2-power 2P-A2010224 - 4 GB - 1 x 4 GB - DDR2 - 800 MHz

Upgrade your desktop or workstation with the 2-POWER 2P-A2010224, a 4GB DDR2 memory module that delivers reliable performance at 800MHz. This single 240-pin DIMM provides a substantial capacity boost for older systems, ensuring smooth multitasking and responsiveness. Operating at the JEDEC standard voltage of 1.8V, it offers an energy-efficient solution without compromising stability. The unbuffered, non-ECC design makes it compatible with a wide range of motherboards that support DDR2 technology. With a CAS latency of CL6 and dual-rank architecture, this module balances speed and density for demanding applications. Whether you're reviving a legacy PC or upgrading a workstation, this memory module is a dependable choice.

Advantages

The 2P-A2010224 stands out for its high 4GB capacity in a single module, which is particularly beneficial for systems with limited DIMM slots. Its 800MHz speed ensures efficient data transfer, while the standard 1.8V voltage reduces power consumption compared to higher-voltage alternatives. The unbuffered design minimizes latency, making it ideal for everyday computing and light server tasks. Additionally, the module is RoHS compliant, reflecting a commitment to environmental safety.

Suitable for

• Desktop computers requiring DDR2 memory upgrades
• Workstations running memory-intensive applications
• Servers that support unbuffered ECC or non-ECC DDR2 modules
• Users seeking to extend the life of older hardware

Key specifications

• Memory type: DDR2 SDRAM
• Capacity: 4 GB (1 x 4 GB)
• Speed: 800 MHz (PC2-6400)
• Form factor: 240-pin DIMM
• Voltage: 1.8 V
• CAS latency: CL6
• Rank: Dual rank (2Rx8)
• Error correction: Non-ECC
• Buffering: Unbuffered
• Compliance: RoHS

Recommendations

Before purchasing, verify that your motherboard supports 4GB DDR2 modules at 800MHz and has available DIMM slots. For optimal performance, consider installing matching modules in dual-channel configuration if supported. This module is an excellent choice for users looking to maximize memory capacity in legacy systems without investing in a full platform upgrade.