EP3C5F256C6

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Embedded FPGA is a class of Field Programmable Gate Array (FPGA) devices found in embedded systems. EP3C5F256C6, a member of the Field Programmable Gate Array (FPGA) family, is designed for embedded systems, particularly for high-bandwidth applications where speed and low power are critical. This chip offers a wide range of features and capabilities that makes it suitable for a variety of applications in various industries, such as medical and automotive.

EP3C5F256C6 is based on 65 nm CMOS process technology and incorporates up to 384 macrocells with 90 kbits of internal memory. This FPGA also contains a dedicated processor block with 8Kbits of embedded RAM and 32kbits of embedded ROM. Moreover, it offers a comprehensive Digital Signal Processing (DSP) block that consists of the two 2K DSP Block RAMs and 420 DSP logic slices. This FPGA also supports remote system upgrade capability, allowing users to update their firmware without manual intervention.

The EP3C5F256C6 FPGA is designed for high-speed applications such as data acquisition, image processing, digital video, speeding up computational algorithms and digital signal processing (DSP). It is specially designed to meet the speed, power and cost requirements of embedded applications. This FPGA also features improvement in data throughput, power efficiency and system integration. It also features enhanced support for parallel processing and real-time operations, reducing system complexity and cost.

The EP3C5F256C6 FPGA operates on a 4-phase clocking system which enables developers to obtain maximum results from the device. This 4-phase system allows the FPGA to process large amounts of data in parallel using its built-in clock dividers, allowing for greater throughput and power efficiency. This system also allows the FPGA to perform multiple tasks in parallel, making a device more versatile and efficient.

The EP3C5F256C6 FPGA also features a programmable logic block as well as I/O blocks, digital blocks and memory blocks. The programmable logic includes two 2K look-up tables, two 2K flip-flops and two 2K programmable logic blocks. The I/O blocks consist of 24 I/Os with 16 memory address buses, 8 programmable ports, 8 SRAM/ROM ports and 16 general-purpose ports. The memory blocks comprise 2K look-up tables and two 2K flip-flops. In addition, the FPGA also has two dedicated hardware I/O blocks which are used for system configuration, data processing and advanced debugging.

One of the key advantages of using the EP3C5F256C6 Field Programmable Gate Array is that it is designed to be durable and reliable. This makes it suitable for use in applications which require long-term operational reliability, such as in aerospace and automotive applications. Moreover, the FPGA is also designed to reduce power consumption, making it suitable for battery-operated applications. Additionally, the FPGA is designed to offer high speed and reliable operation, enabling developers to design complex systems quickly and accurately.

To sum up, the EP3C5F256C6 FPGA offers an efficient and reliable solution for high-speed, low-power applications in the embedded systems market. This FPGA is based on a four-phase clocking system that enables effective data processing and parallel tasks. It also features a comprehensive digital signal processing block, enhanced support for remote system upgrades, and dedicated hardware I/O blocks for system configuration and debugging. This FPGA also has low power consumption and high speed and is designed for long-term reliability in applications such as aerospace and automotive.

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