Specifications and Features
Key Features
- New speed benchmark in gaming memory
- Customizable RGB light effects
- PMIC for power supply stability
- On-die ECC error correction
- Supports Intel® XMP 3.0 and AMD EXPO for easy overclocking
Specifications
| Capacities | 16GB, 32GB |
| Speeds | 5200, 5600, 6000, 6400, 7200 MT/s |
| Latencies | CL30-40 |
| Voltage | 1.25-1.45V |
| Operating Temperature | 0 °C to 85 °C |
| Height | 133.35mm x 40mm x 8mm |
Our memory kit is rated at DDR5-7200 and is based on Hynix A-die IC. Considering that only Hynix A-die is sold in DDR5-6800 or higher memory kits nowadays, we don’t even have to remove heatsinks to know that. How our test sample scales with voltages also say a lot about the used IC. Overclockers and computer enthusiasts will be happy to see that the 7200MT/s memory kit actually passes 8000MT/s without problems.
The used PMIC is from Richtek, which unlocks higher than standard voltages. All leading motherboard manufacturers also support Richtek PMIC, so we are sure we won’t be limited in our overclocking challenges. We had no problems with Intel Z790 motherboards and AMD X670E/B650E.
What I find the most interesting is that ADATA Lancer has been on the market for some time already, and it supports both Intel XMP and AMD EXPO profiles. It wouldn’t be such a big deal if not for the fact that AMD released new AGESA supporting over DDR5-6400 earlier this month, so much later than the ADATA Lancer release date and worldwide store availability. It makes ADATA Lancer 7200MT/s the fastest available memory kit with the AMD EXPO profile.
Factory Timing Parameters:
- XMP Profile #1: DDR5-7200 CL34-46-46 @1.4V
- EXPO Profile #1: DDR5-7200 CL34-46-46 @1.4V
Below, you can see how ASUS Mem TweakIT reads the main DDR5-7200 profile.
The most important is stability at the rated frequency; with that, the Lancer has no problems. The memory kit was tested on ASUS Maximus Z790 APEX and ASUS Crosshair X670E GENE. Both passed stability tests using XMP and EXPO profiles.
Below is a screenshot from the AIDA64 System Stability Test, focused on cache and RAM.
During the tests, we haven’t seen higher temperatures than 67°C. Even after overclocking at higher voltages, the temperature was acceptable and wasn’t affecting stability. It suggests the high quality of modules and good enough cooling on the heatsink side.
We will look closer at the package and memory modules on the next page.
