Comfort First Samsung M393t3253fz3-ccc Raid Controller Memory Online Exclusive [iRZwjBKe]

Introducing Samsung M393T3253FZ3-CCC RAID Controller Memory

The Samsung M393T3253FZ3-CCC RAID Controller Memory module is a cutting-edge solution designed for server and enterprise-level applications where consistent performance and system stability are paramount. This high-reliability registered DIMM offers a robust 256MB capacity, making it ideal for demanding environments that require seamless data handling. With its 1Rx8 configuration and 333 MHz data transfer rate, this DDR2 PC2-3200R memory module is engineered to provide efficient and reliable performance for your server-grade systems.

Key Features and Specifications

The Samsung M393T3253FZ3-CCC memory module is not just about capacity and speed; it's a comprehensive solution for enterprise computing needs. Here are some of its standout features:

• Capacity: 256MB for ample memory space in server environments.
• Speed: PC2-3200R with 333 MHz data transfer rates for optimal performance.

Engineered by the renowned Samsung Electronics, this module is built to last with its low-latency design and high-uptime performance. It's also compatible with various enterprise server environments, ensuring stability and reliability in critical applications.

Practical Applications and Benefits

Whether you're setting up a RAID controller or enhancing your server infrastructure, the Samsung M393T3253FZ3-CCC memory module offers numerous practical benefits:

• Stability: Designed for stability and compatibility in enterprise server environments, it ensures smooth operation in data-sensitive environments.
• Quality: Built by Samsung with trusted quality for mission-critical applications, providing peace of mind for IT professionals.

With its lightweight design and 50 grams weight, this memory module is not just powerful but also easy to integrate into your existing system. The Samsung M393T3253FZ3-CCC memory module is your go-to choice for reliability and performance in professional IT systems.