Specialised communications microelectronics

A firm foundation in specialised communications microelectronics design & manufacture

Communications microelectronicsCommunications microelectronicsCommunications microelectronicsOur industrial microelectronic design and manufacturing service has its origins in the provision of electronic manufacturing and test services for the wireline and wireless telecommunications market. As such, we have extensive outsourcing experience in the specialised communications sector, including the manufacture of both mature and legacy products as well as those demanding the latest hardware technologies.

Our microelectronic manufacturing services are strongly supported by engineering design and process teams based within our manufacturing facilities. In addition to offering comprehensive, well controlled and fully accredited manufacturing lines for conventional PCB assembly and test, we have a range of specialty technologies including thick-film, LTCC (low-temperature co-fired ceramic) and chip-and-wire. These capabilities allow us to provide optimised modular subsystems for a wide range of applications.

Of particular interest to Specialised Communications OEMs, our broad design and manufacturing capabilities encompass high power and high frequency requirements as well as optical fibre assemblies.

We can produce anything from DC power amplifiers to RF modules operating at up to 60 GHz and optical transponders with data rates up to 40 Gbit/s.

Our environmental test house services include climatic and dynamic product testing in accordance with recognised international standards.

Our engineering design teams can provide a complete test system development and construction service covering analogue, digital, optical and microwave requirements with both hardware and software. This enables us to provide a full test suite to meet customer specific product verification requirements.

Why not let our team of experts review your project requirements? We will then propose a manufacturing solution to optimise performance and efficiency while minimising design iterations and cost.




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