DIMMS Used In Servers Can Provide Additional Reliability If They Use What Specific Technology: Using a dual-core server processor can improve your business data’s reliability. If the server has problems using a specific processor, but the problem only affects that specific processor, it can cause a stability issue.

To avoid these problems from developing, it is best to use only one core on each machine in your server group. This safeguards that every machine can run every process smoothly and also reliably. Using DIMMs in servers can provide additional reliability.

What is a DIMMS in Technology?

What is a DIMMS in Technology_

As per the information from the website gigabyte.com. DIMM stands for Dual Inline Memory Module, commonly referred to as the RAM key. It is a long, thin strip of the circuit board containing RAM (random access memory) chips, with pins connecting it directly to a motherboard. DIMM (Dual Inline Memory Module) is a computer memory natively 64-bit type that allows for fast data transfer.

Where is DIMMS Used?

Where is DIMMS Used_

An unbuffered DIMM is a memory module used in desktop computers and also low-end workstations. A registered DIMM is a memory module used in network servers and high-end workstations.

How is a DIMMS Installed?

How is a DIMMS Installed_

As reference from the website techlibrary.hpe.com. Installing the DIMM: Open the DIMM slot latch. Support the notch on the bottom edge of the DIMM with the keyed surface of the DIMM slot, and then press the DIMM fully into the slot until the latch snaps into place. DIMM slots are designed to ensure proper installation.

Different Types of DIMMS

Different Types of DIMMS

The most common DIMMS with a typical length of 5.5 inches & a height of 1.18 inches is:

Unbuffered DIMMS (UDIMMs)

Primarily used in desktop and laptop computers. Although it is faster and also less expensive, UDIMM is not as stable as recorded memory.

Commands are transmitted directly from the memory controller to the memory unit in the CPU.

Fully Buffered DIMMS (FB-DIMMs)

Typically used as main memory in capacity intensive systems such as servers and also workstations. FB-DIMMs use advanced AMB chips to increase reliability, maintain signal integrity, and progress detection methods to reduce programming errors.

The AMB bus is separated into a 14-bit read bus and a 10-bit write bus. A dedicated read/write bus means reading and writing can happen simultaneously, resulting in higher performance.

Registered DIMMS (RDIMM)

RDIMMs, also known as buffer memory, are regularly used in servers and also other software that require durability and stability. RDIMMs contain internal memory registers between the memory and the memory controller.

The memory controller buffer stores commands, addressing and clock cycles, and commands for allocated memory registers instead of accessing DRAM directly. Therefore, the instruction may take about another CPU cycle. However, caching reduces the load on the processor’s memory controller.

Load-Reduced DIMMS (LR-DIMM)

Uses isolated cache (iMB) technology that caches data and addresses channels, reducing the load on the memory controller. This iMB chip also caches the data signal, unlike the registers in RDIMMs, which only store temporary commands, addressing, and also clock cycles.

The IMB chip separates all electrical load, including data signals, from the DRAM chips on the DIMM memory controller. As a result, the memory organizer only sees iMBs, not DRAM chips. The buffer then improves the read and write capacity and also speed of the DRAM chips.


Although a standard DIMM is a rectangular stick about 5.5 inches long, a smaller dual inline memory module (SO-DIMM) is about semi-that size at 2.74 inches long. Types of DIMMs are 1.2 inches high, but both are manufactured in a shallow profile (VLP) form factor that is only 0.8 inches high.

SO-DIMMs are mainly used for handy computing devices such as laptops and tablets. They differ from standard DIMMs in that DDR4 SO-DIMMs have 260 pins versus 288 pins for DDR4 DIMMs. Standard DIMMs are use in personal computers and also servers. VLP DIMM was developed to encounter the space requirements of blade servers.

How is DIMMS Gigabyte Helpful?

