As an innovative connection solution with a 3-in-1 locking mechanism and outstanding performance in demanding applications, the ODU AMC® Series T has inspired users in military and civilian environments for several years. This summer, ODU is expanding its popular product line with a robust, reliable and versatile connectivity solution designed to meet the demanding requirements of the military, security and commercial aviation industries.

First-class features and design

The new ODU AMC® Series T Square Flange Receptacles have a rectangular flange that complies with the cut-out dim., according to MIL-DTL 38999. The square solution is currently available for sizes 09 and 12, each with seven different inserts. This enables a flexible adjustment that can be fully adapted to the specific requirements of the applications.

For maximum flexibility, ODU offers the square flange solution as a standard or reverse gender type with three connection options: Backshell, Crimp-Sleeve / Band-it or PCB. Assembly is possible from both the front and rear using four M3 screws and MIL-C-38999 sealing.

Seamless integration and simple field assembly – as easy as it gets

Communication devices are often retrofitted into military vehicles or upgraded in the field. For this purpose, drilling holes for cable laying and device assembly is carried out on-site as needed. Square flange mounting makes this type of installation easier because the holes and distances can be standardized. ODU has also made the integration of the new square flange solution into existing systems as simple as possible. The mounting dimensions of the ODU AMC® Series T Square Flange Receptacles comply with the standard specified by MIL-DTL-38999, allowing the receptacles to fit seamlessly into existing cut-outs. By simply replacing an existing interface with an ODU AMC® Series T connector system, the benefits of the product line can be easily incorporated into existing systems.

In particular, the simple field assembly and the 3-in-1 locking system (screw lock, push-pull, break-away) of the ODU AMC® T series offer considerable added value for reliable handling in demanding environments compared to conventional connector systems.

Versatile applicability and maximum reliability

Like all other products in the ODU AMC® T series, the square flange solutions are designed for integration into a wide range of military and civilian applications. From military ground and air vehicles to radar systems or inverters, ODU’s connectivity solution guarantees reliable performance under the hardest conditions. The extreme interconnectivity of the system makes the ODU AMC®Series T suitable, for example, as an interface for communication systems that alternate between stationary and mobile use.

Connection solutions from the ODU AMC® T series are ideal for applications such as

  • Military and civil ground and air vehicles and embedded systems
  • Military applications that use connection systems in accordance with MIL-DTL-38999
  • Insert in military electronics systems
  • Stationary and mobile modules such as radars, inverters, video encoders, cable drums, air transport racks (ATRs), power distribution units (PDUs)

Future-proof availability even in times of crisis

The ODU AMC®Series T Square Flange Receptacles are now available. The ODU Product Finder provides you with all technical product information online as well as the option of ordering samples. With a high level of vertical integration and excellent co-operation with online distributors, ODU secures direct and indirect availability and optimizes the supply chain for customers. All components are RoHS-compliant and support the global initiative for sustainable electronics manufacturing.

With the square flange solution for the ODU AMC® T series, ODU is expanding its product portfolio based on decades of experience. Quality, reliability and real added value – easy to integrate and available in record time.

For more information on ODU AMC® Series T Square Flange Receptacles and how the innovative solutions can meet your requirements, visit or contact your personal ODU contact person.