Whenever we think of a computer, there are a few keywords that come to mind like storage, connectivity, and memory. And the latter may occupy a large percentage of queries when it comes time to choose. The memory of a computer is one of the elements that determine how fast a PC is.
Those of us who use technological devices such as a PC or smartphone every day know that the more RAM they have, the faster they will be, but also more expensive. And this is where Intel makes the difference with its Intel®️ Optane ™ memory that acts as a complement to RAM, and allows to significantly increase the speed of a computer, at a lower cost.
Intel®️ Optane ™ memory learns the habits of who uses the PC, and this makes it a smart technology since it can remember the most frequently used documents, images, videos, and applications, to always keep them “at hand” and access to them faster. Thus, together with RAM, they work as a team to speed up the execution of the usual tasks. But here is the difference; While the RAM is erased or “forgotten” what it did when the computer was turned off, the Intel®️ Optane ™ memory remains even after the PC is turned off, and this translates into speed since the start button is pressed. It is like when we save the web pages; we visit the most in the “Favorites” section. They will always be in a visible and easily accessible location so that we can enter more quickly.
An everyday example to explain how Intel®️ Optane ™ memory works is to imagine a chef in your kitchen about to prepare a recipe. In front of him, the table is empty, and whenever he needs something, he must go to look for it where it is stored. The fact of interrupting the work to go find what you need makes the preparation time lengthen, right ? Now let’s think what would happen if when the chef prepared to cook, someone had left him all the utensils and ingredients necessary for the preparation on the table. Undoubtedly, the time used would be much less, in addition to the satisfaction that the cook would have of quickly finding everything necessary. This is exactly what Intel®️ Optane ™ memory does; leave “on the table” everything that the user will need while on their device.
While memory is elemental in determining the speed of a PC, so are the processor and the type of storage. Going back to the kitchen example, the processor is the chef, the one who decides what is needed, the one who knows where to look for it, and understands how to use each utensil or ingredient. Clearly, not all tasks are the same complexity, so when choosing the processor, it is essential that you take into account what use will be given to the computer.
In this sense, the entry-level processors are ideal for simple tasks such as surfing the Internet, checking email, using social networks, and managing photos. Furthermore, mid-range processors are necessary for office tasks, multitasking, and playback of 4K videos. For content creators, professional gaming, and live streams, high-end processors are a must, providing all the performance required for high-performance tasks.
Regarding storage – the third point to achieve good speed – this determines how accessible the things that are needed for a task are and how much effort is required to get them from where they are and use them. Looking for something in a nearby drawer or under a table is not the same as looking for it at the bottom of a tall cabinet, behind other things. HDD and SSD storage works in different ways, with SSDs offering the best accessibility, although they are still the most expensive.
Now, taking these tips into account, we can say that a PC that includes a basic range processor, with an HDD disk and Intel®️ Optane ™ memory, is a great value option for a device for home use, or one that includes a high-end processor with an SSD and Intel®️ Optane ™ memory is the ideal choice for a multimedia content creator.
With all this, we are ready to affirm that we already know how to find our ideal PC, add Intel®️ Optane ™ memory, and speed up all our tasks.