Computer Hardware Platforms Overview

Computer Hardware Platforms Overview

Definition of Hardware Platform

A hardware platform is a set of compatible hardware on which software applications can run. Each specific hardware platform has its own machine language, and programs must be built specifically for a platform that involves a standardized type of processor and associated pieces of hardware.

What are the Computer Hardware Platforms

They are used to provide computing services that connect employees, customers and suppliers within a coherent digital environment, which includes large mainframes, desktops and laptops, as well as personal digital assistants (PDAs) and Internet devices.

Advantages of flexible hardware platforms

Fully flexible and rigid flex PCBs have been confined to high-tech industries such as aerospace , where they help Rovers reach other planets. Now, however, their advantages are being reduced to Earth on development boards and their peripherals. . Flexible hybrid electronics combine the low cost and performance of traditional electronics with the space and form factor advantages of flexible circuits.

While some entities dream of a fully flexible future , we currently have to settle for a hybrid. Flexible hybrid electronics mount traditional components on flexible substrates. Traditional electronic components have been optimized over the years for cost, speed, and power consumption, and while there are some flexible analogs, their performance pales in comparison. We are also more familiar with tried and true chips, making them easier to use in devices.

  • Promotion of Company / Client communication.
  • Facilities for access to information.
  • In addition, computing platforms require very little data to function.

Computer Hardware Platforms Disadvantages

Archives are usually limited to a number of query devices. There is no compatibility between different devices or platforms, or they are forced to consume them in a single device.
If you want to design your own general hardware platforms for IoT, make them compatible with existing systems that people already use. Make sure users can program their board with Commonly Integrated Development Environments (IDEs) they already use: Arduino, Cloud9, BlueJ, Geany IDE, etc. Take advantage of open source development board markets that are already established and full of designers.

Implementation of a hardware platform

Sensor networks have been implemented using the PC as a base station, a component that receives all the data captured from the environment by the sensor nodes, generating difficulty in the deployment of the devices in rugged places, increasing the cost excessively and also not solving mobility due to not having the ability to relate to networks such as GSM / GRPS. Therefore, the present thesis aims to implement a wireless sensor network through a hardware / software platform, using sensor nodes, sink node and a low-resource SBC or mini computer as a base station that will be connected to the sink node, which will act as a gateway for data collection from sensor nodes.

Also Read: Types of Computer Networks Overview

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