Kingston 8GB DDR3 1600MT/s Non-ECC Unbuffered DIMM Memory Module

Overview

The Kingston KCP3L16ND8/8 is an 8GB DDR3 desktop memory module designed to enhance your system’s multitasking capabilities. Running at 1600MT/s with CL11 latency, it provides the bandwidth needed for smooth performance when handling multiple applications, streaming media, or working with large files. Its 1.35-volt DDR3L technology helps reduce power consumption and heat, making it a practical upgrade for most consumer and office desktops.

Key features

• 8GB capacity expands memory headroom for improved multitasking and responsiveness
• 1600MT/s speed increases data throughput, helping applications load and run faster
• Non-ECC, unbuffered design ensures compatibility with standard desktop motherboards
• 240-pin DIMM form factor allows straightforward installation in compatible systems
• Low-voltage 1.35V operation reduces power draw and heat output for energy-efficient performance
• CL11 latency balances speed and stability for consistent system responsiveness
• Extensive factory testing guarantees reliable operation and long-term stability
• Lifetime warranty and Kingston support provide peace of mind after purchase

Key specs

• Memory type: DDR3L SDRAM
• Capacity: 8 GB
• Speed: 1600MT/s
• Voltage: 1.35 volts
• Latency: CL11
• Form factor: 240-pin DIMM
• Configuration: Non-ECC, unbuffered

Compatibility and installation

This memory module fits desktop systems that support DDR3L 1600 with CL11 timings. Installation is simple: power down your computer, insert the module into an available 240-pin DIMM slot, and power back on. The system will automatically detect the upgrade, making it an accessible option for users upgrading home workstations, classroom PCs, or small business desktops.

Who this memory upgrade is for

This Kingston module is well suited to users looking to extend the life of their existing desktop computers without investing in a full system replacement. It works well for home office setups, educational environments, and small businesses that rely on multitasking and web-based applications. By increasing available memory and improving data throughput, it helps systems run more smoothly under everyday workloads.