IS25LP064A-JBLE-TR

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As advanced storage media technology continues to develop, memory devices have become more powerful and capable, and the IS25LP064A-JBLE-TR is one of the most robust and reliable devices available. This device is a multi-level cell (MLC) NAND flash memory chip and one of the Universal Flash Storage (UFS) family of products. It is a Serial NOR (SNOR) flash memory device that can replace traditional NOR devices

The IS25LP064A-JBLE-TR is ideal for many types of applications, including use as memory in automotive systems, industrial control systems, embedded systems, and more. With a capacity of 64Mbits and 4B addressable byte size, it is able to offer a considerable amount storage in a very small form factor. Additionally, it has an endurance of up to 10,000 program/erase cycles, meaning it can withstand repeated usage with no drop-off in performance.

Due to its multi-level cell architecture, the IS25LP064A-JBLE-TR is able to deliver high read and write speeds, with a maximum read speed of 66 megabyte per second (MB/s) and 16 MB/s for write operations. This makes it ideal for system designs that require rapid data access. It is also able to operate over a wide temperature range, from -40 to +85 degrees celsius, making it suitable for extreme operating environments.

The IS25LP064A-JBLE-TR’s innovative design provides reliable operation and ensures data integrity, which is why it is a popular choice among system designers. It is powered by Winbond’s proprietary firmware, capable of providing multiple-level error correction to maintain data accuracy and integrity. In addition, the device has built-in power fail protection, which allows it to store data for a predetermined period of time after the power source is lost.

The IS25LP064A-JBLE-TR’s fast read and write speeds, low power consumption, and innovative error correction make it an ideal solution for data-intensive systems, with applications such as complex automotive systems, interactive industrial automation systems, multimedia processing, and more. As such, it is a valuable and cost-effective solution for designers looking for an efficient storage solution.

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