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Samsung

M393B1G73BH0-YMA Samsung 8GB PC3-14900 ECC Registered DDR3-1866MHz CL13 240-Pin DIMM 1.35V Low Voltage Dual Rank Memory

M393B1G73BH0-YMA Samsung 8GB PC3-14900 ECC Registered DDR3-1866MHz CL13 240-Pin DIMM 1.35V Low Voltage Dual Rank Memory

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Regular price $190.34 USD
Regular price Sale price $190.34 USD
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Upgrade your server's performance with the Samsung M393B1G73BH0-YMA 8GB PC3-14900 ECC Registered DDR3-1866MHz CL13 240-Pin DIMM 1.35V Low Voltage Dual Rank Memory. This high-quality RAM module is designed to deliver exceptional speed, reliability, and power efficiency for demanding enterprise applications.

With a memory capacity of 8GB and a speed of 1866MHz, this DDR3 RAM module ensures that your server can handle multiple tasks simultaneously without compromising performance. The PC3-14900 rating guarantees compatibility with systems that support DDR3-1866MHz memory, while the ECC (Error-Correcting Code) feature provides an additional layer of data protection, detecting and correcting memory errors in real-time to prevent data corruption and system crashes.

The M393B1G73BH0-YMA features a low voltage of 1.35V, which not only reduces power consumption but also minimizes heat generation, making it an ideal choice for data centers and server rooms where energy efficiency and thermal management are crucial. The dual-rank design allows for increased memory density, enabling you to populate your server's memory slots more efficiently.

This 240-pin DIMM module boasts a CAS latency of CL13, ensuring responsive performance and minimizing delays in data access. As a registered memory module, it provides improved signal stability and reduced electrical load, making it suitable for use in servers that require high-performance and high-capacity memory.

By incorporating the Samsung M393B1G73BH0-YMA 8GB PC3-14900 ECC Registered DDR3-1866MHz CL13 240-Pin DIMM 1.35V Low Voltage Dual Rank Memory into your server infrastructure, you can experience enhanced performance, improved reliability, and increased efficiency, ultimately leading to better overall system utilization and reduced downtime.

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