An FPGA is a field-programmable gate array, which is an integrated circuit that can actually be configured AFTER manufacturing by either a consumer or designer. Since it is a configurable semiconductor device, it has all sorts of applications in a variety of sectors. In fact, there might not even be a sector that exists that cannot be affected by the FPGA, and this will continue to be exemplified for decades to come.
Some of the applications are obvious, while others might surprise. For example, an FPGA can be an integral tool to the consumer market, in that it can integrate various functions into one device, such as converged handsets and digital flat panel displays, for example. It could also be utilized in the industrial sector for applications such as automation and surveillance, as well. There are obvious applications when it comes to the automotive, defense, and medical sectors, as well.
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The applications of the field-programmable gate array are varied, and they are considered to be an essential part of future technological trends that are considered some of the markets with the most potential right now – such as Big Data and the Internet of Things. When it comes to product development, automation, and device interaction, FPGA specialists certainly have a bright and interesting future in the job market.
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QPSK modulation and demodulation with Turbo Encoder/Decoder, Interlever, Channel Estimator, Channel Equalizer, Pulse shaping filter, coarse and fine synchronization etc. Defined Parameters: Data Rate: 16kbps, 100kbps, 2msps Modulation Scheme: QPSK Bandwidth: 25KHz, 300KHz, 2MHz Sampling Rate: Twice of Data Rate Software: Vivado 2019.1 (for hardware design development) on Zynq 7035 and 7030. Linux Based OS to make Linux OS executable files. Hardware: Zynq 7030 and 7035 FPGA and AD9361 Transceiver.
To interface lattice FPGA with ultrasonic sensor (5 )and lidar sensor(4) with the provision for connecting an MIPI based camera module (no AI stuffs),the FPGA would be connected to stm32h7 via SPI interface . More details via chat including the sensor type
For 10 years, poor FPGA BTC mining implementations, completely missed the big picture with excessively large, slow, power hungry designs. Researchers presented dozens of papers on how to make this better, completely missing the mark. This is your chance to get it right. Read this paper , then and look at their Verilog here to get a good understanding about state of the art FPGA BTC mining with verilog. Then apply that to YOUR FORK of the old standard in with an updated proxy for getwork. Clues follow to make FPGA BTC mining faster, smaller, and lower power, so that you will have REAL bragging rights for the fastest, smallest, lowest power FGPA miners. Goal >10x speed up. 1) The SHA256 compression is seeded with 256 bits of very random constants and forms a large shift register as t...