Semiconductor Startup Funding 2025-2026

Last updated: 8 June 2026
market research pitch 2026 statistics semiconductor industry

In our semiconductor industry deck, you will find everything you need to understand the market

SUMMARY

We analyzed every publicly disclosed equity round raised by pure-play semiconductor companies between July 2025 and June 2026, a 12-month window covering every geography. We only kept equity rounds of $300K or more, and excluded semiconductor equipment, materials, EDA, IP-only, packaging/test-only, distribution, EMS, end-product OEM, and general AI/software companies.

Over this period, fundraising in the semiconductor market was large but highly uneven. The dataset includes 61 disclosed deals, 60 unique companies, and $7.10B raised.

Capital in the semiconductor market is concentrated around a small number of very large rounds. The top deal represents 15.5% of total capital, the top 3 deals reach 33.1%, and the top 10 deals reach 63.7%.

The average round size is $116.3M, while the median round size is only $40.0M. That gap confirms that headline funding totals are pulled upward by mega-rounds rather than by broadly inflated round sizes.

Deal flow in the semiconductor market averaged 5.1 disclosed rounds per month. Dollar flow averaged $591.3M per month, but September 2025 alone contributed $2.55B.

Logic Semiconductors dominate the semiconductor market by both activity and capital. The category captured 41 of 61 deals and $6.33B, equal to 89.2% of all disclosed capital.

North America is the clear capital center. It captured 52.5% of deals but 78.3% of dollars, which means North American semiconductor companies raised much larger rounds than peers elsewhere.

The semiconductor market looks more like a late-stage scaling market than an early-stage formation market. Series B, Series C, Series D+, and Growth Equity rounds captured 74.7% of disclosed capital.

Follow-on rounds dominate the semiconductor market. Most disclosed deals were raised by companies that had already financed before, while first financings were concentrated in smaller or highly specialized bets.

Repeat investors matter, but the repeat pattern is selective. Maverick Silicon, Atreides Management, Fidelity, Valor Equity Partners, Korea Development Bank, Xora Innovation, and several strategic investors appeared across multiple disclosed semiconductor rounds.

Market map chart showing top companies and startups in the semiconductor industry

This market map, featured in our semiconductor industry deck, highlights top companies and startups in the semiconductor industry

What are all the funding deals in the semiconductor market from July 2025 to June 2026?

The table below lists every disclosed equity round raised by pure-play semiconductor companies between July 2025 and June 2026. We count as “pure-play” semiconductor companies those whose primary revenue comes from selling semiconductor devices or semiconductor wafer manufacturing services.

Each row shows the company, what it does, its category, the deal date, the funding stage, the round size, and the announcement source. For a wider view of how semiconductors fit inside the broader infrastructure and compute opportunity, we cover it in our Semiconductor market report.

