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Samsung

M392B2G73AM0-YF8 Samsung 16GB PC3-8500 ECC Registered DDR3-1066MHz CL7 240-Pin DIMM 1.35V Low Voltage Very Low Profile (VLP) Quad Rank Memory

M392B2G73AM0-YF8 Samsung 16GB PC3-8500 ECC Registered DDR3-1066MHz CL7 240-Pin DIMM 1.35V Low Voltage Very Low Profile (VLP) Quad Rank Memory

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Regular price $243.26 USD
Regular price Sale price $243.26 USD
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The M392B2G73AM0-YF8 Samsung 16GB PC3-8500 ECC Registered DDR3-1066MHz CL7 240-Pin DIMM is a high-performance memory module designed to enhance the capabilities of your system. With a capacity of 16GB, this quad rank memory module provides ample space for data storage and processing, making it an ideal choice for demanding applications. The PC3-8500 specification ensures compatibility with a wide range of systems, while the DDR3-1066MHz frequency and CL7 latency provide a balance between speed and efficiency.

This memory module features ECC (Error-Correcting Code) technology, which helps to detect and correct data errors, ensuring the integrity and reliability of your system. The registered design allows for better signal integrity and improved performance, making it suitable for use in high-density memory configurations. The 240-pin DIMM form factor and 1.35V low voltage operation make it an energy-efficient choice, reducing power consumption and heat generation. Additionally, the very low profile (VLP) design enables easy installation in space-constrained systems, making it a versatile and reliable memory solution for a variety of applications.

The M392B2G73AM0-YF8 Samsung 16GB PC3-8500 ECC Registered DDR3-1066MHz CL7 240-Pin DIMM is a high-quality memory module that meets the demands of modern systems. Its unique combination of performance, capacity, and power efficiency makes it an excellent choice for upgrading or configuring high-performance computing systems. With its robust design and reliable operation, this memory module is designed to provide long-term stability and performance, making it a valuable investment for any organization or individual seeking to enhance their system's capabilities.

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