Silicon Power | SP016GBSFU266X02 | 16 GB | DDR4 | 2666 MHz | kannettava | Registered No | ECC No

The Silicon Power DDR4 16GB 2666MHz memory module (SP016GBSFU266X02) is a 260-pin SO-DIMM designed for laptops and notebooks. With 16 GB capacity, DDR4 technology and a 2666 MHz clock speed (CAS latency 19), this module provides increased bandwidth and improved energy efficiency compared with older DDR3 modules, helping systems run more responsively and load applications faster.

Advantages

This DDR4 SODIMM offers higher transfer rates and lower operating voltage (1.2 V) than DDR3, which translates into faster multitasking and reduced power consumption. The module is factory-tested to ensure stability and durability, features improved heat dissipation for lower operating temperatures, and is covered by a lifetime warranty with Silicon Power technical support.

Suitable for

• Upgrading laptop memory to improve multitasking
• Replacing a faulty or incompatible SO-DIMM module
• Boosting performance for data‑intensive applications on notebooks

Key specifications

• Capacity: 16 GB
• Memory type: DDR4 SO-DIMM
• Clock speed: 2666 MHz
• CAS Latency: CL19
• Form factor: 260-pin SO-DIMM
• Voltage: 1.2 V
• Manufacturer: Silicon Power, MPN SP016GBSFU266X02, EAN 4713436143819

How to use

Power off the laptop and disconnect any power source and battery if removable. Open the memory compartment according to the notebook manufacturer's instructions, remove the existing SO-DIMM if required, and insert the Silicon Power DDR4 module into the 260-pin slot at a 30-degree angle until the contacts seat, then press down until the retention clips engage. Reassemble the laptop, reconnect power, and verify the new memory is recognized in the system BIOS or operating system.

Recommendations

Install modules of the same type and similar specifications for optimal compatibility (DDR4, same voltage and similar speed). Consult your laptop manual for maximum supported capacity and supported memory speeds before upgrading. Handle the module by its edges and avoid contact with the gold contacts to prevent damage from static or oils.