K4S510432D-UC75T00

Memory Samsung Semiconductor K4S510432D-UC75T00 Overview

The Memory Samsung Semiconductor K4S510432D-UC75T00 SDRAM module is a high-performance memory solution designed for applications requiring rapid access and stable data storage. With a substantial capacity of 512MB and a configuration of 128M x 4, this SDRAM module ensures smooth and efficient performance under a variety of computing environments. Operating at a frequency of 133MHz and featuring a CAS latency of 7.5ns, it provides an optimal balance between latency and speed, making it an ideal choice for high-demand systems. This product’s robust performance and reliability are backed by the trusted engineering and innovation of Samsung Semiconductor, making it a go-to solution for system builders and IT professionals.

K4S510432D-UC75T00 Features

This SDRAM module boasts several key features that enhance its appeal for a wide range of applications. Its 512MB capacity is sufficient for handling complex processes and large datasets. The 133MHz clock speed offers quick data transfer rates, while the CAS latency of 7.5ns reduces delay, thus enhancing overall system responsiveness. Additionally, its standard temperature range and low-voltage operation ensure reliability and longevity, minimizing environmental impact and operational costs.

K4S510432D-UC75T00 Applications

• Computing Systems: Ideal for use in desktops, workstations, and servers where consistent memory performance is critical to system stability and responsiveness.
• Embedded Systems: Suitable for deployment in complex embedded applications such as robotics and industrial control systems, where stable and reliable memory storage is necessary.
• Consumer Electronics: Can be integrated into consumer electronics such as high-end gaming consoles and smart TVs, enhancing their ability to handle dynamic, graphic-intensive user interfaces and applications.
• Telecommunications: Essential for telecommunications equipment, supporting the high-speed processing and data integrity required in network infrastructure.