Kingston 32GB DDR5 4800MT/s ECC Unbuffered SODIMM Memory

Overview

The Kingston KTD-PN548T-32G is a 32GB DDR5 memory module designed to boost server and workstation performance with fast and reliable data processing. Operating at 4800MT/s, it delivers quick data access and smooth multitasking while incorporating ECC technology to detect and correct memory errors, ensuring data integrity in critical environments. Its unbuffered SO-DIMM form factor with 262 pins fits compact systems that require high-performance memory with efficient power consumption at 1.1V.

Key features

• 32GB DDR5 capacity supports large workloads and demanding applications
• 4800MT/s speed enables efficient multitasking and faster data handling
• ECC technology maintains data accuracy by detecting and correcting memory errors
• Unbuffered SO-DIMM design fits compact systems without compromising performance
• Low 1.1V operating voltage reduces power consumption while maintaining stability
• Backed by Kingston’s lifetime warranty for long-term reliability and peace of mind

Key specs

• Memory type: DDR5
• Capacity: 32GB
• Speed: 4800MT/s
• Form factor: 262-pin SO-DIMM
• ECC: Yes, error-correcting code technology
• Voltage: 1.1V

Compatibility and use cases

This memory module is well suited for servers and high-demand workstations where data integrity and system stability are essential. Its compact SO-DIMM form factor makes it a strong choice for systems with limited space that still require high-capacity, fast memory. It fits environments where reliable multitasking and error-free operation are critical, such as data centers, professional computing setups, and enterprise applications.

Installation and reliability

Installing the Kingston KTD-PN548T-32G is straightforward in compatible systems, allowing for quick upgrades without complex procedures. Kingston’s reputation for durable components and the included lifetime warranty provide confidence that this memory will maintain performance and stability over time, even under continuous heavy workloads.