Fpga implementation of Design and verification Synchronous serial port(S - PORT)
- B.prabhalika
- M.kiran Kumar
Synchronous serial ports, or S-Ports, support a variety of serial data communication protocols.They provide a
direct interconnection between processors in a multiprocessor system.Bidirectional functions provide flexibility for serial
Communication.Serial Communication Ports can operate at half the full clock rate at the processor,at a maximum data
rate of n/2 Mbps,where n-equals the processor core clock frequency. The most common use of S-PORT is to interconnect
two processors in a multiprocessor system.These interface devices can be operated in the synchronous mode. S-PORT can
transfer a frame of data with three or thirty two bits per transmission. For serial communications there are different types
of cables used such as UARTS, RS232 cable, I2C bus but the time required to transmit and receive through these cables
takes a lot of time like 11kbps but these days the the speed is the most important in every aspect. So this project is based
on the device or cables that can be used to increase the speed for the serial communication between two devices. So to
overcome the problem of less speed, the SPORT is used which has a very high speed of 100mbps. The RTL code is written
for each and every block using Verilog.The code thus written is simulated using XILINX ISE 12.4 tool.The verification for
the SPORT core is done by developing verification IP in System Verilog. The main application is in the present day
Avionics application systems in Defence, Multiprocessor communication, ADC & DAC, Video codec applications.
B.prabhalika, M.kiran Kumar. "Fpga implementation of Design and verification Synchronous serial port(S - PORT)".INTERNATIONAL JOURNAL OF ENGINEERING DEVELOPMENT AND RESEARCH ISSN:2321-9939, Vol.1, Issue 3, pp.46 - 51, URL :https://rjwave.org/ijedr/papers/IJEDR1303010.pdf
Volume 1 Issue 3
Pages. 46 - 51
