EP3C16M164I7N

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FIELD PROGRAMMABLE GATE ARRAY within embedded design is a type of logic circuit consisting of a system or network of logic blocks and their associated interconnects such as flops, registers and memory blocks. In the embedded world, FPGAs are primarily used for specific functions such as digital audio (DA) processing, DSP architecture, soft processors, and other digital signal processing applications. The main benefits of FPGAs are their scalability and flexibility. They offer a great deal of features, many of which can be implemented within a single device. The EP3C16M164I7N is an example of a logic-intensive FPGA from Altera®.

The EP3C16M164I7N is a mid-range device offering exceptional logic density and performance. It has a total of 4,090 logic elements, making it suitable for a variety of applications. Its device performance is high, offering up to 8x peak performance over similarly priced devices. The EP3C16M164I7N also offers Enhanced Megafunctions®, which are pre-packaged feature sets that allow designers to quickly and easily add extra functionality to their design. These Megafunctions, combined with the device’s array of timing and filtering capabilities, make the EP3C16M164I7N an ideal choice for high-speed and advanced digital design.

The EP3C16M164I7N also incorporates a number of features that enhance the system reliability and performance. The device includes clock input and phase interpolation blocks, which can be used to adjust the clock frequency, phase, and bandwidth of the system. It also includes Dual-Channel SelectRAM™ block RAM, which supports dual-port memory operations and can be used to implement data buffering or RAM protection schemes. Additionally, the EP3C16M164I7N features a dedicated monitor block which can be used for diagnostic purposes. This is an important feature for device debugging and troubleshooting and can help to ensure that the embedded system is functioning correctly.

The EP3C16M164I7N also offers a number of advanced features such as online and downloadable device configuration, clock distribution networks, instruction trace buffer and integrated Nios II soft processors. These features provide designers with the ability to quickly and easily configure a new hardware design. With the Nios II soft processor present on the EP3C16M164I7N, designers can also create high-performance embedded systems with lower cost and power requirements. Additionally, the Nios II soft processor can be used to create custom applications and tasks that can be executed without the need for an external processor. This can greatly reduce the cost and size of the embedded system while also providing flexibility and scalability.

The EP3C16M164I7N offers a great deal of features and performance while providing excellent system reliability and scalability. The device’s logic capabilities and enhanced Megafunctions, combined with its array of timing and filtering capabilities, make it an ideal choice for high-speed and advanced digital designs. Additionally, its integrated Nios II soft processor and other enhanced features provide designers with the ability to quickly implement a wide variety of applications and functions. As such, the EP3C16M164I7N is a great choice for any project that requires a robust, reliable, and high performing embedded FPGA solution.

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