S99GL064N0080

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The S99GL064N0080 is a groundbreaking, advanced memory device manufactured by Seagate that is designed to fit the needs of a wide number of potential applications. The device is a multi-Level Cell NAND Flash memory device that has been designed to deliver optimal performance, robust reliability, and cost competitiveness.

The S99GL064N0080 is a 2 bit per cell device with a layer stack of 16 x 16 Gb as a minimum. It has a page size of 1296 bytes and a block size of 160,000 bytes. It has no firmware and no software controls. It can be configured to either operate in single-level cell (SLC) or Multi-level cell (MLC) mode depending on the application.

The S99GL064N0080 can be used in a variety of applications. It is ideal for consumer electronics such as mobile phones, digital cameras, and gaming devices. It can also be used for industrial applications such as medical systems, embedded systems, and automotive systems. In addition, it is suitable for networking and storage systems.

The S99GL064N0080\'s working principle is based on a floating-gate transistor technology. It works by storing three distinct levels of charge in the floating gate, which are then used as small, medium, and high. This approach provides high endurance, high performance, and high-reliability storage of data.

This advanced technology provides a much more reliable storage that can withstand extreme environmental conditions including high temperatures and radiation. It also allows for faster write and read cycles and a guaranteed up-time, as well as having a long operational life compared to many other memory devices.

The S99GL064N0080 is a cutting-edge memory device that combines performance, reliability, and affordability in a single package. It is suitable for a wide range of applications and provides an advanced level of data storage and protection. With its floating-gate transistor technology, it provides high-endurance, high-performance, and high-reliability storage of data, making it an ideal choice for many applications.

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