G.Skill Ripjaws V 8GB DDR4 2666MHz Desktop RAM

The G.Skill Ripjaws V 8GB DDR4 2666MHz RAM is a reliable and efficient memory module designed for desktops needing stable performance for everyday computing and moderate multitasking. Part of the reputable Ripjaws series, this RAM offers a solid balance of speed and latency at a competitive price point.

With a 2666MHz bus speed, it provides a smooth experience for general applications, office tasks, and light gaming. The module features a low CAS latency of 15-15-15-35, delivering fast access times to help improve system responsiveness. Operating at a voltage of 1.20V, it maintains power efficiency while ensuring stability.

Equipped with a heat sink, the memory module maintains optimal temperatures during usage, promoting long-term durability. Though lighting effects are absent, its classic design suits users who prioritize performance without flashy aesthetics.

Features

·       8GB DDR4 memory capacity for efficient multitasking and application handling

·       2666MHz bus speed for dependable daily performance

·       Low CAS latency timings: 15-15-15-35 for quick data access

·       Energy-efficient operation at 1.20V

·       Heat sink included for effective heat dissipation and reliability

·       Part of G.Skill Ripjaws series, trusted for durability and consistent performance

Design and Build

·       Form Factor: Not specified (likely U-DIMM)

·       Number of Pins: 288

·       Heat Sink: Yes, to keep module cool under load

·       Lighting: None

Technical Specifications

·       Memory Type: DDR4

·       Capacity: 8GB

·       Bus Speed: 2666MHz

·       CAS Latency: 15-15-15-35

·       Voltage: 1.20V

Warranty Information

·       Product Lifetime Warranty

·       Product specifications may vary with different kit or version.

Price and Availability

Available at Computer Village Agrabad, Wali Mansion, 600 Sk. Mujib Road, Chowmohoni, Agrabad, Chattogram, Bangladesh. Ideal for users seeking reliable DDR4 memory with efficient cooling for general-purpose computing.