sees all elements of the armed forces working in close cooperation, from the soldiers on the ground and their support services to close support aircraft and even naval forces. 

Not only do these forces rely on clear and secure voice communications, but they also now depend on shared data services, creating an information network in which all elements have access to vital intelligence. Ethernet, with its easy compatibility and the potential for rapid installation, is an ideal tool for the expeditionary operations that are typical of the modern military.

However, the battlefield environment is challenging. Any equipment that is intended for use on the battlefield must be designed to function in some of the harshest conditions, and still provide a very high level of reliability, for there is a real possibility that lives will depend on them. The connectors and infrastructure used in these battlefield communication systems must be able to resist exposure to the elements, as well as shock and vibration. 

Beyond the military, there are many other markets that can take advantage of equipment designed for the demanding battlefield environment. From mining and oil exploration to disaster relief, many organisations need the capability to create an Ethernet network in tough conditions. 

To provide a rapid networking capability for users in demanding field-based applications, Amphenol Socapex has created a managed Ethernet switch (250-0965) . It offers full Ethernet functionality in harsh environments with the popular and reliable Terrapin series of circular military connectors (735-0793) . Protected to IP68, the switch features 8 managed ports and weighs just 390 grams.