Industry · Semiconductors
From front-end chip design to advanced packaging and AI accelerators, we help fabless companies, IDMs, foundries and semiconductor IP vendors search, draft, prosecute and analyze patents across global markets.
What are semiconductor IP services?
Semiconductor IP services help chip companies identify prior art, assess patentability and freedom-to-operate risk, protect new technologies, analyze competitor portfolios and build patent strategies around chip architecture, VLSI, EDA, advanced packaging, AI accelerators, memory and manufacturing.
Semiconductor IP intelligence
Semiconductor innovation creates IP at multiple technical layers. Hashi connects those layers through patent search, claim analysis, landscape intelligence, FTO and portfolio strategy.
Architecture
Design & EDA
Interconnect
Packaging
Memory
Compute
Process
Product
Industry overview
Semiconductor innovation is increasingly distributed across chip architecture, advanced process nodes, heterogeneous integration, chiplets, high-bandwidth memory, AI accelerators, advanced packaging and specialized compute. These shifts create new invention surfaces while increasing overlap between hardware, software, manufacturing and system-level IP.
Relevant inventions may sit across multiple technical layers. Dense prior art, overlapping claim scope, continuation strategies, standards-adjacent technologies and rapid architecture changes can make keyword-only searches insufficient for strategic decisions.
Semiconductor IP can influence product freedom to operate, competitive positioning, licensing leverage, R&D direction and long-term portfolio value. Strategy is most useful when claims connect to technology, products, competitors and markets.
Semiconductor IP strategies frequently span major technology and manufacturing ecosystems across the United States, China, Taiwan, South Korea, Japan, Europe and other markets. Standards and specifications also shape adjacent questions around memory, interfaces and system integration.
IP services for semiconductors
Each engagement begins with the technical and commercial decision—not a generic search template.
Identify patent and non-patent literature around chip architectures, circuit techniques, processes, packaging, memory and emerging compute before committing to drafting or filing.
Explore semiconductor patent searchEvaluate potentially relevant third-party rights against products, architectures, packaging approaches, process technologies and target jurisdictions before tape-out, launch or manufacturing transition.
Explore semiconductor FTO analysisTranslate semiconductor inventions into technically precise specifications and claims covering architecture, circuit behaviour, implementation, packaging, process and system-level differentiation.
Explore patent draftingCoordinate semiconductor filing and prosecution across relevant jurisdictions while seeking to preserve commercially meaningful claim scope through examination.
Explore filing and prosecutionMap patent families, technical themes, competitors, inventors and claim activity to identify crowded areas, emerging technologies, portfolio gaps and potential white space.
Explore semiconductor patent landscapesUse AI-assisted retrieval, clustering and analysis to accelerate semiconductor intelligence while retaining domain-expert review and evidence-based interpretation.
Explore AI-powered patent analyticsTechnology areas
RTL design, physical design, low-power architectures and mixed-signal SoCs generate dense, fast-moving prior art. Our search and FTO work examines front-end and back-end design flows, circuit implementations and system-level innovation to support patentability, third-party-rights review and portfolio development before tape-out.
Simulation, verification, synthesis, place-and-route and design-for-test innovation sits at the boundary between software and semiconductor engineering. We examine methodologies, optimization algorithms, physical-design workflows and DFT approaches to identify technical differentiation and relevant prior art.
2.5D and 3D integration, chiplets, interposers, TSVs, hybrid bonding and heterogeneous integration create patent positions beyond the die. Landscape and FTO analysis can connect dies, substrates, interfaces, thermal structures and system integration, including UCIe as a relevant interface ecosystem.
GPUs, TPUs, NPUs and domain-specific accelerators create opportunities across compute architecture, memory hierarchy, scheduling, interconnect, data movement, power management and workload-specific processing. Intelligence work connects claims, competitive positions and differentiated architectures.
DRAM, NAND, HBM, MRAM and emerging memory technologies generate activity across device architecture, arrays, stacking, interfaces, controllers, reliability, packaging, thermal management and manufacturing. We analyze portfolios at technology and claim level for competitive, FTO, portfolio and licensing questions.
Process and materials innovation spans advanced nodes, lithography, deposition, etching, wafer processing, materials engineering, yield improvement and manufacturing integration. Technical review, prior-art search and landscape analysis help identify protectable process innovation and competitive positions.
Decision architecture
Semiconductor IP decisions rarely begin with a patent. They begin with an engineering or commercial question.
Patentability and prior-art search.
Patent landscape and competitive intelligence.
Freedom-to-operate and patent-to-product analysis.
Portfolio strategy and white-space analysis.
Technology and competitive patent intelligence.
Portfolio valuation, licensing and monetization intelligence.
