A memory optimizer helps your computer utilize its RAM more efficiently by speeding up its processes and allowing you to control how your computer consumes resources. While many experts debate the usefulness of RAM optimizer programs, these tools prove useful in several situations.

How Memory Optimizers Work
Unstable applications, usage-hogging software, computer crashes and other obstacles prevent computers from using their memory effectively. A memory optimizer monitors your computer system, then detects memory leaks and other issues. It reclaims the memory lost from unstable or inefficient functions so each program you execute runs more smoothly.

Memory optimizers proved popular during the heydays of past Windows operating systems, such as Windows XP. As operating systems become more advanced, however, they develop fresh ways to allocate RAM. Operating systems like Windows 7 and 10 automatically make adjustments to free up wasted RAM.

When Do Memory Optimizers Come in Handy?
Despite the advancements of modern operating systems, memory optimizers still serve a valuable function, especially for users who edit photographs and videos, play memory-intensive games or use their machines to store large quantities of data.

Memory leaks occur when a program uses a portion of the computer's memory, then fails to release it after the user shuts down the program. This means other executable files cannot use that allocated memory. The computer slows down and, in some cases, crashes open programs because it cannot support them.

Additionally, many computers suffer from system crashes. If a computer crashes once, it becomes 100 times more likely to crash again. Since crashes often result from memory depletion, RAM optimizers prevent crashes by allocating memory more efficiently.

Benefits of Memory Optimizers Over Hardware Upgrades
Computer users often run into memory problems and respond by installing more RAM or making other hardware updates. While this might eliminate the problem with slow computers, it also poses certain risks.

For one thing, the average computer user lacks the skills and experience to properly install new hardware into a computer's central processing unit (CPU). A single mistake, such as bending a wire, could render the computer unusable.

Additionally, upgrading RAM and other hardware requires a significant financial investment   much more than a systems utility program, such as the highly rated System Mechanic, which includes memory optimization functionality. A $30 software program appeals to many consumers over a piece of hardware that could cost anywhere from $100 to more than $1,000.

Software poses much less risk. Modern programs provide the user with options to enhance memory without the possibility of destroying the computer.

Do You Need a Memory Optimizer?
If you run high-intensity programs, such as Photoshop or games, you might need to optimize your computer with a software program. It runs in the background and allows you to take full advantage of available memory.

If you use a memory optimizer, choose a highly rated program with a proven track record. You'll enjoy a faster computer as well as increased peace of mind, especially if you no longer experience sudden system crashes.

More Top Stories