5CGXBC3B7F23C8N

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Embedded - FPGAs (Field Programmable Gate Array) are integrated circuits that contain programmable logic components, allowing for flexibility and reconfiguration. The 5CGXBC3B7F23C8N is a high-performance Field Programmable Gate Array (FPGA) from Altera Corporation. It is suitable for a wide variety of embedded applications including digital signal processing (DSP) tasks, data acquisition, and control systems.

The 5CGXBC3B7F23C8N is based on the distinctive Mitrion-C Virtual Processing Unit (VPU) architecture. This FPGA uses the 19x19 matrix tilted up cell array, which is responsible for speed improvement by optimizing the latency and delivering predictable frequency scaling. The array consists of 10k flip flops, 11m logic cells, 6m multiplexers, as well as 732 Mb of block RAM.

The 5CGXBC3B7F23C8N has 11 FPGA banks for high speed signal routing, allowing it to successfully implement a variety of data-processing functions. The FPGA package has 24 I/O pins and includes two GXB (Global X-bar) regions relying on internal signal routing. These features enable it to support up to 16 input and 16 output pins, providing reliable signal integrity and meeting I/O timing and noise requirements.

The 5CGXBC3B7F23C8N also features enhanced design security. It offers multi-security levels to prevent third-party intellectual property (IP) theft and unauthorized access. The FPGA\'s HPS (High-Performance Security) feature makes it possible to maintain the integrity of critical design elements such as registries and bitstream images.

The 5CGXBC3B7F23C8N is an ideal solution for many types of embedded applications. It is used in a variety of industries, including automotive, consumer, industrial, aerospace and defense. It is used in applications such as medical imaging systems, artificial intelligence, robotics, autonomous recording and distributed control networks.

The 5CGXBC3B7F23C8N is a powerful and efficient FPGA device with an impressive set of features. It is suitable for many applications due to its high speed and reconfigurable nature. The device is also secure, offering enhanced security features to protect data and intellectual property.

The working principle of the 5CGXBC3B7F23C8N device is to enable reconfigurable logic in an FPGA. This is achieved by using a set of reconfigurable logic cells which can be programmed to perform certain specific functions. The programmability of the cells is provided by configuration data loaded into the FPGA\'s configuration memory. The configuration data allows the logic cells to be programmed to implement the desired logic.

The 5CGXBC3B7F23C8N FPGA also supports soft-core architectures such as Nios-II, MicroBlaze, and OpenCL. Soft-core architectures are used to create special purpose processor cores that can be programmed to execute code free from any external hardware. This makes them ideal for embedded, data acquisition, and control applications.

Overall, the 5CGXBC3B7F23C8N FPGA device offers users a high performance, reconfigurable and secure solution for their embedded applications. It is suitable for a variety of applications, from automotive to consumer and aerospace, and offers the user reliable speed, security and flexibility. Enhanced security features also make it a powerful solution for protecting data and intellectual property.

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