Landscape intelligence
A useful landscape connects technical layers with the IP questions that influence product, R&D and portfolio decisions. It does not rely on patent counts alone.
| Layer | Examples | IP questions |
|---|---|---|
| Chip architecture | CPU, GPU, NPU, SoC | Who is protecting architectural differentiation? |
| Circuit design | RTL, analog, mixed-signal, low power | What technical approaches are already protected? |
| EDA | Verification, synthesis, P&R, DFT | Where are software-enabled innovations emerging? |
| Interconnect | TSV, die-to-die, interfaces | Which technologies have dense patent activity? |
| Packaging | 2.5D, 3D, chiplets, interposers | Where are competitive positions forming? |
| Memory | DRAM, NAND, HBM, MRAM | Which technical layers have significant IP activity? |
| AI compute | GPU, NPU, accelerator architectures | Where are competitors protecting differentiation? |
| Process | EUV, nodes, deposition, etching | Which process innovations are strategically relevant? |
| Product | Chip, module, system | Which patents may relate to actual product features? |
A semiconductor patent search investigates a defined invention, technology or question to identify relevant patent and non-patent literature. A patent landscape is broader: it maps patent families, technologies, companies, inventors, jurisdictions and filing trends across a defined area. The right approach depends on whether the decision is patentability, FTO, competitive intelligence, portfolio strategy or technology planning.
Semiconductor FTO analysis evaluates potentially relevant third-party patent rights against a specific product, technology, manufacturing process or commercial activity in defined jurisdictions. It typically considers patent families, claim scope, legal status, geography and the relationship between claims and the product or process under review. Conclusions are jurisdiction-specific and may require legal review.
Explore Semiconductor FTO AnalysisPortfolio strategy
Strong portfolios are not built around isolated inventions alone. A technology-centered strategy connects inventions to architecture, implementation, product roadmaps, competitive positions and commercial markets.
Technology roadmap
Invention identification
Prior-art / patentability
Patent drafting
Global filing
Portfolio analytics
FTO / competitive intelligence
Licensing / monetization
Why Hashi IP Solutions
Search, claim review and landscape findings remain traceable to the underlying patent and technical records.
Work is structured around architecture, implementation, process, product and portfolio—not broad labels alone.
AI-assisted retrieval and clustering accelerate analysis while specialists retain responsibility for interpretation.
Semiconductor IP insights
Semiconductor · Patent landscape
Mapping HBM technology layers, patent families, competitive positions, claim scope and product relevance across memory architecture, TSVs, packaging, interfaces and AI/HPC integration.
Frequently asked questions
Semiconductor IP services cover the identification, protection, analysis and strategic management of intellectual property relating to chip architecture, VLSI, EDA, advanced packaging, memory, AI accelerators, semiconductor processes and related technologies. Services can include prior-art and patentability searches, FTO analysis, patent drafting, filing and prosecution, patent landscapes, portfolio analysis and competitive intelligence.
A semiconductor prior-art search starts by defining the technical problem, architecture or implementation, then combines patent literature with relevant non-patent literature. Claim-level technical interpretation, classification-aware searching, citation analysis and family analysis can be important alongside keyword searching.
A semiconductor patent landscape can map patent families, technical themes, assignees, inventors, jurisdictions, filing activity and claim-level relevance across a defined technology area. It can also connect patents with products, competitors, standards, licensing activity and technology roadmaps when the business question requires it.
Yes. Semiconductor FTO analysis can be scoped around chip architectures, accelerators, memory, RF technologies, packaging, interconnects, manufacturing processes or defined product features. It can consider relevant patent families, claims, legal status and target jurisdictions before launch or another defined business decision.
Yes. Semiconductor IP intelligence can be scoped around HBM, DRAM, NAND, MRAM and other memory technologies, including memory architecture, stacking, TSVs, interfaces, packaging, thermal management and system integration.
Yes. Advanced packaging analysis can cover chiplets, 2.5D and 3D integration, interposers, TSVs, bonding technologies, die-to-die interfaces, thermal management and heterogeneous integration. The scope can align to a product architecture, competitive landscape, FTO question or patent strategy.
Yes. EDA IP analysis can cover simulation, verification, synthesis, place-and-route, optimization, physical design and design-for-test technologies while accounting for both the software implementation and the underlying semiconductor engineering problem.
Yes. AI accelerator analysis can cover GPU, NPU, TPU and domain-specific architectures, as well as compute units, memory hierarchy, scheduling, interconnect, data movement and power-management techniques. The work can be structured as prior-art search, landscape analysis, competitive intelligence, FTO or portfolio strategy.
Yes. Semiconductor patent strategies can be analyzed across multiple jurisdictions, patent families and technology markets. The appropriate scope depends on the product roadmap, manufacturing footprint, commercial markets and portfolio objectives.
Semiconductor engagements can be conducted under appropriate confidentiality arrangements, with access and document-handling procedures defined according to the engagement and client requirements.
Connect technology with strategy
Whether you are developing a new chip architecture, evaluating an AI accelerator, entering advanced packaging, scaling HBM, developing EDA technology or planning a semiconductor portfolio, Hashi IP Solutions can help connect technical innovation with patent and IP strategy.