Yes, FPGA is used in some ways in mobiles.
SRAM based FPGAs cant be used for space application But we can go for Radiation tollerant Anti fuse FPGA.
If you are using XILINX FPGA, try to insert a Microblaze processor to control your ADC.
FPGA Spartan is more efficient than the microcontroller. It is used to perform operations that cannot be properly done by microcontrollers; operations like high parallel or low latency operation.
fpga and plc are two completely different things. FPGA( field programmable gate arrays) are building blocks of electronic sysytem where as plc are systems. Comparing these two is like comparing engine with car.
To connect two DDR SDRAMs with an FPGA, you typically use a memory controller implemented in the FPGA to manage the read and write operations. The FPGA's I/O pins are then connected to the corresponding data, address, and control lines of both DDR SDRAMs. Proper termination and impedance matching are essential to ensure signal integrity. Additionally, the FPGA's design must include timing constraints to synchronize access to both memory modules effectively.
SRAM based FPGAs cant be used for space application But we can go for Radiation tollerant Anti fuse FPGA.
HTML is different for computers and mobiles. For Mobiles the HTML used is different in various aspects.
FPGA is sutiable for complicated arch than CPLD. CPLD is very tiny when compared to the logic of FPGA so CPLD is faster.
micro controller is software and fpga is hardware
fpga has fine grain architecture and it can be programmed easily at field
fpga has fine grain architecture and it can be programmed easily at field
If you are using XILINX FPGA, try to insert a Microblaze processor to control your ADC.
FPGA and FPAA are both very different in nature and APLLICATIONS also.
FPGA Spartan is more efficient than the microcontroller. It is used to perform operations that cannot be properly done by microcontrollers; operations like high parallel or low latency operation.
BPSK is a modulation technique. It is used to modulate and demodulate the required signal. It can be virtually implemented in MATLAB. But to understand its physical behaviour, it needs to be implemented on FPGA board.
Use your brain.
The major difference is that, a DSP is a chip which can be programmed based on our requirement, whereas an FPGA can be programmed to design a chip for our own purpose. FPGA can also be reprogrammed based on the changes in our application.