Overview The Crucial CT2K16G48C40U5 is a 32GB DDR5 memory kit designed to enhance desktop performance with two 16GB modules running at 4800 MHz. It delivers faster data transfer speeds and improved power efficiency by operating at 1.1V, making it suitable for gaming, creative work, and multitasking. Supporting both Intel XMP 3.0 and AMD EXPO 1.0 profiles, this kit allows easy optimization of memory settings for a wide range of systems. This non-ECC, unbuffered UDIMM fits standard desktop motherboards without requiring specialized hardware. Its simple design without heat spreaders or LED lighting keeps your build clean and functional, focusing on reliable performance rather than aesthetics. Key features Two 16GB DDR5 modules provide a total of 32GB memory capacity for demanding applications and multitasking Runs at 4800 MHz to deliver faster data transfer and smoother system responsiveness Supports Intel XMP 3.0 and AMD EXPO 1.0 profiles for straightforward memory tuning and compatibility Operates at a lower voltage of 1.1V to reduce power consumption and heat generation Integrated power management IC ensures stable power delivery during intensive workloads Non-ECC and unbuffered design fits standard desktop setups without additional hardware requirements Minimalist design without heat spreaders or LED lighting for a clean and unobtrusive appearance Key specs Memory type: DDR5 UDIMM Capacity: 32GB (2 x 16GB modules) Speed: 4800 MHz Latency: CL40 Voltage: 1.1V Pin count: 288-pin Compatibility: Supports Intel XMP 3.0 and AMD EXPO 1.0 profiles Error correction: Non-ECC Buffering: Unbuffered Compatibility and usage This memory kit is well suited for desktop users who want to upgrade their system’s speed and capacity without complex configuration. It works effectively in gaming rigs, creative workstations, and general-purpose desktops that support DDR5 memory. The support for both Intel and AMD memory profiles ensures broad compatibility across modern platforms, making it a flexible choice for a variety of builds. Its power-efficient design helps reduce overall system energy use, which is beneficial for users mindful of power consumption during extended computing sessions.
