Samsung LPDDR5X – 64GB

Samsung LPDDR5X – 64GB

x32 | x64 | Low-Power Mobile DRAM

Samsung LPDDR5X 64GB devices are designed for high-bandwidth, low-power memory applications in mobile and embedded platforms. With data rates up to 8.5 Gbps per pin, LPDDR5X significantly improves effective throughput compared to LPDDR4X while maintaining reduced operating power through advanced process optimization.

Typical integration includes samsung lpddr5x 64gb x64 configurations in flagship smartphones, high-performance tablets, automotive infotainment systems, and AI edge computing devices. The x32 and x64 I/O organizations allow flexible system-level design depending on memory bus width and controller architecture.

Architecture and Performance

• Data rate up to 8.5 Gbps per pin
• Enhanced internal prefetch and optimized signal environment
• Dynamic Voltage and Frequency Scaling (DVFS) support
• Improved bandwidth compared to LPDDR4X (4.2 Gbps class)
• Available in x32 and x64 configurations

Through optimized circuit design and advanced process technology, LPDDR5X improves both bandwidth and power efficiency. In mobile deployments such as 64gb lpddr5x mobile memory systems, lower voltage operation reduces overall platform energy consumption while sustaining high data throughput.

Beyond smartphones, LPDDR5X is increasingly used in automotive and industrial platforms. Devices meeting AEC-Q100 requirements are suitable for temperature-variant environments, making lpddr5x automotive memory solutions viable for advanced driver assistance systems and in-vehicle compute modules.

Part Number List

Technical FAQ

1. What is the advantage of LPDDR5X over LPDDR4X?
LPDDR5X increases per-pin data rate to up to 8.5 Gbps compared to approximately 4.2 Gbps in LPDDR4X, while improving power efficiency through voltage scaling and optimized signaling.

2. What is the difference between x32 and x64 configurations?
x32 and x64 refer to the I/O bus width of the memory device. System designers select the configuration based on memory controller width, bandwidth targets, and PCB routing considerations.

3. Is LPDDR5X suitable for automotive applications?
Yes. Variants compliant with AEC-Q100 are designed for reliability across extended temperature ranges, supporting automotive and high-stress embedded environments.