EP2S15F672C4N

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EP2S15F672C4N is an FPGA (Field Programmable Gate Array) specifically designed for the embedded market. It belongs to FPGA family from Altera Corporation and is widely used in embedded systems. It is an FPGA with Cyclone II architecture, built with a low-power, high-performance 90nm CMOS technology. As an FPGA, it has many advantages over other embedded device solutions such as higher levels of integration, reduced design time and improved performance.

EP2S15F672C4N has a total of 5600 logic elements and 25,600 logic cells. It also has 460 embedded multipliers which provide up to 8Kbits of RAM. The embedded multipliers can be configured to run at up to 330 MHz. This highly integrated FPGA has 8 dedicated configurable PLLs, dedicated clock management cells, 36 embedded high-saturation-instruction (HMI) cells, and a double data rate (DDR) controller. This all helps make it an ideal choice for applications that involve fast I/O and large data sets.

Field Programmable Gate Arrays are built with an array of coarse-grained programmable logic blocks which can be configured to build and execute arbitrary logic functions. Each of these blocks consists of an array of Look Up Tables (LUTs) and Flip Flops for storing programmable logic functions and register outputs. These blocks are interconnected through a programmable interconnect matrix which defines the levels and ordering of logic blocks used in the design. This allows configurable circuits to be synthesized and optimized based on the user-defined logic designs.

Altera\'s EP2S15F672C4N FPGA contains a total of 55kbits of configuration memory which provides the user with up to 4 million bits of embedded programmable space to store the configuration logic. All programmable logic configurations and updates are performed via the High-Level Synthesis (HLS) engine or by configuring the memory with a JTAG tool. Once the desired logic design has been written and optimized, the FPGA is programmed with the configuration data and the device is ready for use.

EP2S15F672C4N FPGA is used in a variety of applications such as high-speed real-time embedded systems, communications, motor control, digital signal processing, and gaming. The on-board clock management and PLLs support the timing requirements of these applications. The on-board blocks, multipliers, embedded RAM, and logic elements permit complex logic designs and implementations like those found in multimedia, mobile device applications, or network routers. The large configurable logic array also offers a great degree of flexibility allowing designers to easily change their designs while meeting tight deadlines.

Applications running on this highly integrated FPGA also benefit from its low-power design. Its low-power CMOS process, along with the built-in clock management cells, minimize the dynamic power consumption while the user’s application optimizes the FPGA resources to provide users with the lowest possible power consumption. This reduces the system requirements for cooling and greatly improves overall system reliability. At the same time, the EP2S15F672C4N’s performance guarantees that the system will be able to meet even the most demanding requirements.

The EP2S15F672C4N FPGA from Altera Corporation is a powerful and highly integrated solution for embedded systems. It is easy to configure and provides the user with a high-performance, low-power and highly integrated device that can meet the needs of applications running in embedded systems. With the powerful embedded blocks and the embedded RAM, it is an ideal choice for applications which require fast I/O and large data sets. The on-board PLLs, clock management cells and embedded multipliers allow users to effectively and efficiently gain the benefits of any application running on the device.

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