JR28F064M29EWBA

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JR28F064M29EWBA belongs to the specialty of Memory and is a type of semiconductor memory storage component. Working in either 3.0V or 3.3V power supply the component then uses that to store up to 64 megabits of data efficiently. The component has the ability to store this data in either multiple memory partition schemes or as a linear array of individually addressable partitions. Each partition can then take up a certain number of bytes and can be accessed by the component at any given time.

When dealing with the JR28F064M29EWBA’s various partitions and memory segments, the component makes use of an Extended Data In/Out (EDIO) device to control and manage the data transfers. This device is designed to offer low power consumption in order to provide optimized performance and improved efficiency when dealing with data. The device will also be able to utilize a dual channel data bus to create a direct connection to the host in order to allow for rapid and efficient data transfers between the two. As a result, it is able to transmit data at up to 64 megabits per second when enabled.

The JR28F064M29EWBA is ideal in applications that need to access and store large amounts of data in an efficient manner. This includes areas such as embedded non-volatile storage systems, data storage and recovery systems, system boot codes, and memory expanders. With the integrated EDIO device the component is also able to provide a more efficient way of transferring data across connected systems. The component also supports serial memory architectures, meaning it can be easily incorporated into any system requiring a serial memory solution.

In summary, the JR28F064M29EWBA is a memory component offering optimized performance and efficiency when dealing with large amounts of data. Working with either 3.0V or 3.3V power supplies and featuring an integrated EDIO device, the component allows for multiple types of data transfers including large segments quickly and reliably. The component is designed for applications needing to access and store large amounts of data in a serial memory solution. Thanks to its memory partition scheme, the component can be utilized in various cases requiring fast and efficient data transfers and storage solutions.

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