The LPDDR5 is the fifth generation of low-power double data rate synchronous dynamic random access memory. The new product offers a single-die density of 12Gb, with a speed of 6400Mbps, representing a 50% improvement over LPDDR4X, while simultaneously reducing power consumption by 30%*. LPDDR5's RAS features, such as On-Die ECC, enhance reliability and stability and enable more robust data security. The LPDDR5 will power a wider range of mobile devices, meeting the ever-growing storage demands of the digital era. *Compared to LPDDR4X, the power consumption data is based on internal testing result.

The DDR4 is a fourth-generation double data rate synchronous dynamic random access memory. Compared to DDR3, it provides faster data transfer rates, more stable performance, and lower power consumption. CXMT's DDR4 can meet the mainstream market demand, with a wide range of application scenarios in office, home, leisure and entertainment, providing cloud services, Internet of Things, and other devices and products with superior performance, bringing users a better user experience.

The LPDDR4X is a fourth-generation low-power double data rate synchronous dynamic random access memory. It adopts an LVSTL low-power interface and multiple other designs that can reduce power consumption. With large capacity, high speed, high bandwidth, and ultra-low power consumption, CXMT's LPDDR4X provides not only a more stable and smooth experience for mobile devices such as smartphones and wearables, but also more possibilities to apply in new technologies such as high-resolution displays, virtual reality, and 5G.

The DDR4 module is a fourth-generation high-speed module. It provides higher performance and bandwidth than the DDR3 module, with a maximum speed of 3200 Mbps. A mainstream product in the memory market, the DDR4 module is used in PCs, servers, and other consumer electronics, as well as in the Internet of Things(IoT) and similar emerging fields. CXMT's DDR4 modules are adaptable to various embedded systems. With the quality of the original dies and reliability in the wide temperature range, DDR4 modules perform exceptionally even in harsh industrial environments.