Company What they do Category Date Stage Deal size Source
NetraSemi Fabless edge-AI SoC company building low-power domain-specific chips Logic Semiconductors Jul 2025 Series A $12.3M Deshabhimani
Positron AI AI inference semiconductor company building energy-efficient accelerators for transformer workloads Logic Semiconductors Jul 2025 Series A $51.6M Business Wire
FuriosaAI South Korean AI chip company building inference processors Logic Semiconductors Jul 2025 Series C $125M Forbes
SiMa.ai Edge and physical-AI semiconductor company selling machine-learning SoCs and platform products Logic Semiconductors Aug 2025 Growth Equity $85M SiMa.ai
Celera Semiconductor Custom analog IC company using an automated analog design library to produce analog chips Analog Semiconductors Aug 2025 Series A $20M PR Newswire
NeoLogic Fabless chip company developing energy-efficient server CPUs using CMOS+ technology Logic Semiconductors Aug 2025 Series A $10M Data Center Dynamics
OpenLight Photonic ASIC company enabling custom PASIC chip design and manufacturing with heterogeneous silicon photonics Logic Semiconductors Aug 2025 Series A $34M PR Newswire
Groq AI inference chip company building Language Processing Units and inference compute infrastructure Logic Semiconductors Sep 2025 Growth Equity $750M Groq
Empower Semiconductor Power IC company building integrated voltage regulators and silicon capacitors for AI and HPC processors Power Semiconductors Sep 2025 Series D+ $140M Empower Semiconductor
Morse Micro Fabless semiconductor company selling Wi-Fi HaLow silicon solutions Analog Semiconductors Sep 2025 Series C $59M Morse Micro
Rebellions AI inference chip company building chiplet-based AI accelerators Logic Semiconductors Sep 2025 Series C $250M Rebellions
Cerebras Systems Wafer-scale AI processor company building AI chips and systems Logic Semiconductors Sep 2025 Series D+ $1,100M Cerebras
Omni Design Technologies Analog and mixed-signal semiconductor company developing signal conversion, analog front-end, interface chiplets, and SoCs Analog Semiconductors Sep 2025 Series A $35M Semiconductor Engineering
Nanopower Semiconductor Power-management IC company developing subthreshold chips for battery-constrained systems Power Semiconductors Sep 2025 Unknown $11M Semiconductor Engineering
Q.ANT Photonic processor company building thin-film lithium-niobate photonic co-processors for AI and HPC Logic Semiconductors Sep 2025 Series A $71.8M Semiconductor Engineering
Scintil Photonics Silicon photonic IC company making integrated laser light engines for AI data-center interconnects Logic Semiconductors Sep 2025 Series B $58M Semiconductor Engineering
Teramount Silicon-photonics interconnect company building fiber-to-chip optical connectivity for co-packaged optics Logic Semiconductors Sep 2025 Series A $50M Semiconductor Engineering
Arago Photonic AI accelerator company building optical chips for energy-efficient AI compute Logic Semiconductors Sep 2025 Seed $26M Semiconductor Engineering
Morphing Machines Fabless semiconductor company building runtime-reconfigurable many-core SoC platforms Logic Semiconductors Oct 2025 Series A $4.3M Indian Startup News
Tachyum Processor company developing a universal processor for AI, HPC, and cloud workloads Logic Semiconductors Oct 2025 Series C $220M Tachyum
Vertical Semiconductor Power semiconductor company developing vertical GaN transistors Power Semiconductors Oct 2025 Seed $11M Business Wire
Majestic Labs AI chip and server semiconductor company developing memory-dense AI compute hardware built around custom AIUs Logic Semiconductors Nov 2025 Seed $100M Business Wire
d-Matrix AI inference chip company building digital in-memory compute processors for generative AI workloads Logic Semiconductors Nov 2025 Series C $275M d-Matrix
Celero Communications Semiconductor company developing coherent DSP chips for optical connectivity in AI infrastructure Logic Semiconductors Nov 2025 Series B $140M Semiconductor Engineering
Movandi RF and mmWave semiconductor company selling chipsets, beamforming silicon, and phased-array silicon for wireless infrastructure Analog Semiconductors Nov 2025 Growth Equity $40M Semiconductor Engineering
Magics Technologies Radiation-hardened IC company making chips for space and nuclear applications Analog Semiconductors Nov 2025 Unknown $4.6M Semiconductor Engineering
Ferroelectric Memory Company Memory semiconductor company developing ferroelectric nonvolatile memory cells based on hafnium oxide Memory Semiconductors Nov 2025 Series C $116.4M Semiconductor Engineering
RAAAM Memory Technologies Memory semiconductor company developing gain-cell RAM as an SRAM replacement Memory Semiconductors Nov 2025 Series A $17.5M Semiconductor Engineering
PowerLattice Power-delivery semiconductor company building power-delivery chiplets and micro-IVR technology Power Semiconductors Nov 2025 Series A $25M Semiconductor Engineering
Skycore Semiconductors Power IC company building switched-capacitor power semiconductors for high-voltage conversion Power Semiconductors Nov 2025 Seed $5.8M Semiconductor Engineering
NcodiN Optical semiconductor company developing interposer technology with integrated nanolasers for multi-chip systems Logic Semiconductors Nov 2025 Seed $18.4M Semiconductor Engineering
