Is Hexadecimal the Future of the Numbering system
Hexadecimal numbers are widely used by the computer and other electronic systems around the world. Hexadecimal is the base-16 numbers which include 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, A, B, C, D, E, F. Initially, binary numbers were used in the electronics systems but hexadecimal is an advanced version of binary and all the latest devices use hexadecimal numbers.
Why Hexadecimal is a good option?
Binary numbers include just zeros and ones, and it is an advanced version of binary numbers. If you use the hexadecimal number, then it is really easy to describe a number in the least amount of characters. For that reason, computer systems and other electronic systems can process hexadecimal numbers easily. And that is why most modern microcontrollers prefer hexadecimal numbers over binary numbers.
Wait, why binary is good?
Since binary numbers include just zeros and ones, the processing of this numbering system becomes fast for the computer systems. This advantage is also a disadvantage of the binary numbers. Since binary consists of zero and one, it occupies a lot of memory in a computer system. For all the microprocessors, it becomes really difficult to store such a big amount of data and it might end up making the system slow.
The importance of Hexadecimal numbers:
One of the biggest advantages of hexadecimal is nothing but it works with decimal numbers in the best way. If you can develop hexadecimal to decimal converter, then working on different internet of things products can become easy for you. As said earlier, the hexadecimal to decimal conversion works well for different machine learning products. Apart from that, hexadecimal is a base-16 number, so it can be used to generate a unique ID of different electronic systems.
For example, the MAC address of the electronic system is described in the hexadecimal numbers. This has been a big boom for the electronic industry.
The hexadecimal concepts are used in machine learning apps. As you know, there are hundreds of thousands of probabilities in machine learning and the processors need to process the incoming data and give a response to that data. And as you know, hexadecimal numbers are one of the fastest numbers around the world right now. For that reason, many senior developers prefer hexadecimal numbers in the field of machine learning for filtering the data.
Not only in machine learning but hexadecimal to decimal conversion is also used for security purposes by many companies. Decimal numbers can easily be read and understood by humans while it is not easy for everyone to understand hexadecimal numbers. To enhance the security of an app, many developers prefer to convert the decimal numbers to hexadecimal and then save it to the database. When they want to use that data from the database, developers convert hexadecimal to decimal and then show it to the users.
This technique has been widely appreciated in the world when it comes to the security of a product. Apart from that, hex numbers are also used in the physics and space industry.
Though hexadecimal occupies a lot of space on a processor, still many tech companies prefer hex numbers for algorithm development. Currently, many large organizations are working on processors to save more hex numbers and process these numbers faster.
Shortly, you will see hexadecimal numbers replacing binary in almost all electronic systems. So, that all. After reading this article, if you want to add a few more points to this article then do not hesitate to share it with us by dropping a comment below. We would be glad to read from you.