RC28F128P33T85A

[Memory Altera (Intel) RC28F128P33T85A] Overview

Introducing the cutting-edge RC28F128P33T85A Flash Memory IC, meticulously crafted by Altera (Intel) to redefine the standards of data storage and retrieval. Engineered with precision and innovation, this flash memory module boasts a capacious 128MBit PAR capacity, ensuring ample space for storing critical data with lightning-fast access times. The integration of 64EASYBGA technology further enhances its performance, facilitating seamless compatibility with a diverse range of electronic systems.

RC28F128P33T85A Features

• High Capacity: With a spacious 128MBit PAR capacity, this flash memory IC offers extensive storage capabilities, ideal for accommodating large volumes of data.
• Rapid Access Times: Experience lightning-fast data access with this memory module, ensuring swift retrieval of crucial information for enhanced operational efficiency.
• Advanced Technology: Leveraging 64EASYBGA technology, this IC delivers unparalleled performance and reliability, making it a cornerstone component in next-generation electronic devices.
• Robust Design: Built to withstand demanding environmental conditions, this memory module guarantees long-term durability and stability for uninterrupted data storage operations.
• Versatile Compatibility: Seamlessly integrate this flash memory IC into various electronic systems, thanks to its flexible compatibility and easy-to-use design.

RC28F128P33T85A Applications

• Industrial Automation: Employ the RC28F128P33T85A flash memory IC in industrial automation systems to store critical operational data and program instructions, ensuring reliable performance in rugged industrial environments.
• Telecommunications Infrastructure: Enhance the storage capabilities of telecommunications infrastructure equipment with the RC28F128P33T85A, enabling efficient data management and seamless network operation.
• Embedded Systems: Power compact embedded systems with the robust storage capabilities of the RC28F128P33T85A memory module, enabling efficient data storage and retrieval in space-constrained applications such as IoT devices and consumer electronics.