IS65C1024AL-45QLA3-TR

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The IS65C1024AL-45QLA3-TR is a kind of semiconductor memory that is commonly used for digital signal processing and memory applications. This memory chip is composed of 256 K x 16-bit of synchronous static CMOS RAM, which have the highest performance available in a single chip solution.

The IS65C1024AL-45QLA3-TR can provide a wide variety of data processing functions such as random access memory, programmable logic and communication interface. It can be used for applications such as digital signal processing, machine learning, network applications, storage systems and embedded real time applications.

IS65C1024AL-45QLA3-TR is capable of working at very high speeds, up to 150 MHz with a transfer rate of 150 Mbit/s. This memory chip also offers a low power consumption, with typical current consumption of only 2.6 mA, making it the ideal choice for embedded applications. The chip also has a very low EMI (Electro Magnetic Interference) rating, ensuring minimal interference with other components.

The IS65C1024AL-45QLA3-TR is designed with a two-stage buffer memory architecture, which provides a high speed, low latency memory access. This memory chip is also equipped with an Error Detection and Correction (EDAC) feature, which detects and corrects errors in data stored in the chip. This ensures that the data stored in the chip is always accurate and reliable.

In terms of working principle, when a request for data is made, the controller activates the DRAM controller, which then retrieves the requested data from the DRAM array. The DRAM controller then transfers the requested data to the buffer memory, where it is stored. When the data is ready to be used, it is then transferred to the output buffers, where it is ready to be used.

The IS65C1024AL-45QLA3-TR is an ideal solution for a wide range of digital signal processing and memory applications due to its high speed, low latency, and low power consumption. It offers an efficient and reliable memory solution for embedded applications, machine learning and network applications, making it a popular choice for designers.

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