The G.SKILL Ripjaws V DDR4 8GB single memory module (F4-2400C15D-16GVR) delivers dependable speed and performance for gaming and productivity. Operating at 2400MHz with CL15 latency, it ensures fast data transfer and responsiveness for multitasking and demanding applications. Built with high-quality ICs and a robust PCB, it maintains stability under heavy workloads while offering efficient overclocking potential. The sleek red heat spreader design enhances cooling and adds style to modern desktop builds. Optimized for Intel and AMD DDR4 motherboards, this module provides wide compatibility and reliable performance. Designed for enthusiasts, creators, and gamers, the Ripjaws V DDR4 module enhances system responsiveness, rendering, and competitive gaming experiences. With a single 8GB stick, it offers flexibility for upgrading or expanding system memory while ensuring compatibility with DDR4 platforms. Combining speed, durability, and efficiency, the Ripjaws V DDR4 module is a trusted choice for modern desktop setups
Key Features:
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DDR4 8GB single module with 2400MHz speed delivers stable and reliable performance.
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CL15 latency ensures responsive multitasking and smooth gaming experiences.
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Red heat spreader design enhances cooling and adds style to desktop builds.
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High-quality ICs and robust PCB ensure strong signal quality and durability.
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Optimized for Intel and AMD DDR4 motherboards with wide compatibility.
NEW – Factory sealed or brand new in original packaging. No signs of use.
A – Excellent – Like new, minimal signs of use.
B – Normal wear – Light to moderate cosmetic wear such as minor scratches or scuffs, but no cracks or major damage.
C – Heavy wear – Noticeable cosmetic wear such as scratches, dents, worn finishes, or other significant signs of use. No structural damage that affects function.
Functionality Grade:
F6 – Fully tested and functional. All key features operate as intended.
R2v3 Compliance:
This item was processed in accordance with the R2v3 Standard. Grading is based on the R2 Equipment Categorization (REC) framework for cosmetic condition and functional performance. All data has been securely erased in compliance with applicable standards, and the device has been tested to verify full functionality of key features.
