The newly introduced ADATA XPG™ Gaming v2.0 Series adopts TCT1 (Thermal Conductive Technology), retaining operational stability while offering higher performance. While designed with computer gamers in mind, the XPG™ Gaming v2.0 Series is suitable for all users, delivering stability and compatibility, freeing up your computer’s power for successful navigation of the PC gaming world.

ADATA XPG™ Gaming v2.0 Series

ADATA’s XPG™ Series represents Xtreme Performance Gear, which is exactly the extreme performance the product lineup aims to provide. The XPG Series features the ultimate in quality and technological expertise, designed specifically for the power users who demand high-performance memory modules. Complete in three distinct product lines, the XPG Series suffices everyone in various specific needs for memory modules.

Designed specifically for computer game players, the XPG™ Gaming series can satisfy the gamers’ needs for daily gaming and computing with outstanding reliability and performance. With TCT, the extended heat sink and 2OZ double-copper PCB2 (Printed Circuit Board), the new XPG™ Gaming v2.0 Series is released with remarkable performance and enhanced reliability.

Lightning Speed without Overheating

Including the unique Thermal Conductive Technology, each memory chip's surface makes direct contact with the heat sink to maintain ICs and the PCB operate at a low temperature, thus ensuring the memory module retains ultimate stability while delivering supremely high performance. The ADATA XPG™ Gaming v2.0 Series adopts the extruded heat sink that extends to increase surface area, providing superior thermo-conduct capability, efficiently reducing power consumption and greatly elevating the signal completion emitted from the memory module. Further, the Gaming v2.0 employs the industry-leading 2OZ double-copper PCB, increasing stability while the memory is in use.

The Highest Standard for Stability and Efficiency

ADATA XPG™ Gaming v2.0 Series memory products are made in conformation with JEDEC regulations and DDR3-1333 standards at CL value of 9-9-9-24. Each XPG™ Gaming v2.0 Series memory chip is selected through a strict filtering process, complete with superior 8-layer PCB (Printed Circuit Board) and unique heat dissipation technology that effectively lowers module temperature, improves power consumption and prolongs the lifespan of memory, proven to reach a maximum speed of 2600MHz at CL value 11-13-13-35 to make complete use of the computer’s power.

What is DDR3?

DDR3 SDRAM stands for Double Data Rate Three Synchronous Dynamic Random Access Memory. Compared to DDR2 SDRAM, DDR3 SDRAM delivers higher performance, maintaining lower voltage levels and greatly improving data transfer rates.

ADATA XPG™ Gaming v2.0 Series DDR3 Desktop Memory uses 240-pin standard design. Operating at 2600MHz and 1.65 volts, transfer bandwidth can reach 20,800 MB/s (PC3 20800)3. The built-in Intel XMP (Extreme Memory Profiles) provide easy configuration for the power users who need overclocking and enjoy blazing speed4.

Lifetime Warranty, Quality Guaranteed

In addition to ADATA’s rigorous manufacturing process, we ensure the quality of each memory module. All ADATA memory modules come with a lifetime limited warranty.

1. All products in the XPG™ v2.0 series include Thermal Conductive Technology, which aligns the surface of the memory chip to make direct contact with the heat sink, immediately dispersing heat away from the heat source.

2. All XPG™ v2.0 modules include 2OZ double-copper PCB to efficiently improve current transfer rates while lowering the system temperature and increasing system stability.

3. Blazing speed at DDR3 2600+, the transfer bandwidth can reach up to 20,800 MB/s (PC3 20800). With dual-channel design, the memory bandwidth can reach up to 40 GB/s.

4. All ADATA memory chips are stringently tested. However, actual performance may vary due to a computer’s motherboard, BIOS version, system configurations, operating system, system components, and other factors. Overclocking or changing the system clock may cause malfunction in some computer system components, and can even invalidate the computer’s warranty. Please read the computer user guide carefully or consult the manufacturer for more information.