MX25R1635FBDIL0

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Part Status:	Active

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MX25R1635FBDIL0 Memory

MX25R1635FBDIL0 is a type of memory component used in electronic devices. It belongs to the NAND flash family and is extremely popular due to its high speed and durability. MX25R1635FBDIL0 memory component is widely used in different applications due to its fast read/write operations, low power consumption, endurance, long life span and wide temperature range. It can be used in a variety of devices such as industrial controllers, automotive applications, medical devices, embedded systems, data storage and more. It has been developed as an ideal solution for storing user information, non-volatile memory as well as system data. MX25R1635FBDIL0 memory works on the NAND type flash memory technology. It is designed with advanced die stacking technology to reduce the overall size and cost. The memory component consists of four memory ICs stacked upon silicon interposer and surrounded by a heat spreader/heat sink. The memory component has a monolithic 16 Gb NAND die and is also capable of handling four 8-bit parallel I/O operations. The high density of MX25R1635FBDIL0 memory component allows it to accommodate higher data transfer rates and large amount of information. It can be paired with a controller for efficient data read/write operations. It supports the highest read and write speeds among the NAND flash memory family. The programming time for the memory component is quite short and can be done quickly. MX25R1635FBDIL0 memory is a type of non-volatile memory used to store large amounts of data even when the power is turned off. It has an excellent endurance of up to 100k full-pages writing cycles and up to 2M erase cycles. This makes it ideal for applications that require high endurance and performance. In conclusion, MX25R1635FBDIL0 memory is a type of memory component used in a variety of electronic devices applications. It features high speed and high endurance, making it suitable for applications that require large amounts of data storage. It also has excellent power efficiency and temperature range and can be paired with a controller for efficient read/write operations.

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