Visualizing an entire product system from conceptualization in the laboratory to making it readily available to clients and consumers demands most rigorous and dedicated efforts which we always provide. The key characteristic of any embedded system remains in being dedicated to handle a particular task within a larger system, often with real-time computing constraints.Many of the devices in common use today have an embedded system at their core. Since an embedded system is dedicated to specific tasks, we as design engineers put in our best efforts in optimization of size and cost factors, while improving reliability and performance. Some embedded systems and devices are manufactured on a relatively larger scale as compared to others depending on their requirements and the field in which they are needed.

A printed circuit board (PCB) basically acts as a mechanical support that additionally provides electrical connectivity to all the electronic components on-board using conductive tracks, pads and other features etched from copper sheets laminated onto a non-conductive substrate. PCBs can be single-sided ( having one copper layer), double sided ( having two copper layers) or multi-layered. Advanced PCBs may contain components such as - capacitors, resistors orand active devices, embedded in the substrate as per the application requirements. PCB Engineering requires identification of feasibility issues during early stages of design and expertise to effectively fix the same.

Visualizing an entire product system from conceptualization in the laboratory to making it readily available to clients and consumers demands most rigorous and dedicated efforts which we always provide. The key characteristic of any embedded system remains in being dedicated to handle a particular task within a larger system, often with real-time computing constraints.Many of the devices in common use today have an embedded system at their core. Since an embedded system is dedicated to specific tasks, we as design engineers put in our best efforts in optimization of size and cost factors, while improving reliability and performance. Some embedded systems and devices are manufactured on a relatively larger scale as compared to others depending on their requirements and the field in which they are needed.

A printed circuit board (PCB) basically acts as a mechanical support that additionally provides electrical connectivity to all the electronic components on-board using conductive tracks, pads and other features etched from copper sheets laminated onto a non-conductive substrate. PCBs can be single-sided ( having one copper layer), double sided ( having two copper layers) or multi-layered. Advanced PCBs may contain components such as - capacitors, resistors orand active devices, embedded in the substrate as per the application requirements. PCB Engineering requires identification of feasibility issues during early stages of design and expertise to effectively fix the same.