Your semiconductor company doesn’t need another patent certificate. It needs protection around the technology your competitors cannot afford to ignore.
Imagine your engineering team spends three years developing a new chip architecture.
You solve difficult problems in power consumption, thermal performance, memory bandwidth, and manufacturing.
Your new chip delivers 30% better performance per watt.
Customers are interested. Investors are excited. You’re preparing for production.
But there’s a problem.
Your patent attorney files an application covering your exact circuit layout and a few implementation details.
Eighteen months later, a competitor develops a slightly different architecture that achieves nearly the same result.
Your patent may do little to stop them.
You protected the chip you built. But did you protect the invention that made it valuable?
That is the difference between simply filing semiconductor patents and building a serious intellectual-property advantage.
At PatentPC, we believe the best semiconductor patent attorneys must understand more than patent law.
They need to understand circuit design, device physics, semiconductor manufacturing, computer architecture, and how the technology creates commercial value.
They also need to understand something equally important:
Which parts of your invention will competitors actually need?
That is what makes PatentPC different.
Here are five reasons semiconductor startups, chip designers, fabrication-equipment companies, and advanced-electronics businesses should consider PatentPC for their patent strategy.
1. We Understand Semiconductor Engineering—Not Just Patent Law
Semiconductor inventions are unusually difficult to explain to someone without an engineering background.
Your invention might involve:
- FinFET or gate-all-around transistor structures.
- Monolithic 3D integrated circuits.
- Chiplet architectures and advanced packaging.
- Memory controllers and cache hierarchies.
- Analog, mixed-signal, or RF circuits.
- Semiconductor fabrication processes.
- Lithography, deposition, or etching.
- Power-management architectures.
- AI accelerators and GPUs.
- Photonics and optoelectronic devices.
Each requires a different technical understanding.
A patent attorney who doesn’t understand the underlying technology may struggle to identify what actually makes the invention new.
PatentPC’s founder, Bao Tran, has worked directly with semiconductor businesses.
His professional background includes representing a fabless 3D semiconductor company developing FinFET and monolithic 3D IC technology.
He has also worked with a major semiconductor fabrication-equipment company.
These are not merely adjacent areas of experience. They involve the core technologies that determine how chips are designed and manufactured.
Bao’s education includes computer science, electrical engineering, and mathematical science at Rice University, along with advanced study in integrated-circuit design and computer architecture.
He also holds an MBA in Finance from Columbia University and has practiced patent law since 1993.
You can review his professional background and semiconductor experience.
But PatentPC’s semiconductor capabilities extend beyond one attorney.
Our technical and legal team includes:
Dr. Kurt Brown — Patent Attorney
More than 25 years of patent prosecution and portfolio-strategy experience spanning semiconductors, advanced manufacturing, and complex intellectual-property matters.
Brian Cronquist — Senior Technologist
Decades of experience involving semiconductor architecture, AI hardware, photonics, and deep-tech commercialization. His background includes leadership of portfolios exceeding 1,000 IP assets.
Dave Aston — Patent Attorney
Experience in patent portfolio management involving semiconductor technologies, advanced displays, and emerging technology sectors.
Together, these capabilities allow PatentPC to engage with technical inventions at several levels.
Consider a company developing a new semiconductor memory architecture.
We want to understand:
What limits the existing architecture?
Is the invention in the memory cell, control circuit, data path, timing, or system architecture?
What creates the performance improvement?
Could the same mechanism work with another memory technology?
Which technical elements are essential?
Those questions can determine the difference between a narrow filing and a commercially valuable patent family.
You should be able to discuss your invention with your patent attorney the same way you discuss it with your engineering team.
That’s one of the strongest reasons to choose PatentPC.
Explore our broader electronics and semiconductor patent capabilities.
2. We Focus on Protecting Your Technical Advantage—Not Just Today’s Chip Design
A semiconductor company can spend enormous amounts of money developing technology.
But the most valuable invention may be only one small part of the product.
Suppose you’re developing an AI accelerator.
Your chip includes:
- A custom processing architecture.
- A memory subsystem.
- Specialized interconnects.
- Power-management circuits.
- A compiler.
- A scheduling mechanism.
- A thermal-management design.
Which part deserves the strongest patent protection?
The answer isn’t necessarily the part that took the longest to develop.
It may be the part that competitors need most.
For example, suppose your new chip delivers better performance because of a novel way of moving data between compute units and memory.
That mechanism may be more commercially important than the exact physical arrangement of one chip generation.
A narrow patent tied to today’s implementation could become less useful when the product changes.
A strategically drafted patent should consider the broader technical concept, its supported variations, and how competitors might implement similar technology.