How is DIMMS Gigabyte Helpful_

Most of the DIMMS gigabyte servers, be it our high-density H-series servers, G-series GPU servers, R-series rack servers, or S-series storage servers, are prepared with the latest DDR4 RDIMMs/LRDIMMs. RDIMMs (Registered DIMMs) place a ” register ” buffer between the memory module and the controller, dropping the controller’s load and improving system stability.

LRDIMMs (Load Reduced DIMMs) are similar to RDIMMs, but add additional buffering to the address and data outlines, further reducing the load on the controller and improving capacity and speed. DDR4 is the latest high-bandwidth “double data rate” DRAM, with faster data transfer speeds and lower voltage requirements than the previous generation. These excellent DIMM components help DIMMS gigabyte servers reach their full potential.

What can DIMM Use to Store Data?

DIMM is a segment containing one or more RAM (Random Access Memory) chips on a small circuit board with pins that attach to the computer’s motherboard. The DIMM stores each bit of data in a separate memory cell. DIMMs use a 64-bit data path because the processors used in personal computers have a 64-bit data width.

What is a DIMMS Connector?

What is a DIMMS Connector_

A dual inline memory module (DIMM) socket consists of integrated RAM circuits. These modules are attached to a printed circuit board (PCB). For DDR1, DDR2, and also DDR3 DIMM sockets, the PIN is 240 pins; For DDR4 and DDR5 DIM sockets, the pin count is 288 pins.

Which DIMMS has Maximum Memory Capacity?

Which DIMMS has Maximum Memory Capacity_

Maximum DIMMS capacity

Type Capacity (GB) Rank
RDIMM 32 Dual
LRDIMM 32 Dual
LRDIMM 64 Quad
LRDIMM 128 Octal

Servers Use Which Specific Technology of DIMMS

Servers Use Which Specific Technology of DIMMS

DIMMS Used In Servers Can Provide Additional Reliability If They Use What Specific Technology. Server memory capacity is one of the factors of system performance. Three types of memory modules are available in the market: UDIMM, RDIMM, and also LRDIMM. DIMM refers to a memory chip or RAM chip containing a series of DRAM integrated circuits on a printed circuit board.

RDIMM or LRDIMM may be consider when selecting the appropriate memory module for a high performance server. Here we will introduce the differences between UDIMM, RDIMM, and also LRDIMM.

Three types of DIMMS Servers

Three types of DIMMS Servers

Server memory components come with different types of performance, reliability, competence, and cost, so we need to select the three types of dual inline memory modules and also choose the right one for you.

UDIMM vs. RDIMM vs. LRDIMM: Which is Right for Your Design?

To understand the three types of server DIMMs, it is also essential to know the specific differences between the three server memory modules. We need to compare UDIMM vs RDIMM vs LRDIMM to find a suitable memory module.



  • Lists inside the RDIMM store addresses, command lines, and clocks, while data travels directly to and from the memory controller and also DRAM chips. This improves signal integrity and also decreases the electrical load on the memory controller, permitting the system to support a larger server RAM capacity and also keep it stable.
  • In addition, RDIMM features contain parity detection. After finding a problem with the address and also control signals over the registers, the RDIMM will respond with an error signal to the memory controller.
  • UDIMM has no buffers or registers configured and also passes all instructions directly from the memory controller to the DRAM chip. Without buffers, addresses, and also control flags, this can overload the
    memory controller instead.
  • As a result, systems that support UDIMM will only be able to hold a limited number of DIMMs. Related to RDIMM, UDIMM lacks parity error detection. The memory controller can only detect addresses after a certain period and handle signal errors if an internal component is damage.

Bandwidth and Latency

  • RDIMMs provide additional clock cycles and more control, resulting in higher latency and lower bandwidth. When there are multiple DIMMs within each server memory channel, the UDIMM’s clock cycle changes like the RDIMM, ensuing in higher latency and lower bandwidth.
  • UDIMM also has higher latency and lower bandwidth than RDIMM, even doubling individual clock cycles to allow for build time. As a result, the superior performance of RDIMMs becomes apparent when there are three or additional DIMMs per server memory channel. UDIMMs are limit to a max of two DIMMs per server memory channel.


