Consultancy Services

The paramount focus of a product design is to meet the system requirements in the most optimized fashion. By optimum it is to find a solution point that needs to satisfy contrasting system, commercial and eco-system demands. A unilateral approach can match only one or a subset of these demands.

Our offering is a co-design methodology to put together the most optimal solution. Performance, reliability and configurability are the most basic system demands. In order to address all these requirements simultaneously, we put in hardware and software solutions for the appropriate sections of the system solution and stitch them together in the correct manner.

HW-SW Co-design methodology exploits the synergism of hardware and software in the search for optimized solutions that use at best the current eco-system, the availability of hardware components and software  infrastructure. It is a methodology of piecing together modules on hardware and software to develop a solution. This also involves integrating the design life cycles of hardware and software, in such a manner that they complement each other. As we will understand further this methodology offers high design flexibility and maneuverability.

By nature hardware software co-design is concurrent; this allows system designers to optimize individual design approaches to accommodate and realign as required. Most importantly, this allows early detection of errors in system architecture and course correction. Often hardware and software modules are developed in a staggered fashion to enable or unblock each other. For example, to make sure that the software modules are ready by the time hardware is manufactured, software needs to be enabled with an early development platform. Today silicon vendors provide many reference designs that can be used for enabling early software development. Finally, hardware software co-design is an integrated design approach which means at every stage the design artifacts are vetted against the other approach to look for synergy, incompatibility and design outcome as against the optimized solution offering.

  • Software architecture

    Software Engineering

    Software Engineering

    Software consultants with exposure to multiple operating systems and SW architectures for system engineering.

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  • Middleware frameworks

    Middleware and Application

    Middleware and Application

    Software consultants with expertise in multiple middleware architecture and application development frameworks.

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  • Mixed signal design

    Hardware Engineering

    Hardware Engineering

    High speed hardware development spanning digital, analog and mixed signal products including ruggedization and reliability engineering.

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