PNY Performance 16GB DDR5 4800 MHz DIMM Memory Module

Overview

The PNY MD16GSD54800-TB is a 16 GB DDR5 desktop memory module designed to enhance system responsiveness by operating at a data rate of 4800 MHz. It uses a 288-pin unbuffered DIMM format and runs at a low voltage of 1.1 V, making it suitable for modern desktops that handle large files and multitasking workloads. This module includes on-die Error Correction Code to maintain data integrity during demanding tasks, providing a stable and efficient memory upgrade for creative professionals, gamers, and engineers alike.

Key features

• DDR5 architecture delivers higher bandwidth and improved performance over previous generations
• On-die Error Correction Code continuously detects and corrects data errors to reduce crashes and improve stability
• Low operating voltage of 1.1 V reduces power consumption and heat generation during extended use
• CAS latency of 40 helps minimize memory access delays for smoother multitasking
• Compatible with DDR5 desktop motherboards using a 288-pin unbuffered DIMM slot for easy installation
• 16 GB capacity provides ample space for running multiple applications and handling memory-intensive projects

Key specs

• Memory type: DDR5
• Capacity: 16 GB
• Data rate: 4800 MHz (PC5-38400)
• Voltage: 1.1 V
• CAS latency: 40
• Form factor: 288-pin unbuffered DIMM
• Error correction: On-die ECC

Installation and setup

Installing this memory module is straightforward: simply insert it into an available DDR5 slot on a compatible motherboard. If necessary, enable the rated speed of 4800 MHz in the BIOS to ensure optimal performance. This process allows users to quickly upgrade their system’s memory capacity and speed without complex configuration.

Ideal uses and environments

This memory module fits well in desktop systems used for creative work such as 3D rendering and video editing, where large files and multitasking demand reliable and fast memory. It also suits enthusiast gamers and professionals compiling large codebases who need consistent performance under heavy memory loads. Its energy-efficient design makes it a practical choice for users seeking a balance between speed and power consumption.