Showing posts with label verilog code. Show all posts
Showing posts with label verilog code. Show all posts
Monday, June 28, 2010
verilog code
please provide me the verilog code for Path selector in Dual node interconnected SONET/SDH Ring for BLSR.
Saturday, June 5, 2010
Saturday, May 22, 2010
8 bit super register
I WANT A VERILOG CODE FOR UNIVERSAL REGISTER
It has 5 inputs: clk, data_in , control, data_sh_r and data_sh_l. The first input, clk, is the clock input where any new operation takes place at the rising edge of this clock signal. The second input, data_in, is an 8 bit input used to load a new data into our register. The third input, control, is a 3 bit input to determine which operation of the eight operations to be performed. The last two inputs, data_sh_r and data_sh_l, each is a 1 bit input used as a shift-in bit when shifting right or left respectively. The Register has two outputs. The first output is 8 bit representing the output data from the register, while the second output is a single bit which is ‘1’ when the output of the register is “00000000” and is ‘0’ otherwise.
It has 5 inputs: clk, data_in , control, data_sh_r and data_sh_l. The first input, clk, is the clock input where any new operation takes place at the rising edge of this clock signal. The second input, data_in, is an 8 bit input used to load a new data into our register. The third input, control, is a 3 bit input to determine which operation of the eight operations to be performed. The last two inputs, data_sh_r and data_sh_l, each is a 1 bit input used as a shift-in bit when shifting right or left respectively. The Register has two outputs. The first output is 8 bit representing the output data from the register, while the second output is a single bit which is ‘1’ when the output of the register is “00000000” and is ‘0’ otherwise.
Monday, October 26, 2009
Depth to Address width in verilog
I am reading this topic "verilog code for RAM and FIFO" in which address width of the address bus is given as - parameter ADDR_BUS_WD = 1>>DEPTH; //Address bus width My question is, why is this supposed to work? The reason I ask is because it is not working for me in Aldec's Riviera Pro tool.
Wednesday, October 7, 2009
Verilog code for RAM
(1) I am trying to design a 128bytes RAM similar to tht of 8051 using verilog... plz
Sunday, October 4, 2009
Sunday, September 27, 2009
E123 MUX / DEMUX Transceiver IP Core
please frd me to verilog code( which can be synthesized ) or block diagram or any details regarding the below mentioned.
The E123MUX is a VLSI core that provides the E13 functions needed to multiplex and demultiplex 16 independent E1 signals to and from an E3 signal that conforms to the ITU-T G.751 Recommendation. The E1 and E3 signal an interface is NRZ only. The E123MUX can also be configured to operate as an E12 or E23 multiplexer and demultiplexer. Sixteen E1 signals can be multiplexed and demultiplexed to and from four E2 signals that conform to the ITU-T G.742 Recommendation. Alternatively, four E2 signals can be multiplexed and demultiplexed to and from one E3 signal. The E2 signal interfaces are also NRZ only. Any 4 lines of 16 E1s can be multiplexed in one E2.The E123MUX uses memory locations for setting control bits and reporting status information. Microprocessor 8-bit bus provides the access of memory locations of E123MUX/DEMUX.
Feature Summary: E1 (2048 kbit/s) multiplexer/demultiplexer for ITU-T Recommendations: G.742 (8448 kbit/s E2 frame format) G.751 (34368 kbit/s E3 frame format) Multiplexer/demultiplexer converts: 16 E1s to/from 1 E3 (E13 skip mux), or 16 E1s to/from 4 E2s, or 4 E2s to/from 1 E3 (E12/E23 split mux) Select any 4 E1s to make one E2 through microprocessor interface Generates and detects E2 and E3 alarms Microprocessor input/output 8-bit bus provides split mode Intel interface
The E123MUX is a VLSI core that provides the E13 functions needed to multiplex and demultiplex 16 independent E1 signals to and from an E3 signal that conforms to the ITU-T G.751 Recommendation. The E1 and E3 signal an interface is NRZ only. The E123MUX can also be configured to operate as an E12 or E23 multiplexer and demultiplexer. Sixteen E1 signals can be multiplexed and demultiplexed to and from four E2 signals that conform to the ITU-T G.742 Recommendation. Alternatively, four E2 signals can be multiplexed and demultiplexed to and from one E3 signal. The E2 signal interfaces are also NRZ only. Any 4 lines of 16 E1s can be multiplexed in one E2.The E123MUX uses memory locations for setting control bits and reporting status information. Microprocessor 8-bit bus provides the access of memory locations of E123MUX/DEMUX.
