The Micron MT9VDDT1672AY-335D4 is a 128MB DDR SDRAM memory module designed for various embedded systems and networking applications. This module features a 16Mx72 configuration, offering a balance of memory capacity and bandwidth for performance-critical applications. It's built with Micron's high-quality memory chips and designed for reliable operation in demanding environments.

Applications:

• Networking equipment (routers, switches)
• Embedded systems
• Industrial control systems
• Telecommunications equipment

Features:

• 128MB capacity
• DDR SDRAM technology
• 16Mx72 configuration
• 333MHz clock speed (PC2700)
• 2.5V operating voltage
• 184-Pin DIMM form factor

Benefits:

• Increased System Performance: The DDR SDRAM technology provides faster data transfer rates compared to older SDRAM technologies, leading to improved system responsiveness and overall performance.
• Optimized Memory Capacity: The 128MB capacity provides sufficient memory for a wide range of embedded and networking applications.
• Reliable Operation: Micron is a leading manufacturer of memory chips, ensuring high quality and reliable operation.
• Easy Integration: The standard 184-Pin DIMM form factor allows for easy integration into compatible systems.
• Lower Power Consumption: DDR SDRAM technology consumes less power than older SDRAM technologies, making it suitable for battery-powered or energy-sensitive applications.

Additional Details:

The MT9VDDT1672AY-335D4 operates at a voltage of 2.5V and is designed to meet the JEDEC standards for DDR SDRAM memory. It's suitable for systems requiring a balance of memory capacity, bandwidth, and power consumption. It is crucial to verify compatibility with the target system before integration. The specific timing characteristics are defined by the "-335D4" suffix and should be considered for proper system operation.

This module is particularly well-suited for applications such as network routers and switches where moderate memory capacity and reliable data transfer are critical for performance.