Samsung 16GB DDR5 4800MHz UDIMM CL40 1Rx8 1.1v Non-ECC Desktop Memory – M323R2GA3BB0-CQK

Samsung 16GB DDR5 4800MHz UDIMM CL40 1Rx8 1.1v Non-ECC Desktop Memory
High-Speed DDR5 Technology: Experience lightning-fast performance with DDR5 technology, offering a blazing speed of 4800MHz. DDR5 technology provides improved bandwidth, lower power consumption, and increased efficiency compared to DDR4 memory, ensuring smooth multitasking and faster data processing.

16GB Capacity: With a generous capacity of 16GB (16GBx1), this memory module provides ample space for storing and accessing data, applications, and games. Whether you’re gaming, editing videos, or running multiple applications simultaneously, this memory module delivers the performance you need.

Non-Parity/Non-ECC: This memory module is non-parity and non-ECC (Error-Correcting Code), making it suitable for standard desktop computing tasks. Non-ECC memory is ideal for gaming, general computing, and home entertainment applications, offering reliable performance without the added complexity of error correction.

Unbuffered UDIMM Design: The unbuffered UDIMM (Unregistered DIMM) design ensures direct communication between the memory controller and the memory module, resulting in lower latency and improved performance. Unbuffered memory is well-suited for desktop computers and consumer applications, offering a balance of performance and affordability.

1Rx8 Single Rank Module: Featuring a 1Rx8 configuration, this memory module offers efficient data access and processing, enhancing system responsiveness and overall performance. Single-rank modules are optimized for compatibility and performance in desktop systems, providing stable operation under various workloads.

288-Pin Design: The 288-pin design ensures compatibility with most modern desktop motherboards, providing a secure and reliable connection for seamless installation and operation.

Low Voltage Operation: Operating at just 1.1 volts, this memory module delivers energy-efficient performance, helping to reduce power consumption and heat generation in your system while maintaining stable operation.