G.Skill Ripjaws V - 64 GB - 4000 MHz - Multicolor

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The G.Skill Ripjaws V 64GB (2 x 32GB) DDR4 4000MHz memory kit is an ideal choice for power users, video editors, and gamers who need massive capacity and high-speed data throughput. By providing a stable, dual-channel high-performance solution, it helps significantly reduce rendering and loading times in intensive applications, though users should ensure their motherboard and CPU architecture natively support the 4000MHz frequency before purchasing.
| Colour | Multicolor |
|---|---|
| Series | Ripjaws V |
| Model Part Number | F4-4000C18D-64GVK |
| Brand | G.Skill |
While optimized for Intel, it can work with AMD; however, 4000MHz might require manual tuning of the Infinity Fabric clock for stability on AMD platforms.
The modules are 42mm tall, which is compatible with most aftermarket air coolers.
Yes, you must enable XMP 2.0 in your BIOS; otherwise, the RAM will run at the default JEDEC speed.
No, these are non-ECC, unbuffered memory modules intended for PC/Server usage.
Mixing memory kits is not recommended as it can lead to instability and difficulty reaching the rated XMP speeds.
Clear CMOS to reset BIOS settings, then update your motherboard BIOS to the latest version before re-enabling XMP.
Enter the BIOS and ensure the XMP 2.0 profile is manually selected; the system defaults to slower speeds automatically for safety.
Run a memory diagnostic tool like MemTest86 to check for faulty sectors and ensure the memory is seated firmly in the dual-channel slots.
Installation requires standard DDR4 motherboard slots. Once physically installed, the system will likely default to a lower JEDEC speed for stability. To achieve the advertised 4000MHz speed, you must enter your system BIOS (usually by pressing Del or F2 during boot) and locate the XMP settings. Enable 'Profile 1' to apply the optimized speed and latency settings automatically. Ensure that your CPU's integrated memory controller is capable of handling the 4000MHz frequency, as performance can vary by processor generation. When handling the modules, hold them by the edges to avoid touching the gold contact pins, and keep the area free of dust to maintain optimal conductivity.