OUR VISION: To inspire customers globally, as a technology developer of the most innovative microwave and on-the-move radio and satellite products that help to deliver real-time telecommunications anywhere in the world.
Find Your Communication Solution with our Satcom Design and Engineering
EM Solutions is committed to revolutionising the communication landscape with a range of innovative microwave and on-the-move radio satellite systems. We offer the design of Satcom technologies with our professional engineering service and aim to deliver real time telecommunications all around the globe. It is our goal to help our customers stay connected.
Bring your idea to life with an experienced engineering team
Besides offering a suite of exceptional off the shelf communication products, our professional team of engineering and design based experts are capable of customising a specific system to suit your requirements. Whether you simply have the basis of an idea or an existing product which needs improvement, we can work with you to produce an enhanced design which is ready for commercial production.
Our expertise in communication design speaks for itself
With over a decade of experience in the industry, we have applied our microwave satellite technologies across a broad array of industries. The business sectors we’re involved in, include the Australian Defence Force, broadcasting, maritime and telecommunications. We have been supplying state of the art Satcom terminals and microwave radio links across these industries for a number of years and offer these same services to any entrepreneurs with a design concept which they wish to manufacture.
Latest News
ASA - People are ready once again to get onboard with technology
Thursday, 02 May 2019
A lot has changed since EM Solution’s founder Dr. John Ness built circuits for space some 30 years ago. In those days it took a long time to get approval to use surface mount components even though these were much smaller, lighter and more reliable than the, then, old fashioned wire-wound components. The predecessor space circuits look very primitive by comparison.
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