Kingston 32GB DDR4 3200MHZ DIMM Memory Module

Overview

The Kingston KSM32RD4/32MRR is a 32GB DDR4 memory module designed specifically for servers that require reliable performance and increased capacity. Operating at 3200 MHz, it accelerates data transfer between the processor and storage, which benefits virtual machines, databases, and analytics workloads by maintaining smooth and responsive multitasking even under heavy demand. Its 288-pin DIMM form factor fits standard server motherboards, making it a practical upgrade for expanding memory in data centers and business environments.

Key features

• ECC technology detects and corrects single-bit errors to prevent system crashes and data corruption, ensuring continuous uptime.
• High-speed 3200 MHz data rate supports faster communication between memory and CPU, improving overall system responsiveness.
• Low 1.2-volt operation reduces power consumption and heat generation, which helps maintain efficient cooling in server racks.
• Compatible with a wide range of server motherboards using the 288-pin DIMM slot, simplifying installation and upgrades.
• Ideal for virtualization hosts, database servers, and analytics tasks that demand stable and consistent memory performance.

Key specs

• Memory capacity: 32 GB DDR4
• Speed: 3200 MHz
• Form factor: 288-pin DIMM
• Voltage: 1.2 V
• Error correction: ECC (Error Correcting Code)

Installation and setup

Installing this memory module is straightforward: align it with an available 288-pin DIMM slot on your server motherboard, press firmly until the latches click into place, and power on the system. This simple process allows IT professionals to quickly expand memory capacity without downtime or complex configuration.

Ideal uses and environments

This Kingston memory module is well suited to data centers, small business servers, and development labs where reliability and performance are critical. It supports workloads that involve virtualization, database management, and data analytics, making it a strong choice for IT teams looking to enhance system stability and efficiency while managing power consumption.