Kingston 16GB DDR5 5200MT/s Non-ECC DIMM Desktop Memory

Overview

The Kingston KVR52U42BS6K2-16 is a 16GB DDR5 desktop memory module designed to deliver reliable and efficient performance for everyday computing needs. Running at 5200MT/s, it enhances data transfer rates and system responsiveness, making it a strong choice for users aiming to improve multitasking and processing power. This non-ECC, unbuffered DIMM operates at a low voltage of 1.1V, balancing power efficiency with stable performance suitable for a wide range of desktop applications.

Built to JEDEC standards with a 288-pin configuration, this memory module fits many modern desktop motherboards. It is ideal for home offices, gaming setups, and general-purpose desktops where dependable and efficient memory is essential without the added complexity of server-grade features.

Key features

• 16GB DDR5 capacity that supports smoother multitasking and faster application loading
• 5200MT/s speed to improve data handling and overall system responsiveness
• Non-ECC and unbuffered design tailored for standard desktop environments
• CL42 latency providing a balanced combination of speed and stability for diverse workloads
• Operates at 1.1V to reduce power consumption while maintaining performance
• Compatible 288-pin DIMM format that fits a wide range of desktop motherboards
• Manufactured to JEDEC standards ensuring broad compatibility and reliable operation

Key specs

• Memory capacity: 16GB
• Memory type: DDR5
• Speed: 5200MT/s
• Latency: CL42
• Voltage: 1.1V
• Form factor: 288-pin DIMM
• Error correction: Non-ECC

Compatibility and usage

This memory module is designed for desktop systems that support DDR5 288-pin DIMMs and operate within JEDEC specifications. It is well suited for users upgrading their existing desktops or building new systems that require efficient and stable memory performance. While it does not include error correction features, it offers a cost-effective solution for everyday computing, gaming, and productivity tasks where reliability and speed are important.