2-power 2P-V26808-B4934-D417 - 8 GB - 1 x 8 GB - DDR3L - 1600 MHz

Upgrade your laptop's performance with the 2-POWER 2P-V26808-B4934-D417, a single 8GB DDR3L SODIMM module running at 1600MHz. This low-voltage (1.35V) memory stick delivers a perfect balance of speed and energy efficiency, making it ideal for everyday computing, multitasking, and light content creation. With a CAS latency of 11 and a single-rank design, it ensures stable and responsive system operation.

Overview

The 2-POWER 2P-V26808-B4934-D417 is a high-quality memory upgrade designed for laptops and small form factor systems that support DDR3L SODIMM modules. It offers a substantial 8GB capacity, allowing you to run more applications simultaneously without slowdowns. The module operates at a standard speed of 1600MHz (PC3L-12800) and features a 204-pin configuration, ensuring compatibility with a wide range of notebooks. Its low-voltage operation reduces power consumption and heat generation, extending battery life and improving overall system reliability.

What stands out

• 8GB capacity for smooth multitasking and faster application loading
• DDR3L low-voltage technology (1.35V) for energy efficiency and cooler operation
• 1600MHz speed (PC3L-12800) for responsive system performance
• 204-pin SODIMM form factor fits standard laptop memory slots
• Non-ECC, unbuffered design for broad compatibility
• Single-rank (1Rx8) configuration for stable operation

Technical details

• Brand: 2-POWER
• Model: 2P-V26808-B4934-D417
• Capacity: 8 GB
• Memory type: DDR3L
• Speed: 1600 MHz (PC3L-12800)
• Form factor: SODIMM (204-pin)
• Voltage: 1.35 V
• CAS latency: CL11
• Module configuration: 1 x 8 GB
• Error correction: Non-ECC
• Buffering: Unbuffered
• Module rank: Single Rank (1Rx8)
• Component for: Laptop / Notebook

Our verdict

The 2-POWER 2P-V26808-B4934-D417 is a reliable and efficient memory upgrade for laptops needing a performance boost. Its low-voltage operation and solid 8GB capacity make it a smart choice for users seeking to enhance multitasking and overall system responsiveness without compromising battery life.