Server Memory Training for Beginners

Server Memory


Server memory is a specialized type of computer memory that is used in servers.

Servers are high-powered computer systems that are used to run and manage network applications.

Important Takeaways:

  • Server memory helps applications run faster and smoother by providing a place for them to store data temporarily.
  • Server memory has an important role in running any type of network application, but it is most commonly associated with databases because they require large quantities of server memory to operate efficiently.

Server Memory Training: What You Should Know

The following guide will provide you with some basic information about server memories so you can better understand how they work and why they are necessary for certain types of networks.

What is Server Memory?

Server memory, also known as server RAM, is a type of computer memory that is installed in servers. One of the most important components of these systems is the type of memory they use because it determines how well they are able to perform their tasks.

Why is Server Memory Important?

Server memory is important for running any type of network application, but it is especially essential for databases because they require large quantities of server memory in order to operate efficiently.

Applications like these may slow down or even crash if the amount of server memory they are using does not match their needs.

In general, the more data that a file has to manage, the more server memory it requires in order to operate quickly and smoothly.

What Types of Server Memory are Available?

Server memories can be broken down into two main types: DRAM and SRAM. DRAM stands for Dynamic Random Access Memory, which is the type of memory used in most common personal computers and laptops.

DRAM is designed to save its contents when it loses power, which makes it slower than SRAM but also less expensive.

SRAM stands for Static Random Access Memory, which requires less power to save data and operates faster than DRAM.

How Does Server Memory Work?

Server memories work by temporarily storing data so applications can read them more easily.

DRAM, which is the type of memory used in most personal computers and laptops, will lose its contents when it loses power.

SRAM, on the other hand, does not require any power to save data because it uses flip flops that retain their contents through sudden disruptions in power.

Flip flops, or latches, can retain data even if their power supply is removed. SRAM also uses less power and operates slightly faster than DRAM.

What is the Difference Between Server Memory and System Memory?

Server memory and system memory are not the same things because they serve different purposes.

System memory is the type of memory that is installed in personal computers. It is not specialized for managing network applications, but any system with a server also needs to have additional server memory to run these types of software.

Will Server Memory Speed up Startup Time?

Server memory will not affect the startup time when you are turning your system on because it only stores data temporarily, which means that its contents will not be saved when your power supply is interrupted.

The time it takes for your system to load is dependent upon the type of memory used in your personal computer rather than any additional server memory that might be installed.

What are the Advantages of Server Memory?

The main advantage of server memory is that it is designed to store large amounts of data so the speed at which network applications operate is significantly improved.

Server memories are especially important for databases because they contain a great deal of data that must be easy to access.

What are the Disadvantages of Server Memory?

Server memories are not designed to store files long-term, which means that they are not suitable for systems that require regular backups.

If you want your data to be protected even if there is a disruption in power, you should also have an uninterruptible power supply (UPS) installed on your system.

How Much Server Memory will my System Need?

The amount of server memory you will need depends upon the type of network applications you are using, as well as the number of users who are accessing your system.

Database managers will require more server memory than typical office software because they have to manage enormous amounts of data.

If you plan on running multiple database management systems (DBMS), such as MySQL and PostgreSQL, your server memory needs will increase even more.

How Much Server Memory do I Need?

You should determine how much server memory you need by consulting system specifications for the specific software you plan to install on your system.

Most systems can be upgraded with additional memory if needed, but it is usually best to err on the side of caution.

The smallest memory module you should install is 8 GB, but 64 GB is usually more ideal for Windows Server 2019.

What are Memory Banks?

Memory banks refer to the slots where you can insert different types of random access memory (RAM) modules into your computer or server.

Each bank has a specific number of slots where you can insert modules, and the number of memory banks your system has is dependent upon the motherboard.

For example, if you have a dual-channel motherboard, then it will come with two sets of memory banks that will accept up to four modules each.

What is Memory Channel?

The term “memory channel” is somewhat of a misnomer because it is not actually an individual channel. Instead, memory channels (also known as memory lanes) refer to the way RAM is organized and accessed on the motherboard.

For example, if your system has two sets of memory banks and each set can accommodate four modules, this would be referred to as “dual-channel” memory.

How Many Memory Banks are on my Motherboard?

You can determine how many memory banks your motherboard has by looking at the diagram that is attached to it.

Most motherboards will have two sets of memory banks, but some high-end models might even have four.

If you want to maximize the number of modules you can install, you should always use a motherboard that has at least two memory banks.

