Skip to main content
  • $1,774.49
  • Free 30-day Returns
  • Sold by Direct from manufacturerNEMIX RAM
    Hot Seller
    4.6 (3,064 seller ratings)

    Shipped by Direct from manufacturerNEMIX RAM

    Price alert
    Server System configurator/ABS
    Shop it at NeweggBusiness.

    Meet Your Seller

    NEMIX RAM 256GB (2X128GB) DDR4 2400MHZ PC4-19200 8Rx4 1.2V 288-PIN ECC LRDIMM Load Reduced Server Memory KIT Compatible with ASUS KNPA-U16 EPYC 7000 Series Motherboard

    • 64GB
    • 128GB
    • 256GB (2 x 128GB)
    • 256GB (4 x 64GB)
    • 512GB (4 x 128GB)
    • 512GB (8 x 64GB)
    • 4Rx4
    • 8Rx4
    • NEMIX RAM is a Distributor and Manufacturer of Computer Memory and Storage Upgrades. Specializing in Enterprise Storage RAM for Servers and Workstations along with all Standard and Specialty ECC Memory for NAS & PC/Mac based Computers and Laptops.
    • Our Memory Delivers Enhanced Performance: No Doubt about it, Memory Upgrades are the Easiest, Most Cost Effective Way to Speed Up, Maximize and Boost the Overall Performance of Your Computing Environment.
    • Simple Installation: Typically you can Easily Upgrade the Memory Yourself in a couple of Minutes. Always Refer to your Owners Manual for Detailed Instructions.
    • Our Commitment: To Provide only the Best, Highest Quality, Computer Memory Products in the Industry. Back them with a Lifetime Replacement Warranty, and offer Top Tier Support from a Seasoned IT Support Staff that Completely Understands Memory Upgrades.
    • Once You Install NEMIX RAM You Won't need Anything Else.
    +
    +
    Overview
    Specs
    Reviews

    Any questions? Ask CelesteSM will help you find out quickly.

    NEMIX RAM 256GB (2X128GB) DDR4 2400MHZ PC4-19200 8Rx4 1.2V 288-PIN ECC LRDIMM Load Reduced Server Memory KIT Compatible with ASUS KNPA-U16 EPYC 7000 Series Motherboard

    Warranty & Returns

    Warranty, Returns, And Additional Information

    Warranty

    • Please contact the Seller directly for warranty information. Warranty information may also be found on the Manufacturer's website.
    • CONTACT

    Return Policies

    • Return for refund within: 30 days
    • Return for replacement within: 30 days
    • This item is covered by NEMIX RAM Return Policy

    Manufacturer Contact Info

    LOADING...

    This NEMIX RAM kit provides 256GB of DDR4-2400 ECC LRDIMM server memory in two 128GB modules, designed for systems using the ASUS KNPA-U16 EPYC 7000 Series motherboard. It suits server builders who need high-capacity, registered memory for a compatible system.

    Recommended For

    • Operators of a KNPA-U16 or other EPYC 7000 server who need more ECC memory for virtual machines or other memory-capacity-bound services, and have verified that this exact 128GB module is supported by their board and CPU.
    • Administrators maintaining an existing EPYC 7000 server who need replacement or expansion ECC LRDIMMs, and can match the modules to the system’s supported memory configuration.
    • Builders of memory-capacity-focused EPYC servers who prefer two high-capacity modules over filling more DIMM slots, and accept that two modules do not populate all eight memory channels.

    Real-World Use Scenarios

    • Running several virtual machines on one EPYC server: the added memory gives the hypervisor more room to assign RAM to guest systems, which can help keep memory-heavy VMs running without competing as quickly for capacity. For the KNPA-U16, verify the exact 128GB modules against ASUS’s memory guidance; its manual lists 128GB modules as LRDIMM 3DS.
    • Hosting a larger database or consolidating databases on one server: when the workload needs more memory capacity, LRDIMM-based expansion can leave more room for database working sets and consolidation; actual responsiveness depends on the database and server configuration.
    • Serving a business website or application: in an EPYC server used for web hosting or enterprise applications, extra memory can support a larger in-memory workload, helping the server accommodate more demand before memory capacity becomes a constraint.
    • Working with memory-heavy analysis or HPC datasets: the additional capacity can help keep more of a dataset in system memory instead of relying as often on storage, provided the workload is memory-bound and the dataset fits the available RAM.
    • Building a small-business server for multiple services: extra memory can give services such as application hosting, databases, and internal tools more room to run together, while the server’s actual capacity and performance still depend on CPU, storage, software, and memory configuration.