2-power 2P-FUJ:CA46212-4623 - 4 GB - 1 x 4 GB - DDR3 - 1333 MHz

Slow system performance and frequent freezes often stem from insufficient memory. The 2-POWER 2P-FUJ:CA46212-4623 memory module provides a reliable upgrade, adding 4 GB of DDR3 RAM to compatible Fujitsu desktop or server systems. This single 240-pin DIMM operates at 1333 MHz with a CAS latency of 9, delivering smooth multitasking and improved responsiveness for everyday computing and light server tasks.

Who is it for

Ideal for IT administrators, system builders, and home users who need to expand the memory of Fujitsu workstations or entry-level servers. If your system supports DDR3 non-ECC unbuffered DIMMs, this module offers a cost-effective way to boost capacity without replacing the entire machine.

Main features

• 4 GB capacity in a single module (1 x 4 GB) for easy installation and future expansion.
• DDR3 SDRAM technology with a speed of 1333 MHz (PC3-10600) for reliable data transfer.
• Non-ECC, unbuffered design compatible with a wide range of desktop and server boards.
• Standard 240-pin DIMM form factor and 1.5 V operating voltage for broad compatibility.
• Single rank (1Rx8) configuration with 512M x 64 organization for stable performance.

Specifications

• Brand: 2-POWER
• Model: 2P-FUJ:CA46212-4623
• MPN: 2P-FUJ:CA46212-4623
• Memory capacity: 4 GB
• Module quantity: 1 x 4 GB
• Memory type: DDR3 SDRAM
• Memory speed: 1333 MHz
• Data transfer rate: PC3-10600
• Form factor: 240-pin DIMM
• Error correction: Non-ECC
• Buffering type: Unbuffered
• Voltage: 1.5 V
• CAS latency: CL9
• Rank: Single Rank (1Rx8)
• Module configuration: 512M x 64
• Application: Desktop / Server
• Compatibility: Fujitsu Systems (CA46212-4623 equivalent)

Tips

Before purchasing, verify that your Fujitsu system supports DDR3 non-ECC unbuffered DIMMs and has an available memory slot. For optimal performance, install modules in matching pairs if your motherboard supports dual-channel architecture. Always power off and unplug the system before installation, and handle the module by its edges to avoid static damage.