5CEFA7F31C6N

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1. Introduction

Field Programmable Gate Arrays (FPGAs) are one of the most widely used and versatile integrated circuits in embedded systems, increasing the power, speed and flexibility of embedded systems, making them robust and reliable. FPGAs are widely used in industrial and special applications, like in medical imaging goals and digital signal processing. FPGAs are typically used for rapid design and prototyping, and with their increasing popularity, applications for FPGAs have steadily grown.The versatility of FPGAs stems from their design, which consists of a configurable interconnect fabric, memory, logic and digital signal process (DSP) blocks, and other functions needed for modern system designs. At the center of the FPGA fabric is a set of programmable logic elements called "meta-cells". Each meta-cell contains a small amount of combinational logic that can be configured to match the desired function. In addition to meta-cells, FPGAs include specialized controllers, communication ports and wiring resources, as well as numerous memory blocks. FPGAs are used in embedded designs due to their flexibility and programmability. They provide a platform on which a wide range of functions can be implemented. FPGAs can be pre-programmed to vital hardware functions, such as Ethernet and USB controllers, or programmed to specific tasks such as image processing and filtering algorithms. Designers have access to a wide range of development tools for FPGAs, ranging from basic compiler and synthesis tools to higher level hardware/software co-design environments and VHDL to synthesize and optimize the design.

2. Technology Overview of 5CEFA7F31C6N

The 5CEFA7F31C6N field programmable gate array (FPGA) is one of the leaders in low power, high performance embedded FPGA designs. This FPGA is one of Altera's top-of-the-line devices and is quickly becoming the embedded industry’s preferred FPGA. Utilizing a Stratix III architecture, the 5CEFA7F31C6N offers designers both high performance, optical signal communications and low power, embedded memories.The 5CEFA7F31C6N has an array of 8,192 logic elements with embedded memories. It also has the Stratix III architecture’s four multidirectional Gigabit transceivers, what offer up to 10 Gbps line-rate transceiver performance and advanced Ethernet, SPI, LVDS, and other large channel communications.The 5CEFA7F31C6N provides embedded designers with a better way to integrate multiple functions onto a single chip. Using a customizable fabric on the same device to create embedded logic functions, designers can minimize development times while still achieving the high performance they require.The 5CEFA7F31C6N also has an integrated advanced design environment that includes development and debug features. This integrated design environment includes a comprehensive synthesis and simulation suite, an embedded processor design kit, and board-level testing capabilities to make design and development more efficient.

3. Design Performance & Advantages of 5CEFA7F31C6N

The 5CEFA7F31C6N’s speed, power and flexibility make it a preferred choice for embedded system designers. This FPGA offers lowest power consumption, better total system cost and higher performance than its competitors.The high performance and low power of the 5CEFA7F31C6N are made possible by its high-speed circuitry and advanced architecture. The FPGA’s embedded architecture allows designers to create high-density designs that require low power consumption. The 5CEFA7F31C6N also offers Gigabit transceivers for up to 10 Gbps line-rate transceiver performance, giving FPGA ASIC solutions a tremendous advantage over traditional solutions.The 5CEFA7F31C6N’s advanced design environment offers convenience and enhanced control to embedded system designers. Through the use of specialized debug tools, designers possess a high degree of granularity and flexibility in their design decisions. This advanced design environment also allows designers to generate system-on-chip designs that are faster, more cost effective, and more power efficient than traditional solutions.

4. Conclusion

The 5CEFA7F31C6N is a powerful and versatile field programmable gate array that offers designers the best of both worlds: high performance and low power. Its embedded architecture and advanced design environment offer designers unprecedented control and flexibility to create hardware systems that can handle vital functions, from image processing and filtering algorithms to Ethernet and USB controllers. The 5CEFA7F31C6N can also offer significantly lower power consumption and better total system cost than its competitors, making it the preferred solution for embedded designs.

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