Teradar Sensor semiconductor company building solid-state terahertz vision chips for automotive sensing Sensor Semiconductors Nov 2025 Series B $150M Semiconductor Engineering
Axiado Security and control SoC company building trusted control and compute units for infrastructure security Logic Semiconductors Nov 2025 Series C $100M Semiconductor Engineering
Niobium Microsystems Semiconductor company developing hardware accelerators for fully homomorphic encryption Logic Semiconductors Nov 2025 Seed $23M Semiconductor Engineering
Mastiska UAE fabless AI semiconductor startup developing data-center-class inference accelerators Logic Semiconductors Nov 2025 Seed $10M TechAfrica News
Unconventional AI AI semiconductor company co-designing analog AI chips, algorithms, and software to improve AI energy efficiency Logic Semiconductors Dec 2025 Seed $475M TechCrunch
Mythic Analog AI processor company building compute-in-memory chips for edge and data-center AI Logic Semiconductors Dec 2025 Growth Equity $125M Mythic
Primemas Semiconductor company building chiplet-based hub SoCs for CXL, AI, and data-analytics systems Logic Semiconductors Jan 2026 Series B $72M Sidley
Upscale AI AI networking semiconductor company building silicon, systems, and software for scale-up AI networks Logic Semiconductors Jan 2026 Series A $200M PR Newswire
Positron AI AI inference semiconductor company building high-memory AI accelerators Logic Semiconductors Feb 2026 Series B $230M TechCrunch
Vervesemi Microelectronics Fabless semiconductor company designing analog signal-chain ICs Analog Semiconductors Feb 2026 Series A $10M Webnewswire
Taalas AI chip company developing model-specific processors with unified storage and compute Logic Semiconductors Feb 2026 Unknown $169M Yahoo Finance
BOS Semiconductors AI semiconductor company designing high-performance SoCs for mobility applications Logic Semiconductors Feb 2026 Series A $60M SeDaily
MatX AI training chip company building high-throughput processors for large language models Logic Semiconductors Feb 2026 Series B $500M MatX
Amber Semiconductor Fabless power semiconductor company building power-management tiles for AI data centers Power Semiconductors Mar 2026 Series C $30M PR Newswire
Agnit Semiconductors GaN semiconductor company scaling gallium nitride devices for telecom and power electronics Power Semiconductors Mar 2026 Unknown $2.6M The Economic Times
SPARK Microsystems Fabless semiconductor company developing ultra-wideband wireless transceiver chips Analog Semiconductors Mar 2026 Series B $12.2M Business Wire
EPIC Microsystems Semiconductor company developing vertical power delivery chips for AI infrastructure Power Semiconductors Mar 2026 Series A $21M PR Newswire
Sensesemi Technologies Fabless semiconductor company building edge-AI chips Logic Semiconductors Mar 2026 Seed $2.75M The Economic Times
Claros Power semiconductor company building integrated voltage regulators and chip-to-grid power management for data centers Power Semiconductors Mar 2026 Seed $30M Semiconductor Engineering
Great Sky AI chip company building superconducting AI processors using optical communication and memory-compute co-location Logic Semiconductors Mar 2026 Seed $14M Semiconductor Engineering
Qualinx Fabless semiconductor company designing ultra-low-power GNSS SoCs and RF front-end receivers Analog Semiconductors Mar 2026 Unknown $23.3M Semiconductor Engineering
Ayar Labs Optical I/O semiconductor company developing co-packaged optical interconnect chiplets for AI systems Logic Semiconductors Mar 2026 Series D+ $500M The Wall Street Journal
Neurophos Optical AI processor company building metamaterial optical processing units for AI data centers Logic Semiconductors Mar 2026 Series A $110M Semiconductor Engineering
Mesh Optical Technologies Optical semiconductor company building optical transceivers and optical manufacturing processes for AI data centers Logic Semiconductors Mar 2026 Series A $50M Semiconductor Engineering
Xscape Photonics Photonics semiconductor company building programmable multi-wavelength optical platforms for AI data-center fabrics Logic Semiconductors Mar 2026 Series A $37M Semiconductor Engineering
Optalysys Silicon photonics company integrating data movement and processing on-chip for encrypted computing and cloud workloads Logic Semiconductors Mar 2026 Series A $31.1M Semiconductor Engineering
Aheesa Digital Innovations Fabless semiconductor startup building RISC-V networking SoCs for broadband routers and gateways Logic Semiconductors Apr 2026 Seed $2.3M The Times of India
BigEndian Semiconductors Fabless semiconductor company building custom SoCs for surveillance applications Logic Semiconductors May 2026 Series A $6M Entrackr
HrdWyr Fabless semiconductor product company building AI-native chips for physical AI Logic Semiconductors May 2026 Series A $13M Electronics Media
Fractile UK AI inference chip company developing next-generation inference hardware Logic Semiconductors May 2026 Series B $220M Fractile
Table scoring and prioritizing the main pain points faced by companies in the semiconductor industry

