The K4S641632F-TI75 is a SDRAM (Synchronous Dynamic Random-Access Memory) chip manufactured by Samsung. This memory module is engineered to provide high-speed data access, making it ideal for applications requiring quick and reliable memory performance. It's a vital component in various electronic devices, facilitating efficient data processing and storage.

Applications

• Desktop and laptop computers
• Graphics cards
• Networking devices
• Embedded systems
• Consumer electronics (e.g., set-top boxes, gaming consoles)

Features

• High-speed synchronous operation
• Double data rate (DDR) architecture
• Low power consumption
• Burst mode operation for efficient data transfer
• Programmable read latency

Benefits

• Improved system performance due to fast memory access
• Energy efficiency, contributing to longer battery life in portable devices
• Enhanced data transfer speeds for demanding applications
• Increased system reliability
• Cost-effective memory solution for various applications

Additional Details

The K4S641632F-TI75 operates with a specific clock frequency, dictating its data transfer rate. Compliant with JEDEC standards for SDRAM components, it ensures compatibility across diverse systems. Its packaging adheres to standard form factors, simplifying integration into circuit boards. This SDRAM proves suitable for tasks necessitating substantial memory capacity alongside rapid data access. Supporting multiple operating modes and power-saving functionalities, it presents a versatile choice for addressing different system needs. Designed for dependable performance across a broad temperature spectrum, it suits deployment in varied environments. The Samsung K4S641632F-TI75 is commonly deployed in equipment requiring adequate memory capacity combined with elevated speeds.

This component provides a balance of speed and capacity, making it suitable for a wide range of applications. Its reliability and performance characteristics make it a valuable addition to electronic devices requiring efficient memory solutions.