Resistive Random Access Memory Is A Type of Random-Access Computer Memory, Which Is Non-Volatile and Works by Resistance Change

Resistive random access memory has recently been chosen over traditional random-access memory (RAM) because of its many benefits. However, before choosing a particular provider, users should be aware of some of the pros and cons associated with the technology. Unlike RAM, resistive random access memory can be erased by a power failure. Unlike flash memory cards, data cannot be lost from the resistive random access memory hard drive, even when the drive is physically damaged. As with flash memory cards, data can also be lost from the hard drive, but not from the entire drive.

The primary benefit of using a resistive random access memory rather than a traditional hard drive is the lack of data loss or corruption. When choosing a file system, it is important to consider the possibility of losing data. By switching to a non-volatile memory technology, users eliminate this worry. Also, by using a switching medium, they eliminate the need for a problematic, moving part that can fail. A resistive random access memory is less susceptible to mechanical wear or damage than a hard disk or a floppy drive, which also reduces the possibility of data loss.

Another benefit to using a resistive random access memory is the ease of transitioning data from one application to another. By switching between RAM and resistive random access memory, the performance in a specific application is unaffected, ensuring optimum utilization of both forms of RAM. When switching between memory applications, especially between different operating systems, the performance impact of the various forms of RAM is minimized. In other words, resistive random access memory allows for faster and less-flammable transitioning between applications.

One more benefit to consider is the cost savings of switching between different forms of memory. With a non-volatile device and resistive random access memory, the entire process is less expensive than when using both types of devices. Also, with a resistive random access memory, the device's operation and maintenance costs are reduced, making the total system cost more affordable.

There are a number of benefits to using a resistive switching architecture, including speed. Unlike other forms of RAM, a resistive switching architecture is very fast. Also, unlike other forms of RAM, it requires no system-wide installation. The last benefit to consider is mobility. The resistive random access memory utilizes data transfer mechanisms that are inherently mobile. Thus, devices that contain more than one application can make use of crossbar or multiple-port interfaces to get their desired speeds. For instance, some desktops can support multi-port RAM at slower speeds while others are capable of connecting multiple devices at high speeds. With this flexibility, there is no reason not to enjoy this kind of mobility.

Crossbar technology is also inherently less expensive when compared to other forms of memory. For instance, when using resistive switching technology, the crossbar that connects the device to the PC is made out of an inexpensive, but durable thermoplastic rubber called polystyrene. Crossbar technology is also inherently less power-hungry than the other methods. Since the PC doesn't need to switch between various sources of power, it can save power when the computer is in use and save even more power when the computer is turned off.