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Raghavendra Havaldar focuses on delivering high-quality training in VLSI design and RTL development at Maven Silicon. He has over 18 years of combined industry and academic experience and strong expertise in Verilog, RISC-V architecture, FPGA, GPIO, and AHB-APB protocols. He has played a key role in developing RTL for RISC-V cores and building self-checking testbenches, while also training hundreds of engineering graduates and professionals in frontend VLSI technologies

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VLSI Industry

Common CDC Bugs That Pass Simulation but Fail on Silicon

Introduction Clock Domain Crossing (CDC) is one of the most critical challenges in digital hardware design, especially in modern SoCs, ASICs, and FPGA-based systems. Many comp...
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Verilog HDL

Latency vs Throughput Trade-offs at RTL Level

Introduction In modern SoC and IP design, performance is rarely defined by a single metric. RTL designers constantly balance latency (how fast a result appears) with throughpu...
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SoC Design

Understanding Memory Hierarchy in SoCs: Caches, TLBs, and Coherence

Introduction Modern System-on-Chips (SoCs) are designed to deliver high performance, low latency, and energy-efficient computation. One of the most important contributors to S...
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Verilog HDL

Designing for Power, Performance, Area (PPA) Trade-offs at RTL Level

Introduction In the world of modern SoC design, the race is no longer just about functionality-it’s about achieving the best possible balance of Power, Performance, and Area...
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VLSI Industry

Power-Aware Design and Verification: Building Low-Power, High-Performance Chips

Introduction In today’s semiconductor industry, power efficiency is as critical as performance and area. With the explosive growth of mobile devices, IoT, automotive electro...
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