At PatentPC, our drafting process starts with understanding the invention’s architecture.
We use a structured, eight-stage development process that includes diagram-first invention modeling, prior-art analysis, claim construction, fallback claim positions, and quality review.
For semiconductor technology, that means examining possible protection at different levels.
| Patent layer | What may be worth protecting |
|---|---|
| Device | Novel transistor, circuit, or physical structure |
| Architecture | Arrangement and interaction of components |
| Operation | How the circuit or system performs its function |
| Manufacturing | New fabrication steps or processes |
| Packaging | New chiplet, stacking, or interconnect technology |
| System | How the chip works with memory, software, or other processors |
One invention might support claims at several levels.
Another might support only one.
The goal is not to make every claim as broad as possible.
The goal is to protect the actual invention at the broadest defensible scope the disclosure and prior art support.
This becomes especially important when your product evolves.
Your first chip might use one manufacturing node.
Your second generation might use another.
Your first accelerator might be monolithic.
Your next might use chiplets.
If the core invention remains useful across those changes, the patent strategy should consider that from the beginning.
PatentPC explores these issues in Patent Strategies for Semiconductor Manufacturing Techniques and Patent Strategies for Protecting Deep-Tech Innovations.
A semiconductor patent should protect more than the product you ship today. It should protect the supported technical advantage competitors may still need tomorrow.
3. We Understand What Should Be Patented – and What Should Remain a Trade Secret
Here’s something semiconductor founders often overlook.
Some of your most valuable intellectual property may be better protected without a patent.
Imagine your company has developed a fabrication process that improves yield.
The process uses:
- A particular deposition sequence.
- Proprietary temperature settings.
- Specific chemical concentrations.
- An unusual defect-reduction method.
- Carefully optimized manufacturing tolerances.
The resulting chips perform better.
But competitors cannot easily discover the exact manufacturing recipe by examining the finished chip.
Should you patent every part of that process?
Not necessarily.
A patent application generally becomes public.
That disclosure can teach competitors details they did not previously know.
A trade secret, by contrast, may protect valuable confidential manufacturing know-how without requiring public disclosure, provided the information is kept secret and the other legal requirements are satisfied.
The right choice depends on the invention.
A simple way to think about it
| Your innovation | Protection worth considering |
|---|---|
| A new transistor structure visible through physical analysis | Patent |
| An internal fabrication recipe that can realistically remain confidential | Trade secret |
| A novel chiplet interconnect architecture | Patent |
| Confidential manufacturing parameters | Trade secret |
| A new memory-control circuit | Patent |
| Proprietary process-control data | Trade secret |
| A new semiconductor mask layout | Mask-work protection, potentially alongside patents |
| A combination of visible architecture and hidden fabrication know-how | Patents plus trade secrets |
Semiconductors have another protection option many founders don’t know about.
The US Semiconductor Chip Protection Act provides a separate form of protection for qualifying semiconductor mask works.
The US Copyright Office’s mask-work guidance explains that this protection is distinct from ordinary copyright and patent protection.
That means a semiconductor company may need to think about more than one category of intellectual property.
At PatentPC, we consider how these protections work together.
For a fabless company, this is especially important.
You may share information with:
Foundries. Packaging providers. Design partners. EDA vendors. Contractors. Testing laboratories.
Each relationship can expose different technical information.
The commercial challenge is protecting what makes your technology valuable while still allowing partners to manufacture and develop it.
Your patent strategy should therefore connect with confidentiality, ownership, licensing, and technology-transfer decisions.
PatentPC discusses these choices in Patents and Trade Secrets and How to Choose Between Patents and Trade Secrets.
The best IP strategy isn’t to patent everything. It’s to protect every important advantage in the way that makes the most business sense.
4. We Help You Think About Competitors Before You Commit to Expensive Manufacturing
There’s another major difference between semiconductor companies and many software businesses.
In software, a company can sometimes change its implementation relatively quickly.
Semiconductor redesigns can be much more expensive.
By the time a company reaches tape-out, it may have committed substantial engineering resources to the design.
Manufacturing schedules, masks, packaging, verification, and customer commitments can make later changes difficult.
Now imagine discovering that another company owns a patent covering an important part of your architecture.
Your own patent doesn’t automatically protect you from that problem.
Owning a patent is not the same thing as having freedom to operate.
A patent generally gives its owner a right to exclude others from practicing the claimed invention.
It does not automatically give the owner permission to use technology covered by somebody else’s patents.
That’s why semiconductor companies should examine patent risk early.
At PatentPC, we understand that patent strategy must consider both sides:
What can you protect?
