3200 RAM Vs 3400 RAM

3200 RAM Vs 3400 RAM

RAM which is another name for the random-access volatile memory (RVM) or main memory is different from HDD or SSD because it can be read or changed randomly whenever needed. This is an integral part of any computer system since it holds the information and commands the processor requires to run applications and carry out jobs. Refer this blog to know more about 3200 RAM Vs 3400 RAM. And which one is better among 3200 RAM vs 3400 RAM in detail.

What is RAM?

The computer’s short-term memory, also known as RAM, holds onto information that the processor is using. When running a program, the instructions as well as data, are brought from storage to the random-access memory (RAM) for fast retrieval. In turn, as the processor executes a program’s instructions, the data required is fetched from RAM and the outcomes are stored in RAM. It makes the processor immediately available so that it can use the necessary information for the program to run without any problems.

3200 RAM vs 3400 RAM

RAM is made up of units known as memory cells and each cell only holds one bit of information. The memory cells are aligned in rows and columns thus creating a matrix. Random Access Memory (RAM) contains data cells with two addresses – a row and a column address. This means that the processor can “jump” to any cell in RAM and obtain or change data there quickly. Such immediate access makes RAM most important as it is required for real-time data

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Types of RAM

There are two main types of RAM: The two main types of memory are static RAM (SRAM) and dynamic RAM (DRAM). Unlike DRAM, SRAM is much faster and more costly. It remembers its data after a breakdown or when there is no electricity supply. DRAM is slow and cheaper than SRAM; therefore it needs permanent electric energy support to store data. This makes DRAM a cheaper option for greater memory requirements in computers.

Factors Affecting RAM Performance

Clock Speed

The speed of RAM depends on the speed of the internal bus, which is in MHz. In most applications, clock speed determines how fast, and thus, effective, the machine is. The higher this parameter, the more expensive the system.

Memory Timings

Another consideration is memory timings, commonly referred to as CAS latency (CL), which constitutes the gap between a request to access data from RAM and the actual retrieval of data. This is because lower memory timings mean quicker access times and higher performance in general.

Memory Capacity

People often refer to the amount of memory a RAM can hold as its memory capacity. In addition, running multiple applications is much easier with a bigger memory to allow for storage of such information as files.

Impact of RAM on System Performance: A Comprehensive Exploration

Random access memory (RAM) is the key element that determines machine operations. It does not just store information. Instead, it plays the role of a bridge that the processor uses to obtain, and process information that determines the response and overall system performance.

The role of RAM in the Computing cycle

Essentially, the complex relationship among different parts makes computer operations possible. Its processor, the brain of the system, never stops performing operations, requesting the necessary information from memory and keeping temporary results in storage. In this regard, it is where RAM jumps in and acts as the scene on which such momentary data transfers happen.

When a certain program is started, it loads up all of its commands as well as necessary information in RAM so that the processor can feed on it as conveniently as possible. The processor continually pulls out data from RAM translates the encoded messages and does calculations as it de-codes and executes the program’s instructions.

The capacity of a computer to perform simultaneous processes is directly proportional to the installation RAM size. In situations where there is enough RAM, the processor is free to move between applications and their data without any hiccups. On the other hand, inadequate RAM results in swapping, a process by which an operating system temporarily relocates idle information onto a hard disk or SSD for space saving in RAM.

However, such swapping is essential but it can badly affect performance. Retrieving data from storage devices takes too long compared with getting it from RAM resulting in a significant reduction in the operating speed of applications, their freezing, and even system failures, for instance. Hence it is mandatory to have enough memory capacity so that the computing process flows uninterrupted and swiftly.

In addition, the speed of RAM measured in megahertz (MHz) is equally important for system performance. The faster is RAM speed, the faster the transfer rate of data between the memory cells and the processor. Additionally, faster RAM speeds make it fast for the processor to access data and consequently lead to quick processing of such information.

RAM speed especially matters in demanding operations like gaming, video editing, or graphics design operations. Faster RAM is helpful in these applications as they process huge data sets and this helps in reducing response delays.

Ensuring that there is an appropriate amount of RAM with high speed is crucial in enhancing the system’s efficiency. On the other hand, adequate RAM storage space assures easy task shifting and no swapping thus, great RAM rates imply quicker data processing results as well as instant response. Here is the detailed differentiation between 3200 RAM vs 3400 RAM.

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3200 RAM vs 3400 RAM

The 3200 RAM

DDR4 SDRAM memory with a clock speed of 3200 MHz and a capacity of 3200 RAM. Double data rate 4 synchronous random access memory–DDR4 SDRAM. It is the third generation SDRAM which is the most popular type of RAM employed in PCs at present.

Technical Specifications

  • Clock speed: 3200 MHz
  • Data transfer rate: 25.6 GB/s
  • Memory timings: CL16-18-18-38
  • Operating voltage: 1.35 V

Performance Benefits

Numerous benefits come with using 3200 RAM, as opposed to slower RAM speeds. For instance; it enhances game frame rates, shortens rendering durations in video editors, or accelerates application loading time. In particular, 3200 1 AM is recommended as it delivers the best results when used by ordinary computer users.


Most modern motherboards and processors support 3200 RAM. Nevertheless, you should verify the specification of your motherboard to confirm if it’s rate is at 3200 or not. You can also check the list of compatible memory on the manufacturer’s site.


Generally, faster RAM speed than 3200 RAM tends to be more costlier. Nonetheless, the gap has narrowed down in the recent period. This makes 3200 MHz DDR4 RAM much cheaper than it used to cost, making it ideal for those who need better hardware to keep up with demanding software and games.

The 3400 RAM

Random access memory or RAM is an important element in computer hardware that functions as a workspace for the processor where it gets data and commands for performing programs and actions. Thirty-four hundred RAM is becoming more loved by enthusiasts and power users looking for advanced speed and reaction.

The most recent version in a line of synchronous dynamic random-access memory is “3400 RAM”. The processor operates at 3400 MHz and can transfer data at a speed of 27.2 GB/s. The improved data transfer speed allows for major improvements in demanding applications.

Performance Benefits of 3400 RAM

If you can upgrade from 3200 RAM to 3400 RAM, it opens up several performance improvement opportunities for your computer system. These advantages are particularly noticeable in scenarios that involve intensive data processing and memory-hungry tasks:

Gaming: Game players will have higher quality frame rates without stuttering due to 3400 RAM which works well for graphical-intensive games.

Content Creation: The increased data transmission at a rate of 3400 RAM greatly assists video editing, graphic designing, and 3D modeling applications by reducing the rendering time and optimizing workflow management.

Multitasking: Among 3200 RAMvs 3400 RAM, the 3400 RAM is ideal for users who often have more than one application running at a go so that they can optimize the overall efficiency of the computer system and the reduction of lag.

Compatibility with Motherboards and Processors

3400 RAM is normally suitable for many present-day motherboards and CPUs. Nevertheless, you need to confirm if the supporting specifications for 3400 RAM fit your motherboard. The memory controller should support the processor and have enough capacity for this type of RAM speed as well.

Pricing Considerations

Slower RAM speeds like 3400 RAM might cost a little more than usual. Nevertheless, its cost has significantly reduced with the years passed, enabling more performance-targeted users.

Real-World Performance Enhancements

However, the actual boost in the real world of 3400 RAM performance would depend on what you did with it. However, you should generally see an appreciable boost in whole-system performance, especially in applications involving intense computation with large datasets.

Hope the above information helps…


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