In our semiconductor industry deck, we identify pain points entrepreneurs should prioritize

OUR METHODOLOGY TO BUILD THIS TRACKER

We built this semiconductor funding tracker by reviewing every publicly disclosed equity round raised by pure-play semiconductor companies between July 2025 and June 2026. A company counts as pure-play when more than 80% of its activity is dedicated to selling semiconductor devices or semiconductor wafer manufacturing services.

We applied four filters to build the dataset. First, we only included equity rounds, so grants, debt, corporate capex, government subsidies, and revenue financing are excluded. Second, we only counted rounds of $300K or more. Third, we only kept pure-play semiconductor companies. And fourth, every entry had to be confirmed by a direct company announcement, a press release, or a tier-1 media report, with the source URL preserved for every row.

The scope includes integrated device manufacturers, fabless semiconductor vendors, memory suppliers, and foundries. It excludes semiconductor equipment and materials suppliers, EDA and semiconductor IP vendors, packaging/test-only service providers, distributors, electronics manufacturing services, end-product OEMs, and general AI or software companies.

The final dataset contains 61 disclosed deals across 60 unique companies, and every average, median, share, and concentration ratio is computed on that disclosed sample. Privately raised rounds that were never publicly announced are necessarily missing, which is a known limitation of any public-only semiconductor funding tracker.

How active has fundraising been in the semiconductor market?

As of June 2026, fundraising in the semiconductor market has been highly active on both deal count and dollars. Over the past 12 months, companies raised 61 disclosed equity rounds and $7.10B combined, which works out to roughly 5.1 deals per month.

The semiconductor market is not suffering from a lack of funded companies. The 61 disclosed deals were spread across 60 unique companies, which means almost every round represents a different funded target.

Dollar flow is much less stable than deal flow. The semiconductor market averaged $591.3M per month, but September 2025 alone produced $2.55B, while April 2026 produced only $2.3M.

That spread matters because semiconductor rounds are tied to expensive tape-outs, qualification cycles, and customer commitments. A few large financings can make the whole semiconductor market look hotter than the underlying month-to-month activity.

If you want to go deeper on the companies behind this activity, see our market report covering semiconductor funding.

How concentrated has fundraising been in the semiconductor market?

As of June 2026, fundraising in the semiconductor market is heavily concentrated at the top. Over the past 12 months, the largest deal accounts for 15.5% of disclosed capital, the top 3 deals reach 33.1%, and the top 10 reach 63.7%.

Cerebras Systems alone raised $1.10B, which is larger than all disclosed European semiconductor funding in the dataset. Groq, Ayar Labs, MatX, and Unconventional AI also show how quickly one deal can reshape the total.

This concentration is not just a company-level pattern. Logic Semiconductors captured 89.2% of disclosed capital, while North America captured 78.3% of dollars.

That means total funding headlines should be read carefully. In the semiconductor market, the core question is not only how much capital was raised, but which few companies and categories absorbed it.

How much of the semiconductor funding signal is driven by outliers?

As of June 2026, a large share of the semiconductor funding signal is driven by outliers. Over the past 12 months, 28 rounds above $50M generated about $6.45B of the $7.10B total.

That means sub-$50M rounds contributed only $643.2M, or less than 10% of disclosed capital. The normal early-commercial market exists, but it is not what drives the headline funding number.

