YANSEN introduces its high-performance industrial DRAM modules, designed to enhance system performance in various applications. These DDR4 U-DIMM modules feature a range of capacities, from 512M x 8 to 2GX16 bits DDR4 SDRAM, housed in a 288-pin printed circuit board with a 4K bits serial EEPROM. With their synchronous design and precise cycle control, YANSEN’s industrial DRAM modules offer improved data I/O transactions and are adaptable to high bandwidth, high-performance memory system applications.
Release Accelerated Performance
These modules provide 512M x 8 to 2G x 16 bits of memory, which is sufficient for demanding applications. Through precise cycle control made possible by the synchronous design, data throughput is maximized. To further improve efficiency, the modules support data I/O transactions on both DQS edges. The industrial DRAM modules from YANSEN are made to fully use high-speed memory, allowing for effective data handling and fluid multitasking.
Adaptable and Trustworthy Solution
Industrial DRAM modules from YANSEN are dependable and adaptable for a variety of uses. The modules are compatible with a variety of systems since they are made to fit into 288-pin edge connector sockets with ease. These modules can be tailored to match certain performance needs thanks to their adjustable latencies and variety of operation frequencies. Long-term stability and dependability are guaranteed by YANSEN’s industrial DRAM modules, which are designed to survive harsh industrial conditions. Experience increased dependability and performance with industrial DRAM modules from YANSEN.
Conclusion
YANSEN presents its high-performance industrial DRAM modules, designed to enhance system performance in a variety of applications. These modules offer high-speed performance, with capacities ranging from 512M x 8 to 2GX16 bits DDR4 SDRAM. The synchronous design enables precise cycle control and supports data I/O transactions on both edges of DQS. YANSEN’s industrial provide a versatile and reliable solution, with programmable latencies and a range of operation frequencies.
