Desktop/Server Memory G.SKILL DDR3 32GB (4x8GB) 2400MHz CL11 1.65V Heatsink

The G.Skill RipjawsZ quad-channel DDR3 kit provides 32 GB of system memory arranged as 4 × 8 GB modules, operating at 2400 MHz with CAS latency 11. Designed for LGA-2011 Core i7 processors and X79 chipset platforms, this 4-module kit delivers high bandwidth and tested stability for demanding multitasking and performance workloads.

Advantages

Quad-channel configuration maximizes memory bandwidth for applications that benefit from parallel data access. The RipjawsZ modules include a teeth-style aluminium heat spreader that increases the exposed surface area for improved passive cooling. Modules are validated by G.SKILL for quad-channel operation on X79 platforms and support Intel XMP for simplified, stable memory overclocking.

Suitable for

• High-performance desktop systems based on LGA-2011/Core i7 and X79 chipset
• Multitasking and content-creation workflows (photo/video editing, 3D rendering)
• Workstations and applications requiring large memory capacity and bandwidth

Key specifications

• Capacity: 32 GB (4 × 8 GB)
• Memory type: DDR3
• Clock speed: 2400 MHz
• CAS latency: CL11
• Voltage: 1.5 V / 1.65 V
• Form factor: UDIMM (desktop DIMM), quad-channel kit
• Manufacturer MPN: F3-2400C11Q-32GZM
• EAN: 4719692000132

How to use

Install all four modules into the motherboard’s memory slots according to the board’s quad-channel population guidelines (refer to the motherboard manual for correct slot order). Ensure the system is powered off and disconnected from mains before installation. After physical installation, enable the appropriate memory profile in BIOS/UEFI—select the Intel XMP profile if you require higher-than-default timings and frequencies. Verify system stability after configuration using memory test utilities.

Recommendations

Use this 4×8 GB DDR3-2400 kit in systems that explicitly support quad-channel DDR3 memory (LGA-2011/X79). When enabling XMP or manual overclocking, monitor temperatures and system stability; keep voltage within the module’s specified range (1.5–1.65 V) and follow your motherboard manufacturer’s guidance.