Platform Independent Implementation of High Speed Serial Communication Based on FPGA
Chanchal Raj, Santosh Mohan Rajkumar
Abstract
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Chanchal Raj, Santosh Mohan Rajkumar
Abstract
Open-access reader
In various embedded system applications, the high speed multi-serial communication is necessary.Various embedded systems require DSP (Digital Signal Processing) to process information & FPGA to control the peripheral devices.UART (Universal Asynchronous Receive Transmit) is designed in FPGA & connected to DSP so as to meet the real time capability of system along with compact, stable & reliable data transmission.In this paper we propose a softwareimplementation technique of an UART to get a platform independent UART-core for high speed serial communication in FPGA.Here the core is written in Verilog & implemented using XILINX ISE.
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In various embedded system applications, the high speed multi-serial communication is necessary.Various embedded systems require DSP (Digital Signal Processing) to process information & FPGA to control the peripheral devices.UART (Universal Asynchronous Receive Transmit) is designed in FPGA & connected to DSP so as to meet the real time capability of system along with compact, stable & reliable data transmission.In this paper we propose a softwareimplementation technique of an UART to get a platform independent UART-core for high speed serial communication in FPGA.Here the core is written in Verilog & implemented using XILINX ISE.
Key concepts: Field-programmable gate array, Computer science, Embedded system, Serial communication, Computer hardware