Memória RAM de secretária Kingston FURY Beast 32GB DDR4 3200MHz CL16 UDIMM

High-bandwidth DDR4 memory is the backbone of responsive computing, and this Kingston FURY Beast 32GB module delivers exactly that. With a generous 32GB capacity, a swift 3200MT/s data rate, and tight CL16 latency, this DIMM ensures smooth multitasking, faster application loading, and an overall snappier computing experience. Whether upgrading a gaming rig, a content creation station, or a professional workstation, this memory module provides the speed and capacity needed to handle today's most resource-intensive tasks.

Advantages

The Kingston FURY Beast memory module features an aggressive heat spreader design in black, which not only complements modern system aesthetics but also assists in efficient heat dissipation, ensuring stable performance during extended sessions. Its plug-and-play functionality automatically overclocks to the rated speed when installed in compatible systems, eliminating the need for manual tweaking. The module supports Intel XMP 2.0 for effortless overclocking, and is engineered with the reliability you expect from Kingston, backed by years of industry experience.

Suitable for

• Gaming desktops that require high bandwidth and low latency
• Content creation workstations for video editing, 3D rendering, and graphic design
• Professional multitasking environments with heavy productivity applications
• Upgrading older DDR4 systems to boost overall performance

Key specifications

• Memory Type: DDR4
• Capacity: 32 GB (1 x 32 GB)
• Speed: 3200 MT/s (3200 MHz)
• CAS Latency: CL16
• Voltage: 1.35V
• Form Factor: DIMM (288-pin)
• Error Correction: Non-ECC
• Buffering Type: Unbuffered
• Heat Spreader: Yes (Black)
• Intel XMP Support: Yes (XMP 2.0)
• Series: FURY Beast
• Compatibility: Desktop PC
• Module Height: 34.1 mm

Recommendations

For a seamless upgrade, ensure your motherboard supports DDR4 3200MHz and enable XMP in BIOS to achieve the rated speed. This module is ideal for systems that demand both high capacity and high performance.