Technology

Important aspects considered while developing chip-based applications

When it comes to developing chip-based applications, amateur developers tend to have a lot of questions. Today we are going to look at a few simple, yet very important aspects to consider while developing chip-based applications.

 What is a chip-based application?

Chip-based applications are the ones that are based on the chip technology. A microchip, or chip in short, is a tiny module or a system of its own. It can store computer memory of huge amounts in its tiny system. These chips are used in microprocessors to provide connections, wiring, amplifying effect of information, basically circuitry of relevant sorts.

A form of a chip-based application is SOC or System on Chip. A SoC essentially brings together the electronic circuits of different components of a computer system and puts it in a single, integrated chip, also known as IC. It can contain different functions such as analog, digital, mixed-signal, radio-frequency functions, etc. The system on chip consists of both hardware as well as software. Thus, it has many advantages. It uses less power, is capable of delivering better performance, it also requires less space and is much more dependable than other systems that might be multi-chip in nature. Thus, SOC is one of the best choices in today’s digital market. Most smartphones, laptops and tablets sold in the market today have a built-in system on chip inside them.

Important aspects to keep in mind

  • Keep in mind the final product

Every chip designed for different applications needs to be in sync with the application. Since it isn’t a template design in most cases, it is essential to determine what the final product will be right at the beginning. This helps to get better clarity with the whole process of chip-based application development. For instance, you will get clarity about whether you require a system in chip or a rfid (radio frequency chip)for your application. Even in case of rfid, there are different frequencies such as 13.56 mhz rfid tag for instance. Furthermore, keeping the final product in mind also helps the developer to assess the market requirement, the cost limit, and the quality to be focused on, along with the time it might take to finish the development.

  • Regular testing

Regular testing of the application at intervals is mandatory to ensure all the necessary steps are completed. A variety of panel tests are done at each stage so that any defect or fault can be fixed there and then. This helps is ensuring that the application, i.e., the final product turns out to be flawless.

  • Stay in sync with the commercial market requirement

It is important to assess the commercial market requirement for your application before starting to develop a chip-based one. Currently, most laptops, smartphones and tablets have the SoC, as mentioned above, which is the System in Chip. Staying updated with the market requirement for applications helps you to develop one that will be in demand and will fetch a good purchase value as well.

  • Characterization

Once the basic process of manufacturing is complete, the next thing to consider is characterization, also known as, bring-up of the chip. In this process, the focus of the developer should be on getting the chip to operate. It’s functionality is tested. Multiple tests are performed on the chip and its performance is checked under various environmental conditions and in comparison, to different specification. Once this step gets a thumbs up, it can be successfully added to the application.

Chip-based applications are the trend now and if you keep these few important things in mind while developing one, it’ll turn out to be good for sure.