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Unveiling YSXXXXD4NXXXXXGN: DDR4 SO-DIMM High-Speed Memory Module

Introduction

Introducing YSXXXXD4NXXXXXGN, a DDR4 SO-DIMM high-speed memory module from YANSEN, designed to meet the demands of high-performance computing. With its advanced features and reliable performance, this industrial dram sets a new standard for speed and efficiency in memory systems.

Sophisticated DDR4 SDRAM Technology for Quick Performance
Utilizing cutting-edge DDR4 SDRAM technology, YSXXXXD4NXXXXXGN includes 8 pieces of 512M x 8, 1024M x 8, and 2G x 8 bits DDR4 SDRAM in FBGA packaging. This architecture is perfect for high-bandwidth computing activities since it guarantees quick data processing and transmission speeds.

Using Synchronous Design for Accurate Cycle Management
YSXXXXD4NXXXXXGN’s synchronous architecture makes it possible to precisely regulate cycles with a system clock. The precise timing and synchronization provided by this synchronous operation improve the overall effectiveness and performance of the system.

Variable Frequencies and Latencies of Operation
Many memory system applications can benefit from the versatility that YSXXXXD4NXXXXXGN provides with its wide range of operating frequencies and adjustable latencies. This memory module may adjust to match the unique needs of every application, be it multimedia processing or high-bandwidth computing.

Simple Installation with Dual In-Line Memory Modules (DIMM)
With its Dual In-Line Memory Module (DIMM) design, YANSEN’s YSXXXXD4NXXXXXGN is made to fit into 260-pin edge connector sockets effortlessly. Installation is easy and quick because to the standardized form factor that guarantees compatibility with a variety of systems.

Conclusion

In conclusion, YANSEN’s YSXXXXD4NXXXXXGN DDR4 SO-DIMM high-speed memory module offers reliable performance and efficient operation. With its advanced technology and versatile features, it’s the perfect choice for high-performance memory system applications. Experience the power of industrial dram and unlock the full potential of your system today.

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