Samsung 8GB PC3L-12800S DDR3-1600 2RX8 Non-ECC SODIMM Memory Module

The Samsung M471B1G73DB0-YK0 is an 8GB memory module that follows the DDR3L 1600 MHz standard, giving a notebook the extra headroom it needs for everyday multitasking and light creative work. Because it operates at 1.35 volts instead of the usual 1.5, it helps a laptop run a little cooler and can stretch battery life during long study sessions or meetings.

This module uses a 2Rx8 layout and fits the common 204-pin SODIMM slot found in many Windows and macOS laptops built for DDR3L memory. It is Non-ECC and unbuffered, so there is no additional error-correction overhead; the system can focus on delivering quick response when several browser tabs, office documents, or virtual machines are open at once. Samsung builds it to JEDEC standards, which means installation is typically as simple as matching the module’s specifications with the ones listed in your laptop’s service manual.

If your notebook feels sluggish when opening large spreadsheets, streaming high-definition video, or compiling code, adding this single 8GB stick can make the experience smoother without replacing the entire system. It is also a practical replacement if an existing module has failed, letting IT departments or repair shops restore a device to full performance with a part that has reliable brand provenance.

Before purchase, confirm that your system supports DDR3L 1600 MHz SODIMM memory. Once installed, the upgrade is immediate and requires no additional software configuration, letting students, remote workers, and traveling professionals get back to work with less slowdown.

• 8GB capacity that expands multitasking headroom
• DDR3L 1600 MHz speed under the PC3L-12800S specification
• Operates at 1.35 V for reduced power draw and thermal output
• 2Rx8 organization designed for balanced performance
• 204-pin SODIMM format for a wide range of laptops
• Non-ECC and unbuffered design suitable for standard consumer and business systems
• Built to JEDEC guidelines for broad compatibility