The average semiconductor round is $116.3M, while the median is $40.0M. That gap is the cleanest sign that the market is skewed by large platform financings.

A practical reading rule follows from this. When a semiconductor funding headline looks large, ask whether it reflects broad market strength or just one AI compute, interconnect, or infrastructure winner.

Chart showing TSMC’s strategy in the semiconductor industry

This chart, featured in our semiconductor industry deck, looks at TSMC’s strategy in semiconductors

Is the semiconductor market broad with many targets, or narrow with few fundable companies?

As of June 2026, the semiconductor market is broad by company count but narrow by capital allocation. Over the past 12 months, 60 unique companies raised 61 disclosed rounds, yet 63.7% of capital went to the top 10 deals.

The breadth is real because the dataset covers logic, power, analog, memory, and sensor semiconductor companies. Series A alone produced 21 deals, and Seed produced 12 deals, so new and early-commercial entrants are visible.

But the capital pool is not evenly distributed across that breadth. Logic Semiconductors alone captured 41 of 61 deals and $6.33B, while Foundry Services had zero qualifying private equity rounds.

The best interpretation is that the semiconductor market has many funded startups, but only a small subset can command scale capital. That subset is usually tied to AI compute, optical interconnect, memory movement, power delivery, or other urgent infrastructure bottlenecks.

Is semiconductor mostly an early-stage formation market or a late-stage scaling market?

As of June 2026, the semiconductor market behaves more like a late-stage scaling market on dollars, even though early stages lead on deal count. Over the past 12 months, Seed, Series A, and Unknown rounds produced 38 deals but only 25.3% of disclosed capital.

Late-stage and growth rounds captured the other 74.7% of disclosed capital. Series D+ alone represents only 3 deals, but those deals add up to $1.74B.

Series A is the most common stage, with 21 deals, but its average round size is $41.4M. That is meaningful funding, but it is still far below Series B, Series C, Series D+, and Growth Equity averages.

Seed also needs careful reading in the semiconductor market. The median Seed round is $16.2M, but the average is $59.9M because Unconventional AI and Majestic Labs pulled the category upward.

For more context on how stage labels behave in this market, see our deeper analysis of semiconductor financing stages.

Which categories attract the most investor attention in semiconductors?

As of June 2026, Logic Semiconductors attract the most investor attention in the semiconductor market by a wide margin. Over the past 12 months, the category captured 41 of 61 deals and $6.33B raised.

That equals 67.2% of disclosed deals and 89.2% of disclosed capital. The category includes AI inference chips, AI training chips, photonic processors, optical I/O, chiplets, security SoCs, and scale-up networking silicon.

Power Semiconductors rank second by deal count with 9 deals, but only $276.4M. Analog Semiconductors produced 8 deals and $204.1M, showing active financing but much smaller check sizes.

Memory Semiconductors are surprisingly small in the dataset. They account for only 2 deals and $133.9M, despite memory bandwidth being one of the most repeated bottlenecks in AI infrastructure.

Chart showing the projected CAGR of the semiconductor industry

This chart, featured in our semiconductor industry deck, shows annual funding in semiconductor startups

Which categories attract disproportionately large checks in the semiconductor market?

As of June 2026, Logic Semiconductors attract disproportionately large checks in the semiconductor market. Over the past 12 months, Logic held 67.2% of deals but 89.2% of capital, giving it a capital-to-deal share ratio of 1.33x.

Sensor Semiconductors also show a high ratio, but for a different reason. The category has only one disclosed deal, Teradar’s $150M Series B, so the signal is concentrated rather than broad.

Power and Analog look structurally underweighted by dollars. Power has 14.8% of deals but only 3.9% of capital, while Analog has 13.1% of deals but only 2.9% of capital.

This confirms that investors are not valuing all semiconductor difficulty equally. The biggest premiums go to categories with direct leverage to AI compute scarcity, interconnect bottlenecks, or infrastructure-scale demand.

Which geographies matter most for fundraising in the semiconductor market?

As of June 2026, North America matters most for semiconductor fundraising by a wide margin. Over the past 12 months, North America captured 32 of 61 deals and $5.55B, equal to 78.3% of disclosed capital.