Your own inventions, architecture, manufacturing methods, and technical improvements.
What could prevent you from commercializing?
Existing third-party patent claims covering important parts of your product.
A semiconductor freedom-to-operate review might examine patents relating to:
- Processor and memory architecture.
- Transistor structures.
- Chiplet interfaces.
- Packaging and stacking.
- Interconnect technologies.
- Manufacturing processes.
- Circuit control.
- Power management.
- Testing and verification.
The review should focus on actual patent claims and the relevant jurisdictions—not merely patent titles or broad industry keywords.
And it should happen early enough that engineering teams can evaluate possible design alternatives.
Consider a chiplet startup planning to use a new interconnect mechanism.
If an important third-party claim may cover part of the implementation, identifying that issue before tape-out creates more options.
The company might investigate a design-around, evaluate a license, or change part of the architecture.
Discovering the same issue after manufacturing has begun can be much more disruptive.
PatentPC discusses this in Freedom-to-Operate Analysis for Technology CEOs and How to Conduct a Freedom-to-Operate Analysis.
We also understand that semiconductor competition is international.
Your design team may be in California.
Your foundry may be overseas.
Your packaging partner may operate in another country.
Your customers may sell finished products worldwide.
That creates important decisions about where protection is commercially useful and how patent rights connect to manufacturing, importation, licensing, and sales.
The best filing strategy isn’t necessarily to file in every country.
It’s to identify where the technology creates value, where competitors operate, and where patent protection could create useful leverage.
A good semiconductor patent attorney should help you think before the expensive engineering decisions become difficult to reverse.
5. Our Fixed-Fee, Technology-Driven Approach Makes Patent Strategy Easier to Plan
Semiconductor development is expensive enough.
You shouldn’t have to worry about unpredictable patent bills on top of everything else.
Imagine you’re running a fabless semiconductor startup.
You’ve raised your seed round.
Your engineers are developing the first chip.
You’re budgeting for EDA tools, verification, prototyping, fabrication, packaging, and testing.
Meanwhile, your team identifies several possible inventions.
You need patent protection.
But you also need to preserve enough capital to reach your next technical milestone.
This is where the commercial structure of your patent firm matters.
PatentPC offers fixed-fee patent services, with the engagement scope and pricing agreed before work begins.
That makes planning easier.
You can evaluate the cost of protecting a core invention without the same uncertainty associated with open-ended hourly billing.
PatentPC also develops and uses legal technology for patent workflows, including AI-based drafting assistance and patent analytics.
Our goal is to combine attorney expertise with an efficient, structured process.
But efficiency should never mean treating every invention as interchangeable.
Semiconductor patents require careful technical attention.
A process invention may need detailed manufacturing steps.
A chip architecture may need circuit diagrams.
A hardware/software invention may need system flows and alternative implementations.
A complex fabrication invention may require descriptions of materials, structures, parameters, and operating conditions sufficient to support the intended claims.
The right amount of work depends on the technology.
The benefit of our approach is that patent planning can fit into the company’s broader product and financial roadmap.
What could that look like?
Before a public technical presentation: Evaluate whether important inventions should be filed before disclosure.
Before tape-out: Review core architecture inventions and major patent risks.
Before a funding round: Organize important patent applications, ownership records, and portfolio information.
Before expanding internationally: Review foreign filing priorities and relevant jurisdictions.
As new chip generations develop: Evaluate improvements that may deserve new applications or continuation strategies.
PatentPC works with both growing companies and in-house patent teams.
Our in-house counsel practice includes portfolio strategy, prosecution, examiner-interview workflows, continuation planning, and post-grant support.
That gives companies a way to develop their IP program as the business grows.
PatentPC also discusses practical filing choices in Building a Lean Patent Portfolio Without Compromising Protection and How to Write a Provisional Patent Application.
Your semiconductor patent portfolio should grow with your company—not drain the resources you need to build it.
Which Semiconductor Companies Are Best Suited to PatentPC?
PatentPC is particularly well suited to companies developing technically complex inventions where patent quality and commercial strategy must work together.
That includes:
| Your business | What may need protecting |
|---|---|
| Fabless semiconductor startup | Chip architecture, circuit designs, memory systems, interfaces |
| Semiconductor equipment manufacturer | Equipment structures, control methods, fabrication processes |
| AI chip company | Accelerators, memory architecture, compute scheduling, power efficiency |
| Advanced packaging company | Chiplets, stacking, interposers, interconnects |
| Photonics company | Optical devices, integrated photonics, fabrication |
| Memory technology company | Memory cells, controllers, interfaces, reliability |
| RF and communications company | RF circuits, signal-processing hardware, wireless systems |
| University semiconductor spinout | Foundational inventions, ownership, licensing, portfolio development |
| Established semiconductor company | Portfolio strategy, prosecution, FTO, licensing, and international protection |
The common factor isn’t company size.
