G.SKILL geheugen 16GB DDR3-2400 (F3-2400C11D-16GAB)

Memory Module G.Skill DDR3 16GB 2400MHz (F3-2400C11D-16GAB, EAN 4711148597654) is a dual-channel kit consisting of two 8GB DDR3 2400MHz DIMMs designed to improve system responsiveness for gaming and multitasking. With CL11 latency and support for Intel XMP, this 240-pin memory kit is compatible with a wide range of motherboards and available in standard DDR3 voltages (1.5 V and 1.65 V). The low-profile heat spreader keeps module height to 32 mm for better fitment in systems with large CPU coolers or compact small-form-factor builds.

Advantages

The G.SKILL ARES design provides a low-profile heat spreader that balances thermal dissipation and physical clearance, allowing installation in systems with oversized coolers or tight enclosures. Each kit undergoes extensive compatibility and stress testing across Intel and AMD platforms to ensure durability and stable performance, while Intel XMP profiles enable straightforward overclocking on supported Intel systems.

Suitable for

• Gaming desktops requiring responsive memory
• Multitasking and content-creation workloads
• Systems with large CPU coolers where module height is limited
• Small-form-factor (SFF) PCs with restricted internal clearance

Key specifications

• Capacity: 16 GB (2 × 8 GB)
• Type: DDR3
• Speed: 2400 MHz
• CAS Latency: CL11
• Form factor: 240-pin DIMM
• Voltage: 1.5 V / 1.65 V
• Model / MPN: F3-2400C11D-16GAB
• EAN: 4711148597654
• Low-profile height: 32 mm

How to use

Power off and unplug the PC before installing the DIMMs. Open the motherboard memory latches, align each 240-pin module with the slot key, and firmly press down until the latches click. For dual-channel operation, install the modules in the motherboard slots recommended by the manual. After installation, enable the Intel XMP profile in the BIOS if you wish to run the memory at its advertised 2400 MHz settings; otherwise the system will default to standard JEDEC speeds.

Recommendations

Install modules in matched pairs for optimal dual-channel performance, consult your motherboard manual for slot placement, and verify voltage and XMP settings in BIOS. If using on an AMD platform, check motherboard compatibility and set appropriate timings/voltages manually if XMP is not supported.