Predator Pallas DDR4 Memory
Up to 3600 MHz
XMP 2.0
Engineered with original preferred-quality ICs, Predator Vesta memory features a high frequency up to 4000 MHz and supports XMP 2.0. The built-in temperature sensor monitors the real-time operating temperature, ideal for overclocking. The upgrade of its lighting effect brings more brightness and a more lifelike color display. The bottom of its light guide bar adopts a saw-tooth design, allowing for a natural lighting effect.
In the last few years Samsung B-die* memory has become recognized as a favored memory for high performance and overclocking as well as running low latencies. This series offers ultra-low latency to enhance the entire system performance. * Some particular models offer Samsung B-die. Please check carefully the product serial numbers to choose the appropriate kits.
Vesta uses B-die ICs that feature a better-than-average resistance of voltage and high temperature, especially performing well in controlling the parameter of timings. Compared with normal memory with high timing, Vesta enhances read and write speeds, decreases latency, and creates exceptional gaming experience.
Refresh your RGB style. The upgraded Vesta RGB memory module features brighter lighting and more pure lighting effects. The bottom of its abrasive surface adopts the zigzag design for the light guide which adds a natural lighting effect. With built-in 8 independent lighting areas, Vesta RGB supports 16.8 million customized colors and is compatible with mainstream lighting control software.
Sporting an eSports style, Predator Vesta’s silver-winged heat sink has a solid appearance and metallic surface (with the ground texture subtly combined with eye-catching hollowed-out lines). Its entire silver-and-gray dazzling appearance complements the RGB lighting effect.
Vesta offers a metallic heat sink made of aluminum alloy for a thick, solid structure. The large and tilted groove on its surface profoundly enhances air transfer, dissipating heat in an effective way. This memory can maintain its controllable temperature and ensure gamers reliable performance despite heavy use. With the built-in temperature sensor, players can conduct real-time monitoring. Enjoy convenient and controllable overclocking.
Overclocking gets you the ultimate performance. Predator Vesta supports Intel XMP 2.0 one-click overclocking* with preset overclocking profiles to improve game frame rates and running speeds. There is no easier way to jump into the higher performances of overclocking.
Our customized reinforced 10-layer PCB comes with far better-than-average standards to support powerful overclocking. The 15 μin gold-plated contact design remarkably enhances the durability for plug-and-pull, oxidation resistance and data transmission stability.
Vesta memory achieves a higher gaming frame rate and reduces screen tearing caused by FPS fluctuations*. FPS (Frames Per Second) tells us how many consecutive images can appear on a display during a single second. (The higher the frame rate, the better the flow of the images while low FPS usually means image interruptions and flickering.) Image stuttering and lagging are a gamer’s worst nightmare. To avoid FPS drops, proper system configuration needs to match the requirements of the games.
The Predator Vesta modules are ready for the latest Intel & AMD platforms and are compatible with the latest motherboards of mainstream board manufacturers such as Gigabyte/AORUS, ASUS, MSI and ASRock. Additionally, Vesta has passed the QVL certification of most major motherboard manufacturers.
The experts in our labs recommend the Vesta dual-channel memory modules to significantly improve performance without worrying about poor compatibility. For example, using Vesta 8 GB x 2 dual-channel DDR4s will perform better than a regular 16 GB single channel memory.
In addition to our decision to use high quality original ICs, Vesta undergoes strict testing throughout our production process, tests for compatibility, reliability and other quality tests. Better quality control creates memory with more reliability and stable performance.