Team Vulcan Z 8GB DDR4 3200MHz Desktop RAM

The Team Vulcan Z 8GB DDR4 3200MHz RAM is designed for gamers and PC enthusiasts who demand reliable performance and smooth multitasking capabilities. Part of the popular Vulcan Series, this memory module delivers high-speed data transfer and low latency to ensure an efficient and responsive computing experience.

With a 3200MHz bus speed and a low CAS latency of CL16-18-18-38, this RAM provides quick access to data, minimizing lag during gaming or heavy workloads. It operates at 1.35V, balancing performance with power efficiency for a stable system environment.

Equipped with a durable heat sink, the module stays cool during intensive use, enhancing longevity and reliability. The DIMM form factor with 288 pins ensures wide compatibility with most modern desktop motherboards. The design is clean and simple, without any lighting effects, focusing on pure performance.

Features

·       8GB DDR4 memory module ideal for gaming and multitasking

·       3200MHz clock speed for fast and responsive system operation

·       Low CAS latency (CL16) reduces delays and enhances performance

·       1.35V operating voltage balances speed and power consumption

·       Heat sink included to ensure efficient heat dissipation

Design and Build

·       Form Factor: DIMM

·       Number of Pins: 288

·       Heat Sink: Yes (for stable thermal management)

·       Lighting: None

Technical Specifications

·       Memory Type: DDR4

·       Capacity: 8GB

·       Bus Speed: 3200MHz

·       CAS Latency: CL16-18-18-38

·       Voltage: 1.35V

Warranty Information

·       Product Lifetime Warranty

·       Specifications may vary with different kits or versions.

Shop Now at Computer Village Agrabad

Get the Team Vulcan Z 8GB DDR4 3200MHz RAM today at Computer Village Agrabad, Wali Mansion, 600 Sk. Mujib Road, Chowmohoni, Agrabad, Chattogram. Available with fast delivery across Bangladesh including Dhaka, Sylhet, Rajshahi, Khulna, and Barisal. Upgrade your PC’s memory for better performance and stability.