Interoperability in military systems: ODU AMC® Series T – Key to efficient networking and innovation

Interoperability drives development at ODU

It is precisely these requirements that have a major influence on product development. The current geo-political situation shows how important it is that Allies must be able to support each other quickly with defense systems. Crews and maintenance and aftercare logistics must also be able to adapt to the new systems without much preparation time. ODU is looking for holistic solutions with various approaches. Be it with adapter solutions, as a partner in the development of comprehensive solutions or with innovative connectivity solutions such as the ODU AMC^® Series T.

The ODU AMC^® Series T offers a miniature 38999 connector, which offers maximum flexibility in field assembly due to the 3 on 1 locking mechanism and meets the environmental requirements for an innovative connector. Depending on the application, a Thread-Lock, Push-Pull or Break-Away connector can be connected to a universal socket. This reduces the number of different connectors and improves the emergency running properties. The advantage for the user is enormous. Easy handling in dangerous situations, even when restricted by protective equipment such as gloves, night vision devices or thermal imaging devices, is essential.  

Stronger networking and higher data rates

In the future, both emergency services and vehicles will be even more closely networked to enable a seamless exchange of information. Advanced communication systems allow information to be shared in real time. State-of-the-art technologies increase data transfer speeds. This requires scalable connection technology solutions that guarantee data, signal and power transmissions – the ideal field of application for the ODU AMC^® Series T with Expanded Beam Performance. It combines the advantages of a classic expanded beam solution, such as insensitivity to dirt, scratches and vibrations, with the high-performance attenuation values of a physical contact (< 0.3 dB). Compared to conventional expanded beam lens technology, 3 to 4 times the amount of glass fibers can be integrated in an identical installation space. Accordingly, the interfaces and space requirements are reduced, while the transmission capacity increases significantly over longer distances while adhering to the attenuation budget.

Tomorrow’s challenges already thought through today

ODU is already facing up to the technical and ecological challenges today in order to have solutions for tomorrow’s applications in the future. Be it to transfer even higher data rates or to expand the existing portfolio. The miniaturization of communication systems and the use of lighter materials to improve mobility and maneuverability while reducing weight are just a few topics.