(64 bit) rtl/eth_arb_mux.v : Ethernet frame arbitrated multiplexer rtl/eth_axis_rx.v : Ethernet frame receiver rtl/eth_axis_tx.v : Ethernet frame transmitter rtl/eth_demux.v : Ethernet frame demultiplexer rtl/eth_mac_1g.v : Gigabit Ethernet GMII MAC rtl/eth_mac_1g_fifo.v : Gigabit...
MSI shim for Intel Stratix 10 GX/SX/TX/MX series FPGAs (H-Tile/L-Tile). pcie_tlp_demux module PCIe TLP demultiplexer module. pcie_tlp_demux_bar module PCIe TLP demultiplexer module. Wrapper for pcie_tlp_demux with parametrizable BAR ID matching logic. pcie_tlp_fifo module PCIe TLP FIFO...
Collection of Ethernet-related components for gigabit, 10G, and 25G packet processing (8 bit and 64 bit datapaths). Includes modules for handling Ethernet frames as well as IP, UDP, and ARP and the components for constructing a complete UDP/IP stack. Includes MAC modules for gigabit and 10G...
Verilog, one can use something which is called 'Parameter Type' - can it do what I want? Here's my code for number of 1's in an input data: `resetall `timescale1ns/10ps `define cct 10 moduleones_counter // port declarations (input wire aclr_n, input wire ...
1. Combination Device Adders Subtractor Mux/Demux Encoder/Decoder Parity checker/generator 2. Sequential Device Flip Flops Latchs Register Application Shifters Counters Memory RAM SRAM ROM 3. Logic Implementation Using FSM Logic Mapping Module 3: Verilog HDL 1. Introduction HDL's Introduction to...
That sounds plausible, because the implementation will need a large amount of combinational logic to mux and demux data to each of the 4096 memory bits. Using internal RAM is the obvious solution, involving a much smaller logic utilization footprint. You have to keep the req...
Parametrizable crosspoint switch axis_demux.v : Parametrizable demultiplexer axis_fifo.v : Parametrizable synchronous FIFO axis_fifo_adapter.v : FIFO/width adapter wrapper axis_frame_join.v : Parametrizable frame joiner axis_frame_length_adjust.v : Frame length adjuster axis_frame_length_adjust_fif...
(64 bit) rtl/eth_arb_mux.v : Ethernet frame arbitrated multiplexer rtl/eth_axis_rx.v : Ethernet frame receiver rtl/eth_axis_tx.v : Ethernet frame transmitter rtl/eth_demux.v : Ethernet frame demultiplexer rtl/eth_mac_1g.v : Gigabit Ethernet GMII MAC rtl/eth_mac_1g_fifo.v : Gigabit...
That sounds plausible, because the implementation will need a large amount of combinational logic to mux and demux data to each of the 4096 memory bits. Using internal RAM is the obvious solution, involving a much smaller logic utilization footprint. You have to keep the requirem...
That sounds plausible, because the implementation will need a large amount of combinational logic to mux and demux data to each of the 4096 memory bits. Using internal RAM is the obvious solution, involving a much smaller logic utilization footprint. You have to keep the re...