With the advent of laptops, it becomes increasingly difficult for system computers to remain an attractive product for the consumer. System computers need to become smaller and more user-friendly to maintain their rightful place in the sales market.
Intel is working on changing the performance of system computers in this direction. Not so long ago, she introduced the general public to her new product - the personal computer "5x5", which is a compact platform working on revolutionary principles.
The main problem in creating a personal computer is the implementation of a combination of high processor power with miniature dimensions of the manufactured product.
The creators of the 5x5 platform acted ingeniously: they made their creation smaller than Mini-ITX computers, but at the same time left the possibility of connecting a stationary powerful processor to the platform, which can always be replaced. Don't underestimate the innovative potential of this move by new computer manufacturers. Until now, any computer, even the smallest in size, had such a logical device that was fully integrated into the working system of the computer.
Therefore, in such computers it was impossible to radically replace the filling. It was possible only to change the order of the disks and slightly increase the amount of RAM. Therefore, when such a computer was going through the process of obsolescence, nothing could be done about it. At the same time, not a single device created so far has surpassed Mini-ITX in its compactness. In inventing and releasing its products, Intel relied on the fact that the consumers of their products would not be direct users of computers, but OEMs.
Intel's management is particularly interested in the attention of companies such as Dell and HP to their new product. Most likely, these firms will show such interest. That is why connoisseurs of computer technology can reasonably expect that soon they will have the opportunity to purchase miniature HP products, which can be independently improved an infinite number of times, me one or another component of the internal structure of computers.
