EP3SE80F780I4

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Field Programmable Gate Array (FPGA) technology provides an essential platform for developing applications in the embedded field. The EP3SE80F780I4 is a member of the Xilinx Spartan-3E family of FPGAs, designed to cost-effectively reduce the system size and harness the power of high-speed interconnects, embedded memory blocks, and reconfigurable logic. This FPGA is a high-performance, low-power, soft-programmable FPGA that is ideal for embedded applications.

The EP3SE80F780I4 is capable of handling the demanding requirements of today’s most advanced applications, such as wireline networking, security, and real-time image processing. Its logic core features include multiple independent memories blocks, configurable logic blocks, non-volatile flash and runtime programmable EEPROM blocks. The device also comes with a MicroBlaze processor, which is a 32-bit RISC soft processor, designed to support microcontroller applications including network control, motor and motion control, and embedded data processing. In addition, the EP3SE80F780I4 comes with a broad range of hard-programmable and soft-programmable peripherals.

The EP3SE80F780I4 utilizes dedicated hardware blocks to perform time-critical functions, while using application-specific logic circuits to perform general-purpose processing. This approach results in a very low system latency and high performance embedded designs. In addition, the low power consumption design of the EP3SE80F780I4 is ideal for battery-powered applications. This FPGA is able to reduce overall system power consumption by managing power profiles and allowing dynamic power management.

Now, let’s look at the general working principle of the EP3SE80F780I4. The FPGA consists of four major components: a single integrated programmable logic array (PLA), and three independently programmable embedded resources. These four components are combined together to form a single integrated device (SID). The PLA is pre-programmed, while the other three components are programmable. The PLA is responsible for decoding instructions and controlling the FPGA’s operation. The embedded resources are responsible for performing the requested operations. For example, the embedded memory blocks are used to store program instructions, while the configurable logic blocks can be used to create custom-developed circuits.

The EP3SE80F780I4 is designed to address a variety of embedded applications. This FPGA has been used to design applications in areas such as automotive, medical, industrial, security, and real-time image processing. It offers several advantages, including low power consumption and high performance. Additionally, EP3SE80F780I4 utilizes dedicated hardware blocks to perform time-critical functions, while allowing for general-purpose processing. This makes the device ideal for use in battery-powered applications and low-latency embedded designs.

The specific data is subject to PDF, and the above content is for reference