5SGXEA7K3F35C4N

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Embedded - FPGAs (Field Programmable Gate Array)

FPGA stands for Field Programmable Gate Arrays, which are integrated circuits (ICs) composed of logic blocks, I/O blocks and embedded memory blocks that can be expressed by series of programming languages, and can be reprogrammed to change function. 5SGXEA7K3F35C4N is an FPGA application field that focuses on embedded system design and applications, and its components include digital signal processor (DSP) blocks, Pulse Width Modulation (PWM) blocks, memory IP and other elements.

FPGA is mainly used to realize parallel processing and reduce computing power per cycle, as it can execute multiple instructions in a single cycle. Compared to microprocessors, FPGA also has better heat and power dissipation per unit, making it a popular choice for embedded system designers. 5SGXEA7K3F35C4N FPGA architecture and applications generally include the following features:

Computing Resources

As a programmable logic device, 5SGXEA7K3F35C4N FPGA architecture has integrated logic elements, a digital signal processor (DSP) block, a Pulse Width Modulation (PWM) block, and memory IP. The devices are powered by a high-speed core in a 28nm low-power process, which consumes very low power in the embedded design. The basic computational capacity includes 650K ALMs, 1.05G circuits, 1,175K FPGA logic elements, and up to 8,000 signal pins.

Design Options

The FPGA device is designed to enable users to extend their application design through custom components. 5SGXEA7K3F35C4N FPGAs are specifically designed for embedded application developers, as embedded architectures require application specific functional blocks for extended functional support. The comprehensive design option range of 5SGXEA7K3F35C4N FPGA includes sixteen embedded memory bitcells for accurate gathering of data, 11 DSP blocks for processing audio and video, an embedded ARM9 processor with an eight-channel cross-bar switch, and built-in pulse width modulation blocks for accurate generation of voltage levels.

External Connectivity

The 5SGXEA7K3F35C4N FPGA platform provides support for a wide range of external communication, such as USB, Ethernet, JTAG, RS-232/485, and UART. This allows users to integrate external IPs, such as real-time clock, Wi-Fi and Bluetooth, into their application design. The external pin-outs of the FPGA allow for simple to complex external wiring and electrical system configurations.

Digital Signal Processing

In 5SGXEA7K3F35C4N FPGAs, DSP blocks are used for signal processing. The FPGA provides up to 11 DSP blocks for signal processing, with support for analog, digital, and mixed signal designs. Moreover, the provision of up to 8 ADC and DAC converters provide support for the analog signal parallelism. The real-time clock module with embedded reference voltage generator enables accurate time measurements of the signals

Memory

The 5SGXEA7K3F35C4N FPGAs support a total of sixteen embedded memory bitcells. These bitcells are used to store the state information, when data is fed in at a faster rate than it is processed. The built-in context switching feature allows users to switch between multiple memory blocks when necessary, improving the speed of data processing.

Custom Logic Design

The FPGA device also provides a comprehensive suite of synthesis tools for custom logic design. Using the tools, users can design their own applications based on 5SGXEA7K3F35C4N FPGAs, and the resulting hardware can be optimized for speed and area. The design language is Verilog, which is the most widely used hardware description language (HDL) in FPGA design.

Power Performance

In order to optimize the power performance of a system design, the FPGA device provides techniques such as dynamic voltage/frequency scaling to reduce power consumption. The integrated clock gating feature eliminates the power consumed by unused blocks, thus improving the overall power efficiency of the device. The 5SGXEA7K3F35C4N FPGA platform has an embedded controller that reduces the cost of power management and design verification.

Debugging and Verification

Finally, 5SGXEA7K3F35C4N FPGAs provide an integrated debugging and verification environment that simplifies the development process. This environment not only simplifies the design process but also helps to reduce the time to market for the product. The integrated JTAG port, which allows for easier system debugging, also helps to facilitate time to market.

FPGAs are widely used in embedded systems where increased computing power, low power consumption and smaller design space are desired. 5SGXEA7K3F35C4N FPGAs provide a comprehensive set of integrated blocks and external connectivity options, which enables users to design their own embedded application in a single FPGA. With its low power consumption and efficient debugging environment, 5SGXEA7K3F35C4N FPGAs are ideal for embedded systems design.

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