CY14V116N-BZ30XI

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CY14V116N-BZ30XI is categorized as a type of memory. It is similar to other nonvolatile RAM, in that it holds data when the power is turned off. The memory is a 128 Mbit ZJN (Zero Latency Nonvolatile) FPGA Configuration Memory. It is configured by the Cypress BitGen utility and available in commercial, extended, and industrial temperature ranges.

The CY14V116N-BZ30XI is a single chip, multi-protocol FPGA configuration memory. It features a unique nonvolatile memory technology that eliminates the need for external volatile memory (i.e., SRAM) or processors for FPGA configuration. The device has a single-chip architecture that minimizes power consumption and helps reduce system cost. The CY14V116N-BZ30XI is also designed to be easy to integrate into customer systems.

The CY14V116N-BZ30XI offers many benefits, such as superior temperature compensation, reduced power consumption, faster write times, and reduced part count. In addition, it offers up to 8 million logic elements, a bitmap-style architecture and up to 6.25 MB of FPGA configuration memory per die. It also provides full redundancy, with 3 single-chip or 2 dual-chip FPGA configuration schemes available.

The CY14V116N-BZ30XI is designed for use in a variety of applications, including automotive and industrial controls, medical imaging, embedded systems, and consumer electronics. It is suitable for applications that require low-power, low-latency, high-density FPGA configuration memory, and it can be used in systems that require both distributed program and data memory or self-supplied resources. In addition, it can be used in applications requiring high-speed, non-volatile FPGA configuration.

The CY14V116N-BZ30XI has a simple working principle. When the user presses the Configuration Key, the FPGA memory is initialized by the Bitgen utility. Then, the FPGA is configured and power is supplied to the FPGA. Once the configuration is completed, the FPGA operates autonomously and stores the configuration data in its internal nonvolatile memory. When the power is turned off, the FPGA can recall its programming from the nonvolatile memory and continue operating its desired function.

The CY14V116N-BZ30XI is an excellent choice for various applications requiring high-speed, non-volatile FPGA configuration memory. It comes with superior temperature compensation, reduced power consumption, and higher flexibility in terms of distributed program and data memory. In addition, it provides faster write time and reduced part count, making it an ideal solution for a wide range of applications.

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