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32GB DDR5 6800MHz CL34

16GB DDR4 3200MHz

16GB DDR4 2933MHz

32GB DDR5 6400MHz CL32

16GB DDR5 6400MHz CL32 White XMP

16GB DDR4 3200MHz CL22

16GB DDR4 3000MHz

32GB DDR5 8000MHz CL38

96GB DDR5 6400 CL32 G.Skill (2x48GB) 96-M5 RGB RM5RK

16GB DDR5 6000MHz CL30

32GB DDR5 6000MHz

128GB DDR4 3200MHz CL22

8GB DDR4 3200MHz

Fujitsu mälu Server memory 32GB (1x32GB) 2Rx8 DDR5 4800 U ECC PY-ME32UH

16GB DDR5 5200MHz CL40

Vengeance Low Profile heat spreaders have a reduced height of 1.03". They're designed for high-performance systems with extra-large CPU coolers, small form factor system builds, or any other space-constrained application where you need high-performance memory but standard Vengeance modules might not fit.

32GB DDR5 6000MHz CL28

48GB DDR5 8000MHz CL38

Adata XPG Lancer RGB (AX5U6000C3032G-DCLARWH)

The introduction of DDR5 memory is bringing in a huge increase in performance for every server or workstation using this technology. The clock speed starts with a 50% increase over the last generation of DDR4 memory and already shows additional speed bumps above that to 6400MT/s. The underlying architecture has been enhanced as well to give additional boosts to the overall system performance. Of course, every application will respond differently to these changes, but for any application using high CPU core counts and is already bandwidth limited by the memory in a DDR4 system, the performance improvement should be shocking.If you consider the CPU of your server or workstation the brains, then the system memory would be considered the lifeblood of the system. The amount of memory in your system will dictate the overall performance. Generally speaking, the more memory in the system, the higher the overall performance you can expect. System memory installations or upgrades are incredibly easy with the socket used on the motherboard. No special skills or tools are needed to complete the task. Servers supporting virtualization applications are highly dependent upon the amount of memory installed. Multiple virtualized servers can coexist on the same physical server as long as the total amount of memory installed can meet the need of each individual virtualized server.When a server or workstation is running an application that exceeds the memory of the server, it is forced to offload portions of the application to the online storage system like an SSD. When the application needs to swap portions of itself out and bring in other parts from the SSD, the latency can increase significantly. By ensuring the system has enough memory to hold the entire database or application, the overall application latency can be greatly reduced, sometimes by orders of magnatude. Micron Server and Workstation DRAM modules run through an extensive line of tests at both the component and module level before they are released to partners and customers. Enterprise and Cloud customers can rest assured that these modules leave the factory only after meeting the exacting JEDEC specifications established for enterprise-class systems.