Why AI Server SoCs Need CXL 2.0 | PCIe to CXL | Cache Coherency Explained

DDR5 vs LPDDR6 Explained | Speed, Power, Bandwidth & Use Cases

CDC & Metastability in SoC Explained | Clock Domain Crossing for RTL & Design Verification Engineers

SoC Boot & Firmware Flow Explained | CPU Boot, Boot ROM, ARM & RISC-V

Qualcomm Layoffs 2026: Impact on VLSI & Design Verification Jobs | AI SoC Skills

Will AI Replace Design Verification Engineers? | Future of VLSI Jobs

You Know PCIe, DDR, CXL… But Do You Know What a PLL Actually Does?

Before Your Next DV Interview, Solve These 3 UVM RAL Questions!

Most DV Engineers Know PCIe… But Do You Know Where It Sits Inside an SoC?

AXI 4KB Boundary Explained | Why AXI Cannot Cross 4KB? | DV Interview Question

UVM Interview Questions & Answers | Tough Scenarios for DV Engineers

AXI Interview Questions & Answers | Debugging Scenarios for DV Engineers

Can’t Clear AXI Assertion Questions? | AXI SVA Corner Cases Explained | DV Interview Preparation

AMBA AXI | DV INTERVIEW | SCOREBOARD | OUT_OF_ORDER | OVERLAPPING| NARROW | UVM | AXI VIP| ELOBCHIP

PCIe DV Interview Questions PART-1 | Scenario-Based Questions | Gen5/Gen6/Gen7 | Fallow for PART-2

PCIe Gen6 Design & Verification | TL, DLL, PL Theory + Testplan + 65+ Testcases

Must Watch for DV Engineers | PCIe Gen6 VIP & IP Architecture Explained | Industry Reference Model

Will CHI Replace AXI? | AMBA AXI vs CHI Architecture, Transactions & Verification

Upgrade Your PCIe Gen6 Skills Before 2027 | PCIe TL + DLL + PHY Design & Verification Demo | VIP

Upgrade Your DDR5 Skills Before 2027 | DDR5 Full Subsystem RTL Design & Verification Demo | VIP | IP

PCIe Gen6 Coding Flow Explained | Full Subsystem Architecture | Requester to Receiver | TL DLL PL

PCIe Gen6 Full Demo | Gen5 vs Gen6 | Flit vs Non-Flit | TL DLL PL Explained

Why DV Engineers Struggle in Product Company Interviews | C-Based SoC Testcases Explained

Complete SoC Verification Test Plan | 206 Test Cases | UVM + C Testcases| DV | RTL | CPU | UPF

Without C, SoC Verification Is Incomplete! | Firmware, ROM Boot & Cortex-M0 Explained

Complete SoC Verification Flow | ARM Cortex-M0, C Firmware, ROM Boot, UVM Testbench & GPIO

AMBA AXI | DV INTERVIEW | SCOREBOARD | OUT_OF_ORDER | OVERLAPPING| NARROW | UVM | AXI VIP| ELOBCHIP

Memory Read Request in AMBA CHI | Cache Coherency | EP 02

ARM AMBA CHI Architecture | AMBA CHI Video Series | EP 03

ARM AMBA CHI Communication Channels | AMBA CHI Video Series | EP 04

ARM AMBA CHI Layers | Protocol, Network & Link Layer | EP 05

ARM AMBA CHI Transaction Flow | Read & Write Requests | EP 06

ARM AMBA CHI Cache Coherency & Snoop Transactions | ELOBCHIP | EP 07

UVM Verification Architecture for ARM AMBA CHI | ELOBCHIP | EP 08

Why AMBA CHI? SoC Coherency & Interconnect Explained | ELOBCHIP | EP 01

Logic Gates Explained | AND OR NOT NAND NOR XOR XNOR | Digital Logic Class 01

Why AMBA CHI Is Needed in Modern SoCs? | CHI Series – Video 1 | ELOBCHIP

DDR5 Short Video Series – Video 1 | ELOBCHIP

Mealy vs Moore Machine | FSM, State Table & Timing Diagram | Class 20

Mealy & Moore Machines | State Table, State Diagram & Timing Diagram | Class 19

Mealy & Moore Machines Explained | FSM, State Transitions & Output Logic | Digital Design Class 18

Mealy vs Moore Machine Explained | Finite State Machine (FSM) | Class 17

Digital Counters Explained | Synchronous, Asynchronous, Ripple & MOD-N Counters | Class 16

Universal Shift Register Explained | Sequential Circuits | Digital Design Class 15

Shift Registers | SISO, SIPO, PISO, PIPO | Sequential Circuits | Class 14

Flip-Flops Explained | SR, JK, D & T Flip-Flops | Class 13

Flip-Flops Explained | SR, JK, D & T Flip-Flops | Sequential Circuits | Digital Design Class 12

Sequential Circuits & Latches Explained | SR, D & Gated Latches | Digital Design Class 11

Sequential Circuits Explained | Latches, Flip-Flops & Timing | Class 10

Code Converters & Arithmetic Logic Unit (ALU) | Binary, Gray Code & BCD | Digital Design Class 09

Multiplexer & Encoder Explained | Priority Encoder | Combinational Circuits | Class 08

Adders & Subtractors | Half Adder, Full Adder, Half & Full Subtractor | Class 07

Boolean Algebra Part 2 | Important Laws & Logic Simplification | Digital Design Class 06

Boolean Algebra Part 1 | Laws & Logic Simplification | Digital Design Class 05

Floating Point Representation | IEEE 754 Explained | Class 04

Number System Conversions | Binary, Octal, Decimal & Hexadecimal | VLSI Digital Design Class 03

Number System & Conversions | Binary, Octal, Decimal, Hexadecimal | Class 02

PCIe Gen5 TL & DL Verification Demo | UVM Coding + Simulation Waveform | ELOBCHIP

DDR5-6400 Verification Demo | Controller, DFI & PHY Explained | ELOBCHIP

ARM AMBA 5 CHI Issue H Verification Demo | Theory + Live Coding + UVM | ELOBCHIP