AORUS Memory DDR5 32GB (2x16GB) 5200MT/s

Key Features

GP-ARS32G52D5

1/3

AORUS Memory DDR5 5200MT/s 32GB Memory Kit, XMP 3.0, Selected High Quality Memory ICs, INTEL Z690 certified.

Memory Size :32GB Kit (2 x 16GB)
Frequency : DDR5-5200 MT/s
Timing : 40-40-40-80 (XMP 5200MT/s)
Performance Profile : XMP 3.0
Copper-aluminum composite heat spreaders with nano carbon coating to keep performance
Intel Z690 certificated
Lifetime warranty
Comply with industrial standard JEDEC DDR5

* Please refer to support list for more detail

New Generation, New Experience

AORUS DDR5 5200MT/s 32GB (2x 16GB) Memory Kit

Thrilling Performance and Quality Guaranteed

AORUS DDR5 memory deliver reliably fast DDR5-5200 memory speed, also bring the new experience of the latest XMP 3.0. Moreover, by utilizing Copper-aluminum composite with NanoCarbon heat spreader, there is no compromise when overclocking.

Offering higher performance, better bandwidth, and lower power consumption than DDR4 modules. AORUS DDR5 memory is a new evolution for all PC enthusiasts and extreme gamers.

Optimized Working Voltage, Better Energy Saving

AORUS DDR5 memory deliver ultra-fast speed. However, when running at similar frequency, AORUS DDR5 memory operate with lower power consumption as compared to DDR4.

Higher Stability & Greater Efficiency

1. Multilayer PCB

All the multilayer PCB are conducted by strict quality control to make sure the stable performance.

2. On-die ECC

DDR5 memory module features new function, on-die ECC which allows to self-correct DRAM cell. On-die ECC brings reliability and makes your PC stable than before.

3. Power Management integrated circuit (PMIC)

The latest DDR5 modules are with built in Power Management integrated circuit (PMIC). It unlocks DDR5 voltage control, improving the overclocking performance and capability.

Copper-aluminum Composite with
NanoCarbon Heat Spreader

AORUS DDR5 memory adopts a new copper-aluminum composite material heat spreader. Combine the advantages of copper’s heat conduction and aluminum's heat dissipation, make sure no compromise when overclocking. Besides, with NanoCarbon coating, enhance passive thermal spreader when under ultra-high performance. The coating material covers the entire heat spreaders. In that way, heat is dissipated more quickly. High voltage may cause a memory peak over 70°C and failure. However, Copper-aluminum composite with NanoCarbon heat spreader, a dedicated design for DDR5, greatly helps to avoid any potential problem when overclocking; moreover, keep the temperature under 70°C.

1. NanoCarbon

2. Aluminum

For faster heat dissipation

3. Copper

For faster heat conduction

Lower Working Temperature by using Copper-aluminum composite with NanoCarbon heat spreader (Voltage: 1.35v)

AORUS DDR5 memory with heaksink
DDR5 module without heatsink

* The test result is based on internal testing for reference only, actual performance may vary under different circumstances.

Supports New XMP 3.0, Define Your Own XMP Profile

AORUS DDR5 memory module supports the latest XMP 3.0 specification, improves overclocking capabilities and profiles. Not only apply the pre-tune XMP profile, now, users can define and fine-tune their own XMP profiles, and save profiles into SPD ROM. Enjoy benefits from XPM 3.0 by AORUS DDR5 memory module.

Memory Composition

1. Copper-aluminum composite with NanoCarbon heat spreader

2. High quality memory IC

3. High quality PMIC IC for stable power

4. The heatsink is 2mm thick, improving the efficiency of heat dissipation.

Dimension

* Product specifications and product appearance may differ from country to country. We recommend that you check with your local dealers for the specifications and appearance of the products available in your country. Colors of products may not be perfectly accurate due to variations caused by photographic variables and monitor settings so it may vary from images shown on this site. Although we endeavor to present the most accurate and comprehensive information at the time of publication, we reserve the right to make changes without prior notice.