CY7C1463AV33-133AXC

Memory Infineon Technologies CY7C1463AV33-133AXC Overview

The Memory Infineon Technologies CY7C1463AV33-133AXC is a high-performance 36Mbit SRAM device crafted by Infineon Technologies, offering robust parallel interface capabilities within a compact 100TQFP package. This SRAM unit is engineered for fast access and high-speed data retrieval and storage, making it an essential component for applications requiring rapid data buffering and large memory capacity. Its advanced design facilitates improved system reliability, power efficiency, and overall performance, positioning it as a critical component for technology developers and industrial applications aiming to leverage high-speed memory solutions.

CY7C1463AV33-133AXC Features

This SRAM module boasts a wide range of features designed for superior performance and adaptability across various applications:

• 36Mbit memory capacity for extensive data storage and retrieval.
• Parallel interface for fast data transfer rates.
• 100TQFP packaging ensures a minimal footprint on system boards.
• High reliability and durability under extensive operational conditions.
• Optimized for low power consumption, enhancing energy efficiency in complex electronic systems.

CY7C1463AV33-133AXC Applications

• Networking Equipment: Utilized in routers and switches for packet buffering, ensuring efficient data flow and high-speed internet connectivity.
• Telecommunications Infrastructure: Key component in telecom systems for fast data access and real-time processing capabilities.
• Industrial Automation: Supports automation systems by providing rapid data storage solutions, essential for real-time control and processing tasks.
• Automotive Electronics: Used in advanced driver-assistance systems (ADAS) to handle large volumes of data effectively, ensuring reliability and performance in safety-critical applications.
• High-Performance Computing: Serves as a fundamental element in supercomputers and data centers requiring extensive data buffering and high-speed memory access.