It’s the importance of understanding the underlying engineering and its commercial value.
Why the Semiconductor Patent Race Makes Choosing the Right Attorney More Important
The industry data shows why semiconductor patent strategy deserves serious attention.
According to the European Patent Office’s 2025 Technology Dashboard, semiconductor-related patent applications increased by 7.6% in 2025.
Overall patent applications at the EPO increased by only 1.4%.
That means semiconductor patent filings grew at approximately:
7.6 ÷ 1.4 = 5.4 times the overall EPO filing growth rate.
That is a comparison of growth rates, not patent counts.
The same EPO analysis reported semiconductor filing growth of 30.3% from Chinese applicants and 12.8% from US applicants, showing how quickly competitive patent activity is changing across major markets.
For a semiconductor business, the message is clear.
Your engineering roadmap is evolving. Your competitors’ patent portfolios are evolving too.
A company can build a technically excellent chip and still face difficult decisions involving earlier patents, manufacturing arrangements, international markets, and licensing.
This is why we believe semiconductor companies need patent counsel who can connect technical detail with long-term commercial strategy.
Recognition for PatentPC’s Technology-Focused Approach
PatentPC has also been recognized in published comparisons of patent firms serving technical startups.
Best IP Law Firms’ San Jose analysis ranked PatentPC first for many San Jose startups and technology companies, highlighting its local presence, technical capabilities, and founder-oriented approach.
The comparison is especially relevant because San Jose and neighboring Santa Clara sit inside one of the world’s most important semiconductor and advanced-technology ecosystems.
PatentPC has also earned first-place recognition in editorial comparisons published by California Business Journal and SF Tech Scene for AI-focused technology startups.
Those are AI-oriented comparisons, not semiconductor-specific attorney rankings. But they reinforce some of the qualities that matter in semiconductor patent work too: technical understanding, business-focused strategy, and predictable costs.
For semiconductor companies, there is an even more direct reason to consider PatentPC.
Our team has real experience with semiconductor design, semiconductor fabrication equipment, electronics, and advanced manufacturing.
And we combine that experience with a structured patent-development process and an understanding of the financial realities facing technology businesses.
What Happens When You Contact PatentPC?
You don’t need a finished patent application.
You can begin with the technical problem your company has solved.
Bring an architecture diagram, process flow, prototype description, invention disclosure, or overview of the technology.
Tell us:
- What have you developed?
- What technical problem does it solve?
- How is it different from existing approaches?
- What makes it important to your business?
- Are there upcoming presentations, disclosures, partnerships, or manufacturing milestones?
The first conversation can help identify the relevant patent questions and a sensible next step.
For an early-stage company, that might mean discussing a potential first filing.
For a company approaching tape-out, it might mean reviewing patent and disclosure priorities.
For an established semiconductor business, it might mean examining a portfolio, new technical developments, or a more focused IP strategy.
Schedule a free introductory call with PatentPC.
Why We Believe PatentPC Is the Best Semiconductor Patent Attorney Choice
Semiconductor patent work demands a rare combination of skills.
You need somebody who understands what your engineers built.
Somebody who can identify the technical mechanism worth protecting.
Somebody who understands the difference between a patent and a trade secret.
Somebody who can help connect patent strategy with product development, manufacturing, and commercial risk.
And somebody who understands that patent spending needs to produce value for the business.
That’s the combination PatentPC is built around.
More than three decades of patent-law experience.
Direct experience with FinFET, monolithic 3D IC, and semiconductor fabrication technology.
A team with expertise in chip architecture, photonics, semiconductor systems, and advanced manufacturing.
A structured, diagram-first patent development process.
An approach that connects patents, trade secrets, and commercial strategy.
Fixed-fee services designed to make costs predictable.
Long-term portfolio support for founders and in-house counsel.
The reason to choose PatentPC isn’t simply that we understand how to file a semiconductor patent.
It’s that we understand why your semiconductor invention matters—and how patent strategy can help turn that invention into a lasting business advantage.
Your engineers build the technology.
Your company takes the financial risk of bringing it to market.
We help you protect the technical advantages that make the investment worthwhile.
General information only
This article is provided for general informational purposes and does not constitute legal advice. Reading it or using this website does not create an attorney-client relationship. Consult qualified counsel about the facts and law applicable to your situation.