Ready To Ship Memory Samsung 32gb 2x16gb Module Pc3-14900r 2rx4 Ddr3 1866mhz Rdimm Reg Ecc Memory Ram Accessory [2QXBCtno]

High-Performance DDR3 ECC Memory Solution

The Samsung 32GB 2x16GB Module PC3-14900R DDR3 1866MHz RDIMM REG ECC Memory Ram is designed for users seeking top-tier performance and reliability. This memory kit, with its registered ECC (Error-Correcting Code) feature, ensures data integrity and minimizes system downtime, making it ideal for server environments and professional applications. The dual-channel configuration enhances memory bandwidth, allowing for seamless multitasking and faster data processing speeds.

• Enhanced Data Integrity: The ECC feature detects and corrects single-bit errors, ensuring data accuracy and system stability.
• Improved System Performance: With a speed rating of PC3-14900 (DDR3-1866), this memory offers high bandwidth for optimal system performance.

Key Features and Specifications

This memory module boasts a total capacity of 32GB, which is split into two 16GB modules, allowing for easy installation and scalability. It features 240 pins, adhering to the RDIMM form factor, and operates at a speed of 1866MHz. The unbranded/generic brand ensures affordability without compromising on quality.

• Memory Capacity: 32GB (2x16GB modules)
• Bus Speed: PC3-14900 (DDR3-1866)
• Form Factor: RDIMM

Practical Applications and Benefits

Whether you're running a server, a workstations, or a demanding application, the Samsung 32GB DDR3 ECC Memory Ram delivers the performance you need. Its registered ECC and RDIMM form factor make it perfect for enterprise-level environments, where data integrity and system reliability are paramount. With its dual-channel design and high bandwidth, this memory is also well-suited for gaming and other resource-intensive tasks.

• Server and Enterprise Solutions: Ensures data integrity and minimizes system downtime, ideal for professional environments.
• Enhanced Performance: Optimizes multitasking and data processing speeds, suitable for resource-intensive applications.