AKON has built a reputation for engineering excellence that is evident in every product designed and henceforth, shipped. AKON’s engineering team takes pride in the design, development and sustenance of the most demanding and highest quality RF/microwave subsystems and components for the electronic warfare and space community. AKON hardware designs are targeted for airborne, shipboard, ground and space applications and range form discrete active and passive components, log amplifiers, thru complex subsystems.

In support of its vertical integration goals, AKON has established separate captive departments to design and develop solid state switches, filters, and amplifiers. The charter for these departments is to design components specific to customer requirements, as well as designs for use in AKON subassembly and subsystem activity. In regards to our own internal usage, this strategy enables us to reduce development/prototype times by eliminating customary longer lead-times associated with external vendor procurement. This approach also allows us to analyze component performance quickly and adjust as necessary, as well as controlling cost.

AKON engineers have the knowledge, tools and experience necessary to design, manage development and deliver, on the most technically demanding projects. Their experience envelopes all aspects of the product design and development cycle: appropriate R&D, design and critical analysis, fabrication of prototypes and diagnostics.

Design generation and analysis utilizing computer-based simulation and modeling programs provide an assessment and overview of a specific design's reliability, reproducibility, testability and sustainability. Simulation software reduces the time and cost associated with circuit analysis, while modeling allows identification and correction of design issues prior to a circuit being prototyped.

All engineering effort proceeds IAW AKON’s Quality Assurance Procedures and a dedicated Document Control department to ensure complete project documentation and traceability.