2-power 1GB PC2700 333MHz SODIMM - 1 GB - DDR (2P-A0743543)

Running out of memory can slow down your laptop, causing frustrating lag and unresponsive applications. The 2-POWER 1GB PC2700 333MHz SODIMM DDR Memory Module is the ideal upgrade to breathe new life into your notebook, providing a reliable performance boost for everyday computing tasks. This single 1GB module is engineered to meet the exact specifications of PC2700 DDR memory, ensuring seamless compatibility with a wide range of laptops from the early 2000s era.

Who is it for

This memory module is perfect for users looking to extend the life of an older laptop, whether for basic office work, web browsing, or running lightweight applications. It is also suitable for IT professionals and hobbyists who maintain legacy systems or need a cost-effective way to improve system responsiveness without replacing the entire machine.

Main features

• 1GB capacity for enhanced multitasking and smoother performance
• DDR SDRAM technology with PC2700 standard for reliable data transfer
• 333MHz memory speed for efficient operation
• 200-pin SODIMM form factor designed specifically for laptops
• Non-ECC, unbuffered module for broad compatibility
• Low 2.5V voltage for energy efficiency
• CAS latency of 2.5 for balanced performance
• Single rank configuration for stable operation

Specifications

• Memory capacity: 1 GB
• Memory type: DDR SDRAM (DDR1)
• Form factor: 200-pin SODIMM
• Memory speed: 333 MHz
• Memory standard: PC2700
• Data transfer rate: 2.7 GB/s
• Error correction: Non-ECC
• Buffering type: Unbuffered
• CAS latency: CL 2.5
• Voltage: 2.5 V
• Module configuration: 128M x 64
• Rank: Single rank
• Number of modules: 1

Tips

Before purchasing, verify that your laptop supports PC2700 DDR SODIMM modules and has an available memory slot. Installing memory is straightforward: power off the laptop, remove the battery, access the memory compartment, and insert the module at a 45-degree angle before pressing down until it clicks into place. Always handle the module by its edges to avoid static damage.