Compact Light Weight Medical Tablet – Design and Development

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Compact Light Weight Medical Tablet – Design and Development

Executive Summary

The client is a Japanese manufacturer of photomultiplier tubes, imaging devices, light sources, opto-semiconductors, imaging and analyzing system for scientific, technical, and medical use.  They have developed a tablet that could be used by medical professionals during an emergency. However, they were facing difficulties in meeting both the LCD design requirements and the IP54 standards (mainly the heat issues) at the same time. Also, they wanted the data to be stored in the tablet as well as in the SD card.

eInfochips involved in identifying the components from hardware and mechanical engineering perspective, and in adjusting the layout as per height constraints. The hardware was designed to support temperature specifications, EOL requirements, LCD design, etc. Multithreaded QT based application was developed to display data received from probes in graphical form that can be copied to the SD card.

Project Highlights

  • Based on NXP i.MX6 Quad-Core Processor
  • In-built Battery
  • Real-time Measurement of Data
  • Measures Data Simultaneously from Two Channels

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Executive Summary

The client is a Japanese manufacturer of photomultiplier tubes, imaging devices, light sources, opto-semiconductors, imaging and analyzing system for scientific, technical, and medical use.  They have developed a tablet that could be used by medical professionals during an emergency. However, they were facing difficulties in meeting both the LCD design requirements and the IP54 standards (mainly the heat issues) at the same time. Also, they wanted the data to be stored in the tablet as well as in the SD card.

eInfochips involved in identifying the components from hardware and mechanical engineering perspective, and in adjusting the layout as per height constraints. The hardware was designed to support temperature specifications, EOL requirements, LCD design, etc. Multithreaded QT based application was developed to display data received from probes in graphical form that can be copied to the SD card.

Project Highlights

  • Based on NXP i.MX6 Quad-Core Processor
  • In-built Battery
  • Real-time Measurement of Data
  • Measures Data Simultaneously from Two Channels

To read more, download the copy

arrows-new-1

To download this resource

Fill in the details below

I wish to be contacted by eInfochips

eInfochips' Privacy Statement.

Executive Summary

The client is a Japanese manufacturer of photomultiplier tubes, imaging devices, light sources, opto-semiconductors, imaging and analyzing system for scientific, technical, and medical use.  They have developed a tablet that could be used by medical professionals during an emergency. However, they were facing difficulties in meeting both the LCD design requirements and the IP54 standards (mainly the heat issues) at the same time. Also, they wanted the data to be stored in the tablet as well as in the SD card.

eInfochips involved in identifying the components from hardware and mechanical engineering perspective, and in adjusting the layout as per height constraints. The hardware was designed to support temperature specifications, EOL requirements, LCD design, etc. Multithreaded QT based application was developed to display data received from probes in graphical form that can be copied to the SD card.

Project Highlights

  • Based on NXP i.MX6 Quad-Core Processor
  • In-built Battery
  • Real-time Measurement of Data
  • Measures Data Simultaneously from Two Channels

To read more, download the copy

arrows-new-1

To download this resource

Fill in the details below

I wish to be contacted by eInfochips

eInfochips' Privacy Statement.