XPG Caster Rgb 32Gb (2X16Gb) 6000Mhz Cl30 Ddr5 Expo/Xmp Ram-Ax5U6000C3016G-Dccargy

Xpg caster rgb offers a new generation memory experience. the xpg caster rgb ddr5 memory module, operating at a speed of 6400 mt/s, offers twice as fast performance as standard ddr4 memories.

this high speed enables smoother graphics in games, fast data transfers, and low latency. In this way, you can have an uninterrupted and flawless experience even in the most challenging games. With rgb lighting, all control is in your hands. add elegance to your computer with the rgb lighting feature and personalize it.

through the music mode, you can adjust the lights with different effects, such as static, breathing or comet.

additionally, you can synchronize the rgb lights with your favorite music tracks, allowing the ambiance to match the rhythm of the music. You can easily make these settings with the rgb software of all major motherboard brands. Xps caster rgb ram offers high efficiency and stability. xpg caster rgb stands out not only for its high speed but also for its reliability. Thanks to on-die ecc (error correction code), real-time error correction is done, thus ensuring data security.

in addition, power management optimization is performed with power management integrated circuit (pmic), which makes the memory module work more stable and reliable. Xpg caster rgb rams have ddr5 and ddr4 features. ddr5 provides a significant performance increase compared to ddr4.

adata ddr5 memory modules offer speeds up to 4800 mt/s frequency, providing 50% more bandwidth (38.4gb/s) compared to ddr4-3200.

this translates to an increase of 1.63 times in data transmission speed.

ddr5, with its higher frequency and bandwidth, delivers excellent performance for any application and gaming. Ddr5 and ddr4 performance comparison: ddr5 technology offers significant advantages over ddr4.

the comparison chart below clearly illustrates the differences between both types of memory and the improvements that ddr5 provides.

chi-tech architecture: ddr5 modules are designed to have more banks and more banks, which offers twice the capacity than ddr4.

also, burst length and prebring characteristics are doubled.

this ensures faster data access and processing power.

ddr5 also includes built-in error correction code (ecc) technology to ensure data integrity.

this feature promptly detects memory errors, offering a more stable and reliable performance.

ddr5 vs. ddr4 design differences: ddr5 u-dimm modules have the same size and pin count as ddr4 modules, but there are some obvious differences in design.

the notch position on ddr5 is different from ddr4 to ensure the correct placement of the module.

in addition, ddr5 integrates i/o resistors with cmd/add resistors, offering a cleaner design.

these design changes not only provide a simpler visual appearance but also offer a more efficient energy and data management.

ddr5 modules also have a pmic (power management integrated circuit) in the middle, which ensures power management and energy efficiency.