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  • LRDIMM
    LRDIMM
    LRDIMM

    Samsung Semiconductor module LRDIMM

Load reduced DIMM
Load reduced DIMM
Load reduced DIMM

Includes a register for enhancing clock, command and control signals
Enhanced data signal by placing data buffer
Best solution for achieving high density with high speed
Supports x4 Organization / up to 4 ranks per DIMM and 3DPC
Application : Server Includes a register for enhancing clock, command and control signals Enhanced data signal by placing data buffer Best solution for achieving high density with high speed Supports x4 Organization / up to 4 ranks per DIMM and 3DPC Application : Server Includes a register for enhancing clock, command and
control signals Enhanced data signal by placing data
buffer Best solution for achieving high density with
high speed Supports x4 Organization / up to 4 ranks
per DIMM and 3DPC Application : Server

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All product specifications reflect internal test results and are subject to variations by the user's system configuration

All product images shown are for illustration purposes only and may not be an exact representation of the product

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For further details on product specifications, please contact the sales representative of your region.

FAQs

  • LRDIMMs feature a memory buffer instead of a register like RDIMMs. LRDIMM memory chips are used in server settings, like data centers and cloud computing, and high-performance computers. LRDIMMs use a specially designed buffer to reduce the data load to a single load, whereas RDIMMs present multiple loads for dual-rank and quad-rank versions and limit the amount of data you can load to the data bus.
  • RDIMMs will be less expensive and lower power compared to LRDIMMs. They can also reach the highest speeds if your system memory capacity isn't the critical factor. LRDIMMs offer higher DRAM memory capacity. They may be able to support more package ranks because data bits are buffered in the data buffers. LRDIMMs provide better capacity. Using LRDIMMs you can configure systems with the largest possible memory footprints. However, LRDIMMs also use more power and have higher latencies compared to the lower capacity RDIMMs.
  • LRDIMM can replace RDIMM. This not only reduces the load and power consumption of the memory bus but also provides the maximum supported capacity of server RAM. The power consumption of LRDIMM is relatively low. That's why it is also popular in the network server field.

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