  • As mentioned, both memory modules provide performance with a smaller power load on the memory controller. So RDIMM provides better stability, scalable, and reliability than UDIMM. However, the powerful screen also comes with a slightly higher price tag.
  • Therefore, RDIMM is mainly valuable for high end servers that need high capacity and high performance server RAM. On the other hand, UDIMM is mainly implement in systems with low memory requirements, such as our personal and desktop computers.



  • In terms of specifications, some of the progressive specifications of RDIMM and LRDIMM are equal. For example, speed is measure in megabits(MB) per second (MT/s) for transfers over the server’s memory channel.
  • The primary specification of an RCD on RDIMM relates to clock timing, as the primary function of an RCD is to rebuffer the clocks and also drive them to the DRAM chip.
  • LRDIMMs contain a single RCD and also require multiple data buffers to store the DQ and DQS signals between the memory organizer and also the DRAM. In LRDIMMs, the address bus of the RCD and also the received clock from the server memory controller to the DIMMS are undirectional. In contrast, RDIMM is bidirectional.

Design Notes

  • LRDIMMs are seen as one the best choice for memory intensive servers, they use memory buffers to reduce the electrical load of a column to one that allows up to 8 columns in a single DIMM.
  • Essentially, systems using LRDIMMs increase power consumption and response time when the most significant possible server RAM capacity is configured.
  • If you are looking for high speed and also low latency, RDIMM is for you. On the other hand, when your design requires high memory density, LRDIMM is the right choice.

Advantages of DIMMS

  • Separate links on each side of the board double the data path size through the SIMMs with their redundant connections.
  • Buffers control the CPU’s signals and instruction addresses, reducing the amount of memory usage.
  • The dual-channel architecture allows for a 128-bit memory data bus, and the memory on each DIMM can be accessed separately by the CPU.
  • Triple and quad channels are also available; some high-end servers use six and 8-channel memory modules.

There are factors in computing power that are greater than data bus width, so multi-channel multipliers do not automatically equate to a performance gain. However, memory technologies such as interleaving reduce memory latency in multi-channel DIMMs. Interleaving distributes data across memory modules in alternating patterns. The CPU sequentially accesses data patterns across memory modules instead of waiting for one module to fill before accessing the next.


DIMMS Used In Servers Can Provide Additional Reliability If They Use What Specific Technology: By the development of science and technology, high standard server memory represents strong computer performance, low power consumption, and also low heat generation. Unfortunately, familiar memory generations are DDR, DDR2, DDR3, and also DDR4, which are mismatches.

The first three generations were wipe out. The modern generation of DDR4 has higher memory presentation with higher memory frequency and also capacity. But for DDR5 vs DDR4, the developing DDR5 stands out with its higher memory density, which requires more server memory DIMM technology.

Therefore the comparison of UDIMM, RDIMM, and also LRDIMM memory modules shows their characteristics and is suitable for different application scenarios. You can choose the appropriate DIMM allowing to your needs. For high performance servers, LRDIMM is a perfect choice.

Frequently Asked Questions(FAQ). DIMMS Used In Servers Can Provide Additional Reliability If They Use What Specific Technology?

  1. What can a DIMM use to store data and amplify a signal just earlier the data is written to the module?
  • Parity
  1. What data path size do current DIMMs use?
  • 64-bit
  1. DIMMs used in servers can deliver additional reliability by checking and correcting errors using a specific technology.
  • ECC
  1. What is the term for hybrid processors that can process 32-bit or 64-bit?
  • X86-64
  1. Which configuration option does not work when populating a motherboard with DIMMs?
  • Mix unbuffered with registered

Also Read: Managed Vs Unmanaged Switch – Network Switch

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