MemoryReviews

Essencore KLEVV FIT V 32GB DDR5-6000 Memory Kit Review

 

Specifications

Format 288 Pin DDR5 Unbuffered DIMM
Speed 5600MT/s 6000MT/s 6400MT/s
Capacity 16GBx1, 16GBx2
Timing 30-36-36-88 32-38-38-78 34-40-40-90
Voltage 1.25V 1.35V 1.35V
Dimension 136.34(L) x 33.21(W) x 6.2(H) mm
Warranty Limited Lifetime Warranty

 

 

Key Features

  • Ultra low-profile for excellent compatibility with larger components
  • Cost-efficient next-gen performance for designers and video editing
    applications
  • Carefully selected superior quality ICs, without mixing memory IDM,
    to guarantee exceptional performance and reliability
  • Sliver aluminum heatsinks are made for maximum cooling
  • Supports Intel® XMP (Extreme Memory Profile) 3.0 & AMD EXPO™
    for one-click overclocking
  • On-die ECC and PMIC for long-term data reliability, stability, and
    efficient power supply
  • QVL approved and compatible with mainstream motherboards

 

The FIT V DDR5-6000 memory kit has XMP and EXPO profiles at DDR5-6000 and primary timings of 32-38-38-78. The profile’s programmed voltage is 1.35V VDD/VDDQ, which is the expected value for this type of memory.

The memory kit uses a dual-rank Hynix IC, which is a surprise considering the low total capacity of 32GB. It’s low for today’s standard but more than enough for most gamers. Under heatsinks, we will also find Richtek PMIC, the most popular and fully supported by all leading motherboard brands.
Below, you can see the enabled EXPO profile on the X870E motherboard.

 

Below is a screenshot from the AIDA64 System Stability Test. As you can see, stability is fine. The memory kit passed multiple other tests, so there was no need to keep the stability test for much longer.

The tested memory kit has no problems with stability or compatibility on multiple ASRock and Gigabyte X870/E motherboards. On AMD, we have to remember that optimal performance is achieved through the synchronized memory controller and memory frequency, so RAM up to 6400MT/s. The FIT V is also available at 6400MT/s, which can be an optimal option.

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

 

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