
At TestFlow, we're literally using AI agents for everything — marketing, product, sales, and even fine-tuning the models themselves. Here's how we gave Claude the ability to train open-source LLMs and why we believe agents are the future of every company.

Hint: It's way more than Apple. Discover the 10+ semiconductor giants—from Broadcom to Kioxia—that actually build the iPhone 17's logic, memory, and RF systems.

Most people think chips are designed. They’re not. They’re manufactured through one of the most complex processes ever built. Discover the journey from sand to silicon.
The semiconductor world isn’t just about manufacturing. It is a deep, 7-layer stack of dependency—from EDA software to foundries and IP cores. Discover who builds the global digital backbone.
NVIDIA leads at $4.5T, but the list is full of surprises. Discover the top 10 American chip companies defining the AI era, from Broadcom's connectivity dominance to the critical role of equipment makers.
If you think semiconductors are just 'tech', think again. From NVIDIA's $4.4T dominance to Broadcom's rise, explore the top 10 giants defining the global economy in 2026.

Everyone talks about GPUs, but AI data centers are massive, tightly engineered systems where infrastructure decides performance. Power, cooling, and security are the real silent partners in the AI revolution.

NVIDIA just revealed its real strategy — and it's way bigger than AI chips. Most people think NVIDIA only wins by building GPUs. But the real story? They're quietly buying influence across the entire semiconductor stack.

2025 marked a turning point for semiconductor validation. As chips became more complex and AI workloads pushed hardware to its limits, TestFlow proved that AI-driven chip validation is the future. Here's our year in review.
Every semiconductor device starts with EDA tools, but the journey doesn't end at tape-out. Discover the critical EDA tools powering chip design and why post-silicon validation is becoming the final frontier for market success.
From smartphones to autonomous vehicles, much of today's technology runs on System-on-Chip designs. Discover what makes SoCs the ultimate all-in-one solution and why they're the backbone of modern connected devices.
It's not just about design—most chips are made by foundries. Discover the specialized factories that manufacture semiconductors for the world's biggest tech companies and how TSMC's 62% dominance shapes the entire industry.
Revenue tells the real story of semiconductor dominance. From Samsung's memory empire to NVIDIA's AI revolution, discover the 8 largest chip companies by revenue and the diverse strategies driving their success in 2025.
Ever wondered why every chip begins life on a perfectly round wafer? It's not tradition—it's precision engineering backed by physics, manufacturing efficiency, and decades of process optimization.
From sub-2nm technology to AI-driven solutions, discover the 7 transformative trends reshaping the semiconductor landscape. Explore how chiplets, advanced materials, and workforce challenges are defining the future of silicon.
From raw materials to final systems, the semiconductor industry is a global relay race where each layer is critical and each player irreplaceable. Discover the 8 essential layers that power our digital world.

From cars containing 3,000+ chips to Taiwan's 63% global production dominance, discover the surprising facts that reveal semiconductors' true impact on our world. These insights will change how you view the tech industry forever.

From raw silicon to finished devices, understand the complete semiconductor ecosystem in one comprehensive breakdown. Explore how design, manufacturing, testing, and assembly create the $600 billion chip industry.
NVIDIA's $3.4 trillion valuation now exceeds most other chip companies combined. Explore how AI has reshaped semiconductor valuations and discover which companies dominate the trillion-dollar chip industry in 2025.

Explore cutting-edge hardware testing methodologies that are replacing traditional approaches. From automated test generation to AI-powered analysis, discover how leading companies are accelerating their validation cycles.
From IP cores to OSAT companies, discover the 8 essential types of companies that make up the complex semiconductor ecosystem. Understand how each player contributes to creating the chips powering our modern world.
From NVIDIA's 95% AI chip dominance to ASML's 100% EUV monopoly, discover how just four companies control the entire AI hardware ecosystem. Explore the critical supply chain dependencies shaping the future of artificial intelligence.

They're both called the 'brain' of electronic systems, but they serve very different roles. Understand the key differences between microprocessors and microcontrollers and when to use each in your design.
Behind advanced packaging conversations about 2.5D and 3D ICs, wire bonding remains the most widely used interconnect method. Discover how ultrathin wires create the electrical bridge between silicon dies and the external world.

From bare silicon wafer to powerful microchip—explore the step-by-step semiconductor manufacturing process that combines chemistry, physics, and nanotechnology with zero room for error.
Discover how yield impacts semiconductor manufacturing costs and profitability. Learn why TSMC leads in yield optimization and how companies like Samsung are catching up in advanced nodes.
Data center demand now drives 38% of the global semiconductor market, reshaping every layer of the industry. Explore how pressure points are shifting across the entire value chain.
Dive deep into the fascinating journey of how semiconductors are designed, manufactured, tested, and brought to market - from initial circuit design to final validation.

A deep dive into how NVIDIA transformed $60.9B in revenue into nearly $30B in net profit, marking their evolution from a gaming company to an AI infrastructure powerhouse.

How artificial intelligence is transforming the validation process for semiconductor manufacturers.
Exploring upcoming technologies and methodologies that will shape validation processes in the next decade.
How automation is helping manufacturers meet industry standards with less effort and greater accuracy.