SO-DIMM DDR3 Laptop Memory AFOX 8GB 1333MHz 1.35V Single Channel 1x8GB

AFOX SO-DIMM DDR3 8GB 1333MHz laptop memory module supplied as a single 1x8GB stick. It operates at 1333 MHz with a voltage of 1.35 V and is configured for single-channel use. The module is intended as a replacement or upgrade for laptops that accept DDR3 SO-DIMM modules at this speed and voltage, offering increased available memory for everyday multitasking and smoother operation of common applications.

Advantages

This SO-DIMM 8GB DDR3 module provides a straightforward capacity increase for compatible laptops, using a standard DDR3 form factor and 1333 MHz clock speed. Low-voltage operation at 1.35 V helps reduce power consumption compared with higher-voltage DDR3 modules. Supplied as a single 8GB stick, it enables simple upgrade or replacement in single-channel laptop configurations.

Suitable for

• Upgrading older laptops that support DDR3 SO-DIMM 1333 MHz modules
• Replacing a faulty or smaller-capacity SO-DIMM module
• Everyday office work, web browsing and media playback on compatible laptops

Key specifications

• Form factor: SO-DIMM (laptop memory)
• Memory type: DDR3
• Capacity: 8 GB (1 x 8 GB module)
• Operating frequency: 1333 MHz
• Voltage: 1.35 V
• Channel configuration: Single-channel module

How to use

Power off the laptop and disconnect it from power sources, then open the memory compartment following the manufacturer’s instructions. Align the SO-DIMM notch with the slot, insert the module at a slight angle, then press it down until the retention clips engage. Reassemble the laptop and power it on; the operating system or BIOS should detect the new memory. If necessary, verify memory recognition in BIOS/UEFI and ensure compatibility with the laptop’s maximum supported memory and speed.

Recommendations

Verify that your laptop supports DDR3 SO-DIMM modules at 1333 MHz and 1.35 V before installation. When pairing with existing modules, match voltage and similar speeds to avoid compatibility issues. Handle the module by its edges and avoid touching contacts to reduce risk of electrostatic or physical damage.