Specifications
| Format | 288 Pin DDR5 Unbuffered DIMM | ||||||
|---|---|---|---|---|---|---|---|
| Speed | 7200MT/s → 7400MT/s (ROG Certified Enabled) | ||||||
| Capacity | 16GBx2, 24GBx2 | ||||||
| Timing | 34-44-44-84 → 36-46-46-86 (ROG Certified Enabled) | ||||||
| Voltage | 1.4V | ||||||
| Dimension | 133.3(L) x 44(H) x 8(W) mm | ||||||
| Warranty | Limited Lifetime Warranty | ||||||
Key Features
- ROG CERTIFIED: Unleash Exceptional Performance
- Distinctive dual-tone color design with elegant side lighting effect
- Full range of RGB light support for numerous lighting combinationsSupports ASUS Aura Sync/ Gigabyte RGB Fusion/ MSI Mystic Light/ ASRock Polychrome Sync software synchronization & management
- Built-in PMIC & On-die ECC for better power management & stability
- Supports Intel® XMP (Extreme Memory Profile) 3.0 & AMD EXPO™
for one-click overclocking - Rigorous test procedure to ensure highest quality and reliability
- QVL approved and compatible with mainstream motherboards
The memory kit has XMP and EXPO profiles at DDR5-7200 and additional profiles that activate on ASUS ROG motherboards at DDR5-7400. The profile’s programmed voltage is 1.40V VDD/VDDQ in both cases, which is typical for this type of memory, considering tight primary timings.
The memory kit uses Hynix M-die IC, the best overclocking IC on the market. Under heatsinks, we will also find Richtek PMIC, the most popular and fully supported by all leading motherboard brands. We should expect great overclocking results, but I will tell you about it later.
Below is a list of timings that read our ASRock motherboard. ASUS wasn’t available at the time of review, so we won’t test the ROG profile, but we will overclock the RAM even higher.
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 XMP compatibility on the ASRock and Gigabyte X870E and Z890 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 CRAS V (not ROG edition) is also available at 6000MT/s and 6400MT/s, so I recommend one of those two. An alternative with even better results can be jumping onto 8000MT/s+, but then we need a more expensive memory series.
So far, so good. Now, let’s take a look at the product itself.