Feature Summary: E1 (2048 kbit/s) multiplexer/demultiplexer for ITU-T Recommendations: G.742 (8448 kbit/s E2 frame format) G.751 (34368 kbit/s E3 frame format) Multiplexer/demultiplexer converts: 16 E1s to/from 1 E3 (E13 skip mux), or 16 E1s to/from 4 E2s, or 4 E2s to/from 1 E3 (E12/E23 split mux) Select any 4 E1s to make one E2 through microprocessor interface Generates and detects E2 and E3 alarms Microprocessor input/output 8-bit bus provides split mode Intel interface
Labels:
E123 MUX / DEMUX,
Transceiver IP Core,
verilog code
Thursday, September 24, 2009
Friday, September 11, 2009
verilog code 4 low power shift-and-add multiplier
needed verilog code 4 low power shift-and-add multiplier
sine wave o/p of given frequency using DAC
want to generate the sine wave of certain frequency using DAC,verilog code too needed
Saturday, August 29, 2009
Verilog code for 8251 USART circuit
Does someone have an either behavioral, or structural description of the 8251 USART circuit in Verilog? I need it for a university-project.
Friday, August 21, 2009
Thursday, August 20, 2009
Monday, August 10, 2009
E123 MUX / DEMUX Transceiver IP Core
please frd me to verilog code( which can be synthesized ) or block diagram or any details regarding the below mentioned. The E123MUX is a VLSI core that provides the E13 functions needed to multiplex and demultiplex 16 independent E1 signals to and from an E3 signal that conforms to the ITU-T G.751 Recommendation. The E1 and E3 signal an interface is NRZ only. The E123MUX can also be configured to operate as an E12 or E23 multiplexer and demultiplexer. Sixteen E1 signals can be multiplexed and demultiplexed to and from four E2 signals that conform to the ITU-T G.742 Recommendation. Alternatively, four E2 signals can be multiplexed and demultiplexed to and from one E3 signal. The E2 signal interfaces are also NRZ only. Any 4 lines of 16 E1s can be multiplexed in one E2.The E123MUX uses memory locations for setting control bits and reporting status information. Microprocessor 8-bit bus provides the access of memory locations of E123MUX/DEMUX. Feature Summary: E1 (2048 kbit/s) multiplexer/demultiplexer for ITU-T Recommendations: G.742 (8448 kbit/s E2 frame format) G.751 (34368 kbit/s E3 frame format) Multiplexer/demultiplexer converts: 16 E1s to/from 1 E3 (E13 skip mux), or 16 E1s to/from 4 E2s, or 4 E2s to/from 1 E3 (E12/E23 split mux) Select any 4 E1s to make one E2 through microprocessor interface Generates and detects E2 and E3 alarms Microprocessor input/output 8-bit bus provides split mode Intel interface
Labels:
DEMUX,
E123 MUX,
IP Core,
Transceiver,
verilog code
Saturday, August 8, 2009
Saturday, August 1, 2009
need a simple code
can somebody plz give me a code in verilog that converts a 12 bit binary number into a decimal number.
verilog code of DES encryption
i am in urgent need of DES code in verilog. have made the code but i am not able to do the timing analysis .
Monday, July 13, 2009
Related with memory
Please send me detail about different type of memory,there types,how to implement any dynamic memory using verilog code for dump in the FPGA.
Wednesday, July 8, 2009
JK flip flop gate level verilog code
can someone give me a gate level or RTL verilog code for JK flip flop? my outputs are always x.
JK flip flop gate level verilog code
can someone give me a gate level or RTL verilog code for JK flip flop? my outputs are always x.
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