EP3SL150F780I3N

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An EP3SL150F780I3N is a Field Programmable Gate Array (FPGA) device designed primarily for high performance embedded applications. It is designed around a unified architecture that allows for multiple configurations of its integrated resources, meaning it can be optimized to accomplish certain tasks that other devices are incapable of, while also offering greater flexibility and scalability than other FPGAs.The EP3SL150F780I3N is capable of high-speed data processing and data communications, making it ideal for applications requiring speed and power. It features high-performance transceivers and integrated memory, allowing it to support up to 48 MHz of dual-channel DDR3 memory and up to 250 Mbps data rate with minimal latency. This performance allows it to be used for a variety of applications, ranging from high-end networking and telecom applications to industrial automation and medical imaging.

This FPGA utilizes a reconfigurable logic cell, which is a combination of logic resources and specialized registers that can be configured to carry out specific tasks. Each FPGA can have a different configuration of logic cells, and these can be changed or reconfigured throughout the device\'s lifespan. This makes the EP3SL150F780I3N ideal for applications that are constantly changing and require some form of scalability or customization. Additionally, this reconfigurable logic cell also allows for easier design, shorter time to market, and usability in cost-sensitive applications.

The EP3SL150F780I3N also features 16 built-in phase-locked loops (PLLs), which provide clock synchronization across the device. These PLLs can be used to synchronize multiple devices, which is useful in applications such as high-end networking, telecom, and industrial automation. Additionally, these PLLs can also be used to provide clock domain crossing (CDC) support, allowing for communication between different clock domains.

Also included in the EP3SL150F780I3N is a single-ended PLL (SEPLL), which provides a stable and reliable clock frequency even when the device is subjected to temperature or voltage fluctuations. This SEPLL can be used to ensure timing accuracy between high-speed circuits or as an external clock source for asynchronous logic circuits. In addition, this SEPLL can be used to provide dynamic clocking, enabling the device to self-adapt to the environment for optimal performance.

The EP3SL150F780I3N can also be used for embedded system applications, such as those used in image recognition and control systems. With integrated system bus interfaces, this FPGA is capable of streaming data to and from system memory with lightning speed, allowing for faster, more efficient data handling. It also features an Ethernet MAC with integrated buffer support, allowing it to be used as a communication backbone. Finally, it includes an efficient on-chip power supply and clock distribution circuitry, reducing power consumption and ensuring reliable operation.

In short, the EP3SL150F780I3N is a versatile FPGA device that is well suited for embedded, industrial, and telecom applications. Its reconfigurable logic cells, high-speed transceivers, and embedded system bus interfaces make it ideal for designs that require speed, scalability, and power efficiency. Additionally, its low-power on-chip power supply, efficient PLLs, and single-ended PLL make this FPGA ideal for power-sensitive designs.

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