G.Skill Ripjaws V DDR4 Kit 128GB (4x32GB) 3200MHz CL16-18-18-38 1.35V Quad Channel Desktop Memory

The G.Skill Ripjaws V DDR4 kit delivers a massive 128GB capacity across four 32GB modules, running at 3200MHz with CL16-18-18-38 timings. This quad-channel memory kit is built for demanding desktop workloads, providing exceptional bandwidth and stability for content creation, virtualization, and heavy multitasking. The sleek black aluminum heat spreader ensures efficient heat dissipation, while Intel XMP 2.0 support allows effortless performance tuning.

Advantages

The 128GB capacity eliminates memory bottlenecks in professional applications, allowing smooth operation of multiple virtual machines, large datasets, and memory-hungry rendering tasks. The 3200MHz speed and tight CL16 latency ensure responsive system performance, while the dual-rank module design optimizes signal integrity across all four DIMMs. The low-profile 42mm height ensures compatibility with most CPU air coolers, and the aluminum heat spreader efficiently dissipates heat for long-term reliability.

Suitable for

• Professional workstations running CAD, 3D rendering, or scientific computing
• High-end gaming and streaming setups with extensive multitasking
• Content creators editing 4K/8K video or working with large photo libraries
• Enthusiasts building powerful quad-channel systems on platforms like Intel X299 or AMD Threadripper

Key specifications

• Memory type: DDR4
• Capacity: 128GB (4 x 32GB)
• Speed: 3200MHz (PC4-25600)
• Latency: CL16-18-18-38
• Voltage: 1.35V
• Form factor: 288-pin DIMM
• Error checking: Non-ECC, Unbuffered
• Series: Ripjaws V
• Features: Intel XMP 2.0 Ready
• Module height: 42mm
• Heat spreader: Yes (Aluminum, Black)
• Module configuration: Dual Rank
• SPD speed: 2133MHz
• SPD voltage: 1.20V
• Kit type: Quad Channel Kit
• Warranty: Limited Lifetime

Recommendations

For users seeking maximum memory capacity without sacrificing speed, this G.Skill Ripjaws V kit is an excellent choice. Its quad-channel design and XMP 2.0 support make it ideal for high-end desktop platforms, ensuring smooth performance in the most demanding applications.