What is memory memory?

Memory memory (RM) is a type of computer memory that has many advantages over the memory of a fixed state. The racing path unit uses many nanowire with multiple reading/write heads; Wires and heads can be designed either as a grid or in a large U -form. Regardless of the design, RM works by pushing the bits around and collecting information via reading/writing heads. One of the main advantages is that RM offers much higher memory capacity than units in solid state. It also seeks to reduce the amount of energy used to start and power the computer, limiting the operating costs for businesses and areas where a large number of computers are used.

The construction of racing memory uses relatively simple materials. There are Nanowire that holds and moves memory bits, and read/write heads for information collection. In 2011, two designs are available: grid and U shape. The grid needs more space, but it is faster, while the shape U is shortened to the size of RM. While the shape u requires EneRgie, both memory units have approximately the same permeability, which makes both effective patterns.

In order for memory memory of racing dust to work, there must be an electric current that moves bits. When the memory comes to RM, the current shifts the bits around the racetrack, the colloquial name for Nanowire. When Nanowires transmits data, read/write heads pick up bits and change their domain to save information. Unlike the memory of the fixed state, RM has a better density that allows you to flood more memory and bits into the memory system.

One of the main purposes of any memory facility is to keep a huge amount of information. In terms of memory memory, it can have about 100,000 times more memory than the fixed state systems. This allows applications to run faster, memory for faster storage and complex data to be read in a fraction of a second. Booting is also faster, a joke memory with a fixed stoodTem requiring two to three minutes for a complete boot, while RM needs only a few seconds.

Another purpose of the racing path is to reduce energy consumption to make it cheaper for businesses to operate a large number of computers. With a firm memory, energy is required to make the memory active and fresh. RM will also need energy to store memory, but will require 300 times less energy, which sharply reduces the necessary amount of electricity.