AS4C256M8D3LA-12BCNTR

Memory Alliance Memory, Inc. AS4C256M8D3LA-12BCNTR Overview

The Memory Alliance Memory, Inc. AS4C256M8D3LA-12BCNTR is a high-capacity, 2 Gbit Dynamic Random Access Memory (DRAM) designed for applications requiring rapid access and storage of data. This memory module utilizes a parallel interface, encapsulated in a compact 78-ball FBGA (Fine-pitch Ball Grid Array) package, ensuring efficient layout and minimal real estate usage on PCBs. With its robust data retention and high-speed data transfer capabilities, it is ideally suited for advanced computing and high-performance settings where space and speed are critical. The integration of leading-edge technology and adherence to stringent quality standards make this memory module a reliable and essential component for a broad range of industrial applications.

AS4C256M8D3LA-12BCNTR Features

This DRAM module boasts several features that make it a superior choice for demanding applications, including a high data transfer rate and a substantial 2 Gbit storage capacity. The use of a parallel interface ensures compatibility with a wide range of existing technologies, while its 78FBGA package provides robustness and durability under various environmental conditions.

AS4C256M8D3LA-12BCNTR Applications

• Embedded Systems: Utilized in complex computing systems where space is at a premium, this DRAM helps manage real-time data processing efficiently.
• Telecommunications: Supports the high-speed, high-volume data handling required in telecommunications equipment, improving system reliability and response times.
• Networking Equipment: Ideal for routers and switches, this DRAM module enhances data flow management capabilities, critical for maintaining system performance under high traffic conditions.
• Consumer Electronics: Applied in devices such as high-definition televisions and gaming consoles, where quick data retrieval enhances user experience.
• Server Farms: Supports server applications requiring fast access to large volumes of data, significantly boosting overall efficiency and performance.