2-power 16GB DDR5 4800MHz CL40 DIMM - 2 GB - DDR5 (2P-KVR48U40BS8-16)

Engineered for users who expect more from their desktop memory, the 2-POWER 16GB DDR5 module delivers a significant performance leap over previous-generation DDR4. With a 4800MHz clock speed and CL40 latency, it provides the bandwidth needed for demanding applications, multitasking, and content creation. This single 16GB UDIMM is an ideal way to upgrade your system to the latest memory standard without unnecessary complexity.

Highlights

• 16GB capacity for smooth multitasking and responsiveness
• DDR5 technology with 4800MHz speed for faster data transfer
• CL40 latency for balanced performance
• 288-pin UDIMM form factor for desktop compatibility
• Low 1.1V operating voltage for improved energy efficiency
• JEDEC standard compliance ensures reliable operation across platforms
• Non-ECC unbuffered design for mainstream systems

In daily use

Installing this module transforms your desktop experience. Whether you're editing high-resolution media, running virtual machines, or simply keeping dozens of browser tabs open, the increased bandwidth and capacity reduce lag and improve system fluidity. The standard 288-pin DIMM fits most modern motherboards, and the single-rank configuration ensures broad compatibility with Intel and AMD platforms. Because it operates at just 1.1V, it generates less heat and consumes less power than older memory types, contributing to a cooler and quieter system.

Full specifications

• Brand: 2-POWER
• Model: 2P-KVR48U40BS8-16
• MPN: 2P-KVR48U40BS8-16
• Internal memory: 16 GB
• Internal memory type: DDR5
• Memory form factor: 288-pin DIMM
• Memory data transfer rate: 4800 MHz
• CAS latency: 40
• Memory voltage: 1.1 V
• Memory layout: 1 x 16 GB
• Memory ranking: Single Rank
• Component for: Desktop PC
• ECC: No
• Buffered memory type: Unbuffered
• JEDEC standard: Yes
• Compatibility: Intel & AMD Platforms

Final note

For a straightforward upgrade that brings your desktop into the DDR5 era, this 2-POWER module offers the right balance of capacity, speed, and reliability.