CY14ME256J2-SXI

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CY14ME256J2-SXI devices are a part of the CY14ME family of high-performance non-volatile memory devices. These devices provide an ideal solution for applications such as the storage of firmware, data, graphics, and operating systems. The 512 Megabit per-die Parallel Flash memory device is used to store up to 256 Megabits of data or information.

The CY14ME256J2-SXI devices enable fast access and excellent reliability. It features a narrow operating voltage range that allows for maximum power savings while supporting a wide range of data and program storage requirements. Its high-density non-volatile memory design uses less board real estate than its competitors, reducing board costs. In addition, with its built-in Data Protection and System Security feature, the CY14ME256J2-SXI device safeguards the data stored in its memory.

The CY14ME256J2-SXI family of devices is designed for highspeed access and reliable, low-power operation in various applications. These devices are ideal for use in a variety of applications, including digital still cameras, DVD recorders, digital video cameras, portable media players, and mobile handsets. The device contains three parameters that are critical for power savings - access time (tACC), standby current (I CC ST), and operating voltage (VDD). These parameters allow for fast uploading and downloading of data while featuring low power consumption.

The CY14ME256J2-SXI device is based on a 32-bit memory architecture, enabling a high bandwidth data transfer. It features a 2.35V (min) to 2.7V (max) operating voltage and a 120 MHz clock frequency, enabling fast access times. The device can operate in both a 1-bit or 2-bit I/O mode, with a maximum sustain data transfer rate of 66 MHz.

The CY14ME256J2-SXI device is designed for superior electrical and mechanical characteristics and demonstrates one of the most robust, reliable, and fastest non-volatile memory devices in the industry. It integrates an original power-saving standby mode and multiple security and protection functions to ensure data integrity and system security. It also features a wide operating temperature range, low power consumption and a low inherent variation in Earth’s magnetic field.

The CY14ME256J2-SXI devices embed both a standard 3 byte instruction set and “status” information in the first 16 bytes of the device’s address space to allow for a variety of memory operation and configuration options. These include direct addressing, on-the-fly path coding, rapid ordering, and code shadowing. Additionally, the device provides an 8K-byte buffer address space and a 32G-byte extended address space, enabling the device to be used in memory applications from 64K words to 4G words.

In addition to the high-speed, low-power characteristics and feature-rich design, the CY14ME256J2-SXI family of devices also offers excellent system reliability and data protection. The device is designed to prevent inadvertent data overwrites or corruption due to power failure events. It also offers parity and error detection/correction features to ensure data accuracy.

The CY14ME256J2-SXI devices are an ideal solution for the storage of firmware, data, graphics, and operating systems. Additionally, with their wide operating temperature range, low power consumption, robust features, and reliability, they are perfect for use in a variety of applications.

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