About:

Bharath Suresh is an engineer and writer with a focus on semiconductor industry insights.

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Semiconductor Industry Non-tech topics

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The post argues that the proliferation of processor acronyms obscures their true value, advocating for a clearer classification system based on functionality and design.
The blog post recounts the history of Intel's Pentium processor and the infamous FDIV bug discovered by Dr. Thomas Nicely, a mathematics professor. It details the design and testing process of the Pentium chip, the implementation ...
This blog post continues the exploration of Hardware Description Languages (HDLs), focusing on the evolution of Verilog and VHDL over the last 20 years. It discusses the challenges faced by Verilog, including non-determinism and s...
The post discusses the transformative impact of AI on the Electronic Design Automation (EDA) industry, particularly in chip design. It highlights the increasing demand for AI chips and the rapid evolution of EDA tools, driven by t...
The blog post discusses the challenges and potential of open-source Electronic Design Automation (EDA) tools in chip design, contrasting them with commercial EDA tools from companies like Cadence and Synopsys. It highlights issues...
The post discusses the critical role of Electronic Design Automation (EDA) in the semiconductor industry, emphasizing its evolution from hand-drawn designs in the 1970s to the complex software tools used today. It highlights the f...
The blog post explores the concept of semiconductor process nodes, detailing their evolution from the 1960s to the present. It explains how the process node, initially defined by the minimum feature size of transistors, has shifte...
The post is a humorous and informative exploration of Static Timing Analysis (STA), a crucial process in digital design. The author, personifying an STA tool, explains its role in understanding delays in chip design, the importanc...
The post introduces the concept of on-chip networks, emphasizing the importance of component interactions in computing chips. It uses an airline analogy to explain various networking architectures, such as bus-based architecture, ...
The blog post explores the ongoing debate between ARM and x86 instruction set architectures (ISAs), detailing the definitions and differences between Complex Instruction Set Computer (CISC) and Reduced Instruction Set Computer (RI...
The post analyzes Nvidia's journey in developing successful computing architectures, focusing on key principles such as selecting the right domain, recognizing general patterns in workloads, and ensuring backward compatibility. It...
The post outlines a structured approach for undergraduate students pursuing a career in computer engineering, framed as a game with five levels. Each level focuses on key objectives, gameplay strategies, and potential traps to avo...
The post explores the evolution of Hardware Description Languages (HDLs), focusing on the historical context and key developments that led to the creation of VHDL and Verilog. It discusses early computing projects like Project Whi...
This blog post summarizes key insights from the 2025 YC AI Startup School, focusing on the intersection of AI and the semiconductor industry. It highlights learnings from prominent speakers including Garry Tan, Sam Altman, and Elo...
This blog post is the second part of a series on cache design, focusing on optimization techniques to improve cache performance in computer systems. It discusses key concepts such as hit latency, miss penalty, and miss probability...
The post discusses the concept of 'Full Stack Chip Designers,' drawing parallels with software engineering. It explains the front-end and back-end processes in chip design, highlighting the challenges of integrating both roles due...
The post discusses essential concepts for chip architects focusing on power consumption in CPUs and GPUs. It defines key terms like static and dynamic power, and explains their implications on energy consumption and peak power. Us...
In this reflective post, Bharath Suresh discusses his journey over the past year writing for Chip Insights, emphasizing the personal growth and learning he has experienced through the process. He addresses the importance of public...
The blog post reflects on the challenges of debugging in the 1970s, as described in Tracy Kidder's book 'The Soul of a New Machine.' The author compares the debugging process of the Eagle computer to modern practices, highlighting...
The article explains CPU bitness, which refers to the number of bits a CPU operates on in each clock cycle. It details four key attributes: register size, memory address size, data bus size, and instruction size, each influencing ...
The post provides a comprehensive guide for individuals preparing for hardware engineering interviews, particularly for internships and entry-level positions. It emphasizes the importance of adaptability and mental resilience duri...
The blog post discusses the concept of locality in computer architecture, specifically focusing on caches. It explains two types of locality: temporal and spatial, using examples from programming loops. The post defines what a cac...
The post argues that while AI can efficiently transfer information, the true value of technical content lies in human interpretation and engagement, which AI cannot replicate.
The post discusses the often-overlooked behavioral aspects of technical interviews, emphasizing that both interviewers and interviewees play crucial roles in the interview process. The author reflects on their own experiences and ...