2-power 2P-KVR26N19D8/16 - 16 GB - 1 x 16 GB - DDR4 - 2400 MHz

Upgrading your desktop PC's memory can breathe new life into an aging system, but choosing the wrong module leads to compatibility headaches and wasted money. The 2-POWER 2P-KVR26N19D8/16 eliminates that guesswork: a single 16GB DDR4 UDIMM that drops into standard desktop boards for an instant capacity boost. Whether you're editing photos, running virtual machines, or simply tired of browser tabs eating all your RAM, this module delivers the headroom you need at a sensible 2400MHz speed.

Who is it for

This module is ideal for home and office desktop users who need more memory for multitasking, content creation, or light workstation tasks. It's also a smart choice for system builders and IT technicians who want a reliable, no-frills upgrade that follows JEDEC standards and works straight out of the box without XMP tweaking.

Main features

• 16GB capacity in a single module – leaves room for future expansion
• DDR4 technology with 2400MHz clock speed (PC4-19200)
• 288-pin UDIMM form factor for standard desktop motherboards
• Unbuffered, non-ECC design for consumer platforms
• Low 1.2V operating voltage for improved energy efficiency
• Dual-rank (2Rx8) architecture for balanced performance
• JEDEC compliant – no special BIOS settings required

Specifications

• Brand: 2-POWER
• Model: 2P-KVR26N19D8/16
• Capacity: 16 GB (1 x 16 GB)
• Memory type: DDR4
• Speed: 2400 MHz (PC4-19200)
• CAS latency: CL19
• Voltage: 1.2 V
• Form factor: 288-pin UDIMM
• Error correction: Non-ECC
• Buffering: Unbuffered
• Rank: Dual rank (2Rx8)
• Application: Desktop PC
• Profile: Standard profile
• Heat spreader: No

Tips

Before purchasing, verify that your motherboard supports DDR4 UDIMMs and has a free 288-pin slot. For best results, install the module in the slot recommended by your motherboard manual, usually the second slot from the CPU for single-module configurations. If you plan to add more memory later, consider buying an identical module to ensure dual-channel operation and maximum stability.