Viral Samsung Memory M391a2k43db1-cwe Ecc Udimm 3200 16g Ddr4 Collection [QkshmdnB]

Samsung ECC UDIMM DDR4 Memory Module

Introducing the Viral Samsung Memory M391a2k43db1-cwe Ecc Udimm 3200 16g Ddr4 Collection [QkshmdnB], a high-performance memory module designed for server environments. This module combines reliability and speed, making it an ideal choice for businesses that require seamless and efficient data processing.

Key Features:

• Brand: Samsung, a trusted name in memory technology.
• Capacity: 16GB, providing ample memory space for demanding applications.
• Memory Type: ECC UDIMM, ensuring data integrity and reliability.
• Transmission Type: DDR4, offering faster data transfer rates and lower power consumption.
• Memory Frequency: DDR4 3200, delivering optimal performance for server tasks.

Product Specifications

This Samsung ECC UDIMM DDR4 module is designed with server applications in mind. Its 16GB capacity ensures that your server can handle large datasets and complex operations with ease. The ECC (Error Correction Code) feature adds an extra layer of data protection, minimizing the risk of data corruption. With a DDR4 3200 memory frequency and 288 pins, this module offers superior performance and compatibility with a wide range of server systems.

Applications and Benefits

Whether you are managing a small-scale server or a large data center, the Viral Samsung Memory M391a2k43db1-cwe Ecc Udimm 3200 16g Ddr4 Collection [QkshmdnB] is a versatile solution. Its fast data transfer rates and robust error correction capabilities make it perfect for server environments where reliability and performance are paramount. With a BGA particle encapsulation, this module is also highly durable and resistant to environmental factors. Order with confidence, knowing that you are getting a product with an original factory warranty and the fastest delivery time of 1-3 days. Choose the Viral Samsung Memory M391a2k43db1-cwe Ecc Udimm 3200 16g Ddr4 Collection [QkshmdnB] for your server needs and experience the difference in performance and reliability.