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Munsif M. Ahmad @UCntxeuZSwvxctHeCTnYIkLw@youtube.com

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Welcome to our channel, where aspiring VLSI Front-end design


08:45
Difference between immediate and deferred Immediate assertions w.r.p.t SVA.
08:13
Default verbosity level in UVM, Use of get_report_verbosity_level & set_report_verbosity_level.
10:29
Handshaking mechanism between sequence and driver
14:56
Practical Difference between Mealy and Moore FSM
14:23
Mem & register classes declaration w.r.p.t SV UVM RAL.
19:27
virtual sequence & virtual sequencer w.r.p.t system Verilog UVM.
07:09
RTL code for full-subtractor which is implemented using 2x1 mux.
11:17
RTL for Full adder using 2x1 mux.
04:02
Simulation and waveform of the RTL with TB code in Questasim.
04:20
Schematic View Using Questasim
08:10
Types of prediction w.r.p.t SV-UVM RAL
08:09
Introduction to SV-UVM RAL(Register Abstraction Layer).
16:05
Concept of factory w.r.p.t SV UVM.
16:28
Analysis port and export/implementation port w.r.p.t SV-UVM
09:05
Reusable covergroup w.r.p.t SV Functional Coverage
08:36
Threads w.r.p.t System Verilog.
06:27
Mailbox w.r.p.t System Verilog.
04:44
Pre and Post randomization in-built methods w.r.p.t system Verilog
13:07
logical question on division and modulo operators.
29:37
UVM Phases(Build_phase to Final_phase).
08:26
set_report_verbosity_level w.r.p.t UVM.
07:01
UVM built-in Compare method.
10:35
Decoder using using demultiplexer.
07:58
this keyword w.r.p.t System Verilog.
12:29
How to run C++ code in g++ Ubuntu OS.
07:36
Class concept w.r.p.t System Verilog.
10:27
Moore FSM Sequence detector overlapping and non-overlapping cases.
12:29
Mealy FSM Sequence detector.
06:19
FSM for all flip flops.
03:42
super.new() in SystemVerilog.
03:22
Negedge or falling edge detector using FSM.
05:07
Super keyword w.r.p.t System Verilog.
07:27
Concept of virtual class w.r.p.t System Verilog.
05:13
Verilog code which convert D Flop to SR Flop.
05:18
Negedge or falling edge detector.
08:46
Posedge or rising edge detector.
07:19
Flip flop is a combination of Master & Slave Latches.
05:43
Compiler Directives Verilog HDL.
07:55
UVM built-in copy method.
07:23
Multiplexer using demultiplexer & demultiplexer using multiplexer.
08:21
Latch and Flip Flop Difference using Timing diagram.
05:28
Inheritance in w.r.p.t System Verilog.
09:14
UVM Print Method.
08:20
Swapping Using blocking and Non blocking-assignments.
07:11
Mux as Universal Logic Simple Trick.
11:04
Verilog FAQ Parameter and Parameter Overriding.
07:27
K-map easy cell mapping trick !!!
07:27
K-map easy cell mapping trick !!!
07:27
K -Map Trick.
12:43
Full adder and Full subtractor using 2x1 Mux.
13:59
Demultiplexer as Universal Logic.
17:18
Multiplexer as universal logic.