MT4LSDT1664AY-13EG1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

MT4LSDT1664AY-13EG1 is a memory module available in the market which is designed to provide higher storage capacity compared to other microcontrollers. Its applications primarily lie in networks, embedded systems, mobile devices, and servers. It is used to store and access data quickly and accurately.

The module is built with dynamic random access memory (DRAM). This type of memory is fast, nonvolatile, and can store a wide range of information reliably. The MT4LSDT1664AY-13EG1 is a 16Mb device which is configured to provide a total storage capacity of 64Mb or 8MB. This memory is suitable for applications that require high performance and a large amount of storage.

The working principle of the MT4LSDT1664AY-13EG1 is that it uses a multiplexer architecture. It has four sections containing 16Mb memory blocks each. The architecture is designed to break each memory block into two equal halves. This allows the device to access both halves in parallel and at different times. This reduces latency and allows for high performance.

This memory device is able to transfer data at a faster rate than other modules due to its double data rate (DDR) technology. DDR technology allows the device to transfer data on both edges of the clock. This greatly increases the speed at which data can be transferred, up to 40 times faster than standard memory modules.

The MT4LSDT1664AY-13EG1 is also designed with error correction code (ECC) technology. ECC technology ensures the accuracy of stored data by verifying and correcting any errors it finds. This increases reliability and reduces possible losses due to data corruption.

The MT4LSDT1664AY-13EG1 is a memory module designed for high performance applications requiring large amounts of memory storage. Its multiplexer architecture, double-data rate technology, and ECC technology make it an ideal choice for applications that require fast, reliable memory access.

The specific data is subject to PDF, and the above content is for reference