The future lies in information technologies: Big Data, the Internet of things (Iot), robotics, artificial Intelligence …, so those who are entering the deep learning of this knowledge at this time will be assured a Good job, solid and well paid, being the protagonist of this transformation that is about to come.
One of the subjects where one could specialize is in the PCB DESIGN. For those who do not know, the PCB o Process Control Block is the registry where the different operating systems gather all the information to carry out a process. ALTIUM-PCB DESIGN is currently the company that has the most advanced software for the design of these control blocks, not in vain they have more than 30 years of experience.
Since 1985, Altium has been developing, creating, innovating and selling electronic design tools, both software and hardware, that help electronics designers make the most of the latest devices and technologies. With this type of advanced tools, they manage to manage different types of projects and create smartly connected designs.
Understanding the design of printed circuit boards is a fundamental part in the designs of any advanced electronic system and we could say that all of these products have at least one printed circuit board (PCB), which are the ones that carry All installed components, such as microchips, electromechanical parts, integrated software …
It is in the PCBs where the components are electrically connected thanks to conductive tracks, pads and copper sheets … With the advance of technology that seems endless, the PCB design of the devices is gaining in complexity, and that is why that designers need very powerful software tools that are able to automate electronic designs.
Motherboards are the engines of every home
If we have commented that any electronic device has at least one of them to work, and we cannot deny that we live in the technological era, where all our homes have many devices that make our lives more comfortable and easier, it is easy understand why we say that motherboards are the engines of homes, the elements that make them work as we want. And they are not only found in computers, totally essential today, but they are part of our smartphones, appliances and a long list of electronic elements that we consider essential.
The current design of the motherboards that allow us the advanced programs such as those offered by Altium, makes the size very small, far from that chaotic image they had a few years ago, when everything was full of meters of cables, resistors, integrated circuits … the future is aimed at getting smaller and smaller designs that allow us to optimize space as much as possible.
This is the biggest challenge that companies that want to stand out from the competition with electronic systems and products that are part of the new generation must assume, which stand out for their functionality and adaptability with an innovative design. In the case of motherboards, this becomes fundamental in sectors such as the military, aerospace, communications …
The origin of the motherboard
Things have changed a lot since Patty McHugh, an IBM engineer considered the mother of the board, created the motherboard concept in the late 1980s, although logically with a much coarser design than the current ones. This breakthrough greatly simplified the way hardware components interacted with each other.
And although we have advanced a lot in design, this was the beginning of everything. The invention of the motherboard meant that a group of hardware and software engineers was no longer needed to create a computer, now any of us, with minimal knowledge, will be able to buy the components and create them or add something new to their own computer.
From the appearance of the motherboards the manufacturers began to manufacture and commercialize hardware elements so that anyone could mount their own computer.
Saving the differences between the motherboards of the time and the modern ones that we find today, the essence is exactly the same, although components have been added and its size has been reduced considerably to create increasingly smaller devices, such as tablets or Smartphones