S29GL128S11TFVV20

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Memory is a crucial component in computing device. In order to meet the ever-increasing demand on faster speed, capacity and reliability, manufacturers continuously explored more advanced technologies to produced better memory. The S29GL128S11TFVV20 is one such memory product, and it is applied mainly in embedded system.

The S29GL128S11TFVV20 is a 128Mb parallel flash memory device, manufactured by Numonyx. It is 3V with a supply voltage range from 2.7V to 3.6V with the standard protocol being the Common Flash Interface (CFI). This device is composed of six sectors of 128 Mbits each, allowing for a total of 128 Megabit on-chip storage. It operates directly from +2.7V to +3.6V power supply and has an endurance cycles of 100K. Moreover, it provides fast download speed and page erase times, making it ideal for many embedded applications.

The S29GL128S11TFVV20 features the Command Set Interface (CSI), a byte-by-byte program code. The device incorporates the word line erase and word line program, enabled only by the proper setting of Address bits A[14:9] when a Write/Erase command is activated. It also features enhanced features such as device protection, data security and improved ECC safety. It provides a low-power consumption and high write/erase performance in a small low package.

The S29GL128S11TFVV20 excels at embedded applications, offering the capability to store large amounts of data in a small package, with a wide range of operating temperature from –55°C to 150°C. It is suitable for consumer devices, mobile phones, digital cameras, personal computer systems, automotive electronics and industrial controls. Furthermore, with its enhanced reliability and durability, the S29GL128S11TFVV20 is also suitable for use in medical instruments and military power systems.

In terms of the device’s working principle, the S29GL128S11TFVV20 consists of six flash banks, each 128Mb and can be programmable with the Command Set Interface (CSI). To program the device, first the host sends the address and command to the device, followed by the data to be programmed. Then the address counter increments and the process is repeated until the end of the data is reached. Once all the data is programmed, the device is subjected to a Write/Erase command.

Finally, the S29GL128S11TFVV20 is an ideal option for embedded systemwhere data is on demand, due to its low-power consumption and high write/erase performance. It offers highly reliable performance in a small, low-power CG (ChipGrid) package suitable for a number of application fields such as consumer devices, mobile phones and automotive electronics.

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