AS4C128M16D2A-25BIN

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Memory chips are essential electronic components used in all computing systems, regardless of the size and power. They are responsible for capturing, storing and retrieving data and information, and they are constantly improving. Memory chips such as the AS4C128M16D2A-25BIN play a major role in modern computing, particularly in fields such as mobile computing and gaming. Their popularity is largely due to their small size, low power consumption and fast read/write speeds.

The AS4C128M16D2A-25BIN is part of the AS4C series, which is a 3.3V Synchronous DRAM family manufactured by Alliance Memory. This memory chip is mainly used as a mobile application memory solution. It is designed to improve computational performance as well as reduce power consumption. This chip comes with a 2-bank design, which allows for simultaneous read and write operations. It also has a maximum classification frequency of 25MHz and can be driven at class speeds of 6ns, 5ns or 4ns.

The AS4C128M16D2A-25BIN utilizes a 128-MByte organization. It supports x16 bus widths, making it favorable in applications wherein high-speed memory access is needed. This chip is also used in systems that require small form factors. It also supports burst transactions, allowing quick data processing at low power. This memory chip comes with a number of features, making it ideal for use in high-end gaming systems, notebooks, PDAs and other electronic devices.

The primary benefit of the AS4C128M16D2A-25BIN is its low power consumption. This chip consumes only 7W of power, which is significantly lower than other memory chips. The low power consumption does not affect the speed or performance of the chip in any way. In addition, this chip comes with low burst data access times, dramatically shortening the time needed for data storage and retrieval.

The working principle of the AS4C128M16D2A-25BIN is based on the core logic of dual-bank memory systems. This system uses an address multiplexing technique to ensure that each request is directed appropriately. The transaction is framed by an address and output pipeline, which consists of registers that are used to store address information. The data is then stored in the memory array and retrieved using the correct address. Finally, the data is read or written using the read and write commands.

Overall, the AS4C128M16D2A-25BIN is one of the most advanced and efficient memory chips available in the market today. It is widely used in mobile applications, particularly those that require a high-end memory solution. This chip provides a high degree of performance, making it an ideal choice for a wide range of applications. Its low power consumption and high speed make it highly suitable for mobile computing, gaming and other electronic devices.

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