What are the Advantages of Memory Banks?

The main advantage of memory banks is that they increase your system’s overall speed because the modules in each bank operate in parallel with each other.

This means that when data is accessed, it will be sent to all of the modules in a single bank simultaneously rather than sequentially.

What are the Disadvantages of Memory Banks?

The main disadvantage of memory banks is that they cannot be added independently, which means that you can only upgrade your system by installing additional sets onto your motherboard and increasing the number of banks and slots available.

What are Memory Modules?

A memory module is any type of RAM that can be inserted into your computer’s memory bank.

There are many types of modules available, including SDRAM, DDR, and RIMM.

The type of modules that you will need for your system will depend upon the motherboard and RAM slots available for installation.

What is a Memory Upgrade?

A memory upgrade refers to the process of upgrading your system’s existing RAM or adding additional modules in order to increase its overall speed and performance.

Memory upgrades are ideal if you want to add more RAM for database management, multimedia applications, or other types of software that require large amounts of server memory in order to run optimally.

What is a Memory Module?

A memory module is any type of RAM that can be inserted into your computer’s memory bank.

There are many types of modules available, including SDRAM, DDR, and RIMM.

The type of modules that you will need for your system will depend upon the motherboard and RAM slots available for installation.

What is ECC Memory?

ECC memory is a type of RAM that is specifically designed to prevent data corruption in systems that are used for critical applications.

ECC memory includes built-in error detection and correction circuitry that can detect and correct errors caused by cosmic radiation, electrostatic discharge, or other factors.

This makes ECC memory ideal for use in servers, workstations, and other high-end systems where data integrity is essential.

What is Registered Memory?

Registered memory refers to the type of RAM that has an extra register chip on each module.

The advantage of using registered memory is that it allows for more accurate data transfers and overall improved performance.

However, one disadvantage of using this type of memory is its cost, which tends to be a bit higher than standard modules.

What is non-ECC memory?

Non-ECC memory is a type of RAM that does not include any built-in error detection or correction circuitry. This makes it less expensive than ECC memory, but also means that it is not as reliable for use in systems that are used for critical applications.

How do I tell if my system requires ECC or Registered memory?

You can usually tell whether your system requires ECC or registered memory by looking for a sticker on the motherboard. If you see any mention of either term, it means that the system will only work with that type of RAM and not standard non-ECC modules.

What is FPM Memory?

FPM memory stands for Fast Page Mode and refers to the type of memory that was commonly used in older systems. This standard has been phased out by newer, faster versions like EDO (Enhanced Data Output) and SDRAM (Synchronous Dynamic Random Access Memory).

The main advantage of using FPM memory is that it had lower latency times. Since the memory standard is phased out, however, you should consider replacing your old FPM modules with newer memory types if possible.

What is SDRAM Memory?

SDRAM stands for Synchronous Dynamic Random Access Memory and was introduced in the late 1990s as a replacement for older memory standards. This type of memory has a high bandwidth and offers improved performance as well as lower power consumption. SDRAM modules are designed to synchronize with the system chipset, which allows them to run at clock speeds of up to 133MHz.

What is DDR Memory?

DDR stands for Double Data Rate and refers to a new generation of memory that operates at twice the clock speed of standard SDRAM.

DDR memory is available in DIMM modules and can determine to transfer data on both the rising and falling edges of each clock cycle, which means that twice as much information is transferred per second.

This makes it ideal for use with 3D graphics or other CPU-intensive applications.

What is RAM?

RAM stands for Random Access Memory and refers to the temporary storage space that your system uses as a scratchpad to hold applications, data, and other types of information. When you save a file or open an application, it is stored in RAM while you work with it.

Once you reboot or quit, however, any information in the RAM is cleared out and returned to the general pool of data in your computer’s hard drive.


As you can see in this server memory training guide, there are a few key things that you need to know in order to make an informed purchase.

In this guide, we have outlined the basics of server memory so that you can understand what is available and how it can benefit your business.

We also provided a glossary of terms so that you will be able to speak the language of memory when shopping for upgrades or replacements.

If you’re looking for more information on choosing the right type of server memory for your specific needs, be sure to check out our other articles on the subject.

And as always, if you have any questions or need help deciding which upgrade is right for you, our team is here to assist. Thanks for reading!

Read related guides about computer hardware

Computer Hardware: Beginner’s Guide

Central Processing Unit (CPU): Beginner’s Guide

What is a Computer Motherboard

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