MemoryReviews

Silicon Power XPOWER Turbine RGB 32GB DDR4-3600 CL18 Memory Kit Review

 

Specifications:

 

Key Features:

  • Authentic and high-quality SP memory module combining high gaming performance with colorful RGB display
  • High speeds with almost no lag time allow maximum DDR4 performance
  • 100% tested for stability, durability, and compatibility on major motherboard brands
  • Dynamic thermal heatsink mechanism to prevent overheating
  • Supports Intel® Extreme Memory Profile (Intel® XMP) Standards
  • Supports ASUS Aura Sync / GIGABYTE RGB Fusion / MSI Mystic Light Sync / ASROCK-Polychrome Sync
  • Up to 10-layer PCBs to ensure stability and reliability

 

XPOWER Turbine RGB DDR4-3600 is equipped with one XMP profile, which runs without issues on AMD and Intel chipsets. Quite relaxed timings of CL18-22-22 are a popular option nowadays and ensure compatibility and stability on even older processor series with weaker memory controllers.

Silicon Power offers memory kits up to DDR4-4133, but most users won’t really need anything past DDR4-3600. For the latest AMD chipsets, it’s optimal speed. You can also expect that the fastest memory kits won’t be available at a higher capacity. Barely any manufacturer decided to release 16GB memory modules at more than DDR4-3600.

The memory is based on Hynix IC, but the software can’t read what it is exactly, and memory chips are rebranded with the Silicon Power logo. End users don’t really need to care about the IC, but some gamers and enthusiasts like to know what is under the heatsinks, so further adjustments are easier. All easy to achieve overclocking results will be mentioned in this review to know what can expect of this memory series.

The tested memory runs without issues on ASUS, ASRock, and MSI motherboards with AMD B550 and X570 chipsets. Below is a screenshot that was taken after three hours of the AIDA64 stability test. For now, it’s more than enough, while more tests we will perform later.

So far, so good. Now let’s take a look at the product itself.

 

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