Dell SNPC5N22C/16G – 16GB DDR5 Laptop Memory Module

Overview :

The Dell SNPC5N22C/16G is a high-performance, 16GB DDR5 memory module designed to enhance the speed and multitasking efficiency of modern Dell laptops and small form factor systems. Utilizing the latest DDR5 architecture, this module provides significantly higher data transfer rates and improved power efficiency compared to previous DDR4 generations. It is primarily utilized by professionals, developers, and power users who require increased system responsiveness for resource-intensive applications, virtualization, and advanced office multitasking.

Technical capability is defined by its 5600 MHz clock speed (PC5-44800), which facilitates rapid communication between the system processor and active data. This unbuffered, non-ECC SODIMM is optimized for Dell’s latest Latitude, Precision, and Alienware mobile platforms featuring 13th and 14th Gen Intel Core or high-performance AMD Ryzen processors. As a Dell “Certified” component, it has undergone rigorous testing to ensure seamless compatibility with system BIOS and hardware diagnostics, providing a stable and reliable upgrade path.

Deployment is intended for laptops and mobile workstations equipped with 262-pin SODIMM slots. Increasing system RAM to 16GB or higher allows for smoother operation of memory-heavy software like browser suites with multiple tabs, creative editing tools, and enterprise management software. While excellent for standard and performance laptops, enterprise servers requiring error-correcting code would require a dedicated ECC-enabled module rather than this standard SODIMM.

Key Features :

• 16GB Capacity: Enhances system performance for smooth multitasking and data handling.

• DDR5 Technology: Offers higher bandwidth and lower power consumption (1.1V).

• 5600 MHz Speed: High-speed PC5-44800 performance for reduced latency.

• Dell Certified: Tested and validated to work perfectly with Dell laptop hardware.

• On-Die ECC: Improved reliability and stability inherent to the DDR5 architecture.