Registered memory supplements RAM by holding a small section of memory while the CPU accesses it, increasing stability and keeping power requirements low. It may slow down gaming applications, which require a constant flow of data from RAM and CPU.
Registered memory is a type of chip that supplements random access memory (RAM) by holding a small section of memory while the central processing unit (CPU) accesses it. The reason for doing this is to keep the electrical load low and increase stability; registered memory tends to work better with servers and important systems. Keeping some memory often slows down your computer, but most applications won’t be affected. One of the few applications that suffers from it is gaming, because computer games require a large amount of data.
When a CPU accesses RAM, it usually pulls out the maximum amount of memory it can in one clock cycle. When registered memory is used, a small portion of memory is held in a register chip. This memory is released after one clock cycle and the register typically contains only 64 bits. Larger computer systems may have more than one register to increase the benefits of this memory chip.
Accessing RAM requires a lot of energy and electricity, especially if a program is running that requires a consistent data stream. While this won’t greatly affect most consumer computers, a high-end server that supports an entire corporate network will usually suffer. Registered memory keeps power requirements low by holding some memory. Not only that, but this allows the system to hold more RAM chips while keeping the system stable. Without a recording chip, these high-end systems could sell out months or years before they should.
The amount of memory held by registered memory is very small compared to how much memory an entire RAM stick has. At the same time, users may experience slightly slower output and performance because this memory is stored continuously. This doesn’t normally lead to delays, although it might just take an extra second or two for a program to work. Most computer applications will still be able to run without major problems.
While most applications aren’t affected, games are one of the few areas that can be severely impacted by registered memory. Computer games require a constant flow of data from RAM and CPU, and a game usually can’t afford the recording cycle. The slightest disturbance in memory can lead to lags, so registered memory can cause continuous lags and glitches for games, especially online games or those with very high power and memory requirements.
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