The speed of a RAM is calculated in nanoseconds, and the fewer the nanoseconds (ns), the faster the computer. Today, we use 50 ns computers as opposed to 180 and 150 ns that we used in the last decade. The speed of a computer depends upon the type of RAM that is installed in it. Efficiency and smoothness of a computer can be improved by constantly upgrading Random access memory, or RAM, is a type of memory that is randomly accessible as opposed to sequential memory, which can only be accessed sequentially. Tapes and videocassettes use sequential memory in the form of electromagnetic tape. Random access memory is used in computers and is temporary in nature.

All the storage sites in this type of memory are equally accessible at the same time. There is another type of memory called ROM, or read only memory, that is also randomly accessible but can only be read and not changed whereas RAM can be changed.

There are two types of RAM, static RAM and dynamic RAM. Dynamic RAM is stored in a chip that has capacitors and transistors. These capacitors are like small vessels that act as storage spaces for temporary memory. Capacitors need to be refreshed constantly in order to check the inbuilt leak that these devices carry, hence the term dynamic RAM.

Static RAM uses completely different type of technology by using flip-flop switches instead of capacitors. This prevents any refreshment and thus increases the speed and efficiency of the computer. Usually, superior versions of dynamic RAM are used instead of static RAM because of its high price. These versions consist of FPM (fast page mode), ECC (error correcting code), EDO (extended data output), and SDRAM (synchronous dynamic RAM). ECC RAM is a special error-correcting RAM that is usually used in servers.

The speed of a RAM is calculated in nanoseconds, and the fewer the nanoseconds (ns), the faster the computer. Today, we use 50 ns computers as opposed to 180 and 150 ns that we used in the last decade. The speed of a computer depends upon the type of RAM that is installed in it. Efficiency and smoothness of a computer can be improved by constantly upgrading

equally accessible at the same time. There is another type of memory called ROM, or read only memory, that is also randomly accessible but can only be read and not changed whereas RAM can be changed.

There are two types of RAM, static RAM and dynamic RAM. Dynamic RAM is stored in a chip that has capacitors and transistors. These capacitors are like small vessels that act as storage spaces for temporary memory. Capacitors need to be refreshed constantly in order to check the inbuilt leak that these devices carry, hence the term dynamic RAM.

Static RAM uses completely different type of technology by using flip-flop switches instead of capacitors. This prevents any refreshment and thus increases the speed and efficiency of the computer. Usually, superior versions of dynamic RAM are used instead of static RAM because of its high price. These versions consist of FPM (fast page mode), ECC (error correcting code), EDO (extended data output), and SDRAM (synchronous dynamic RAM). ECC RAM is a special error-correcting RAM that is usually used in servers.

The speed of a RAM is calculated in nanoseconds, and the fewer the nanoseconds (ns), the faster the computer. Today, we use 50 ns computers as opposed to 180 and 150 ns that we used in the last decade. The speed of a computer depends upon the type of RAM that is installed in it. Efficiency and smoothness of a computer can be improved by constantly upgrading

all vessels that act as storage spaces for temporary memory. Capacitors need to be refreshed constantly in order to check the inbuilt leak that these devices carry, hence the term dynamic RAM.

Static RAM uses completely different type of technology by using flip-flop switches instead of capacitors. This prevents any refreshment and thus increases the speed and efficiency of the computer. Usually, superior versions of dynamic RAM are used instead of static RAM because of its high price. These versions consist of FPM (fast page mode), ECC (error correcting code), EDO (extended data output), and SDRAM (synchronous dynamic RAM). ECC RAM is a special error-correcting RAM that is usually used in servers.

The speed of a RAM is calculated in nanoseconds, and the fewer the nanoseconds (ns), the faster the computer. Today, we use 50 ns computers as opposed to 180 and 150 ns that we used in the last decade. The speed of a computer depends upon the type of RAM that is installed in it. Efficiency and smoothness of a computer can be improved by constantly upgrading

peed and efficiency of the computer. Usually, superior versions of dynamic RAM are used instead of static RAM because of its high price. These versions consist of FPM (fast page mode), ECC (error correcting code), EDO (extended data output), and SDRAM (synchronous dynamic RAM). ECC RAM is a special error-correcting RAM that is usually used in servers.

The speed of a RAM is calculated in nanoseconds, and the fewer the nanoseconds (ns), the faster the computer. Today, we use 50 ns computers as opposed to 180 and 150 ns that we used in the last decade. The speed of a computer depends upon the type of RAM that is installed in it. Efficiency and smoothness of a computer can be improved by constantly upgrading

The speed of a RAM is calculated in nanoseconds, and the fewer the nanoseconds (ns), the faster the computer. Today, we use 50 ns computers as opposed to 180 and 150 ns that we used in the last decade. The speed of a computer depends upon the type of RAM that is installed in it. Efficiency and smoothness of a computer can be improved by constantly upgrading it with the latest type of chip available in the market.