Ultra High MULTI CLOCK FREQUENCY BAUD RATE 128 Bit Multichannel PRBS CODEC ASIC I.P Core Design for High speed wireless internet Wi-Fi Routers, MODEM's, NIC's

The main aim is for HDL Design and Implementation of 128 Bit Multichannel PRBS CODEC for High Speed wireless internet computing products like Wi-Fi Routers, MODEM’s. this is very suit for very high speed internet computing products / applications of Big Parallel Network Data MODEM Interface based Computing Servers/Stations. This design consists of PRBS Encoder and Decoder Design of Different Channel Frequencies in terms of different PRBS Patterns Sequences – 2e7-1,2e10-1, 2e15-1, 2e23-1, 2e31-1, 2e48-1, 2e52-1, 2e64-1,2e128-1 by tapping through different feedback elements. Tapping of PRBS Done as per C.C.I.T.T – I.T.U O.150,O.151,O.152,O.153 Standards . these pattern sequences are encoded and decoded through different PRBS channel type selector/de-selector and outputs are generated through serial and parallel form of different PRBS Patterns. Programming design description done by Verilog HDL/VHDL and Design Synthesis & Implementation done through Xilinx ISE Software and Debugging done by Advanced FPGA Development Boards/Kits. Design Verification done through highly proficient Test Bench/Stimulus Design Module Codes

HDL Design 2e10-1 Peta Bits Per Second (P.b.p.s) P.R.B.S I.P Core Generator for Ultra High Speed Wireless Communication Products

The Design is mainly Intended for High Speed Random Frequency Carrier Wave Generator of 1 P.b.p.s Baud Data Rate using 2e10-1 Tapped P.R.B.S Pattern Sequence. The P.R.B.S is Designed by using L.F.S.R Linear Feed Back Shift Register & XOR Gate with Specific Tapping Points as per C.C.I.T.T I.T.U Standards. R.T.L Design Architecture Implemented by using V.H.D.L &/ Verilog H.D.L, Programming & Debugging Done by using Spartan III F.P.G.A Kit. Transmission done through this carrier frequency. Propagation Carrier Done either Serially / Parallel lines I/O. DOI: 10.17762/ijritcc2321-8169.15083

HDL Design for Exa Hertz Clock Based 2e10-1 Exa Bits Per Second (Ebps) PRBS IP Core Generator for Ultra High Speed Wireless Communication Products

The Design is mainly Intended for High Speed Random Frequency Carrier Wave Generator of 1 Ebps Data Rate using 2e10-1 Tapped PRBS Pattern Sequence. The PRBS is Designed by using LFSR Linear Feed Back Shift Register & XOR Gate with Specific Tapping Points as per CCITT ITU Standards. RTL Design Architecture Implemented by using VHDL &/ Verilog HDL, Programming & Debugging Done by using Spartan III FPGA Kit. Transmission done through this carrier frequency. Propagation Carrier Done either Serially / Parallel lines I/O. DOI: 10.17762/ijritcc2321-8169.15015

HDL Design for Peta Hertz Clock based 2e31-1 Peta Bits Per Second (Pbps) PRBS Design for Ultra High Speed Applications/Products

The Design is mainly Intended for High Speed Random Frequency Carrier Wave Generator of Peta Bits Per Second P.b.p.s (Peta Bits Per Second) Data Rate 2e31-1 Tapped PRBS Pattern Sequence. The P.R.B.S is Designed by using L.F.S.R Linear Feed Back Shift Register & XOR Gate with Specific Tapping Points as per C.C.I.T.T I.T.U Standards. R.T.L Design Architecture Implemented by using V.H.D.L &/ Verilog H.D.L, Programming & Debugging Done by using Spartan III F.P.G.A Kit. Transmission done through this carrier frequency. Propagation Carrier Done either Serially / Parallel lines I/O. DOI: 10.17762/ijritcc2321-8169.15083