PCIe Series · Wrap-up
A comprehensive recap of the entire PCIe series — from fundamental link architecture through TLP types, power management, error handling, SR-IOV, DMA, and the evolution to PCIe 5.0/6.0 with PAM4 signalling.
Read More →PCIe 5.0 & 6.0 Explained: PAM4, FEC, Flit Mode and Bandwidth Evolution
How PCIe doubled bandwidth without doubling pin count — PAM4 signalling, forward error correction, Flit Mode packaging, and the architectural changes that enable 128 GT/s in PCIe 6.0.
Read More →Number System Conversions Challenge
Live competitive challenge — 120 conversion problems across all types (Decimal, Binary, Octal, Hex, BCD, Gray code, Excess-3). 30-minute timer, student login, and a live leaderboard ranked by most correct answers.
Read More →PCIe DMA and IOMMU Explained
How DMA engines move data between PCIe devices and system memory without CPU intervention, and how the IOMMU provides address translation and access control for PCIe devices in virtualised environments.
Read More →PCIe SR-IOV Explained — Single Root I/O Virtualization
Single Root I/O Virtualization allows one PCIe device to appear as multiple Virtual Functions, enabling hardware-level I/O isolation for virtualised cloud and datacenter environments.
Read More →How CPU Architecture and Platforms Evolved Over The Years!
CPU is considered the most important element and heart of a motherboard. Its architecture has evolved from single-core processors to multi-core heterogeneous compute platforms with custom accelerators.
Read More →Route Map for VLSI Engineer
VLSI engineers can hold various positions within the semiconductor industry, each with specific roles and responsibilities. This article maps out the typical career progression from junior engineer to principal/staff level.
Read More →How to Get Into VLSI Industry
Getting into VLSI requires a combination of education, skills, networking, and strategic job searching. A practical step-by-step guide covering the key skills, tools, and interview preparation strategies.
Read More →What is the Future of Verilog in VLSI — Will SystemVerilog Take Over?
Verilog has been a widely used HDL in the VLSI industry for several decades. An analysis of where each language stands today and the major differences that matter for design and verification engineers.
Read More →Typical RTL Design Structure in an SoC
Identify the main functional blocks of an SoC — processors, memory controllers, peripherals, interconnects — and understand how they are partitioned, instantiated, and connected in a real RTL hierarchy.
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