Europe and Asia-Pacific are tied on deal count with 12 deals each. But Europe raised $806.4M, while Asia-Pacific raised $547.3M, so Europe had more mid-to-large financing depth during the period.

Asia-Pacific’s semiconductor market is broader but smaller per round. Its median deal size is $11.2M, compared with $78.5M in North America and $28.6M in Europe.

The Middle East produced 5 deals and $187.5M, mostly through Israeli chip companies and one UAE fabless AI semiconductor startup. Latin America and Africa had no qualifying disclosed rounds in the dataset.

You can find a deeper regional breakdown in our full market deck on the semiconductor market.

Is the semiconductor opportunity set broad or concentrated in one hub?

As of June 2026, the semiconductor opportunity set is globally visible but capital-concentrated in one hub. Over the past 12 months, North America captured 78.3% of dollars, even though it held only 52.5% of deals.

Europe and Asia-Pacific both matter, but they play different roles. Europe shows more mid-to-large photonics and processor rounds, while Asia-Pacific shows many smaller fabless rounds, especially in India and Korea.

Asia-Pacific should not be read as one homogeneous region. Korea produced large AI-chip rounds from companies like FuriosaAI and Rebellions, while India produced many smaller early-commercial fabless rounds.

The absence of Latin America and Africa is also meaningful. It suggests that disclosed pure-play semiconductor startup financing remains geographically concentrated, even though semiconductor policy attention is now global.

Chart comparing business model options for fabless semiconductor companies

This chart, featured in our semiconductor industry deck, compares the main business model options for fabless semiconductor companies

Is semiconductor a market of small experiments or scaled financings?

As of June 2026, the semiconductor market is a mix of small experiments and scaled financings, but dollars are overwhelmingly controlled by scaled rounds. Over the past 12 months, 28 deals above $50M accounted for about $6.45B.

The lower end of the market is still active. The dataset includes 5 deals below $5M, 13 deals between $5M and $20M, and 13 deals between $20M and $50M.

But the money sits at the top. Rounds above $100M represent 19 of 61 deals, or 31.2% of activity, and include the largest AI compute, optical I/O, and infrastructure semiconductor financings.

The median round size of $40.0M is the better read on the typical disclosed deal. The average of $116.3M tells us more about the power of the largest rounds than the normal funding experience.

If you want to stay close to the larger financing patterns, we cover them in our market report on semiconductor trends and opportunities.

INSIGHTS

The insights below come from reviewing every disclosed equity round in the semiconductor market between July 2025 and June 2026. They are not row-by-row summaries. They are the reusable patterns that kept showing up across the 61-deal dataset, and they are meant to stay useful when reading any future semiconductor funding announcement.

  • The semiconductor market is not merely AI-influenced; it is AI-absorbed. Logic Semiconductors captured 89.2% of capital and 67.2% of deals. Funding is behaving less like a broad semiconductor cycle and more like an AI compute and interconnect cycle.
  • The top 10 deals account for 63.7% of all disclosed capital. That means equal-weighted deal analysis will misread the semiconductor market. The strongest signal is which companies received scale capital, not how many startups raised something.
  • The median round is $40.0M, while the average is $116.3M. That gap shows that semiconductor funding headlines are structurally skewed by mega-rounds. The typical disclosed round is much smaller than the headline environment suggests.
  • Excluding rounds above $50M reduces total capital to $643.2M. That means the sub-megaround semiconductor market is less than 10% of the total capital signal. Momentum is mostly a mega-round phenomenon.
  • Series A is the most common stage, with 21 of 61 deals, but only 12.3% of capital. The market has many technically credible early-commercial entrants. The largest capital pool is still reserved for validated or strategically urgent companies.
  • Seed funding is unusually polarized. The median Seed round is $16.2M, but the average is $59.9M because of Unconventional AI and Majestic Labs. In semiconductor, Seed no longer reliably means small when the team targets an AI infrastructure bottleneck.
  • North America captures 52.5% of deals but 78.3% of dollars. This is not just a company-count advantage. North American semiconductor companies are more likely to command outsized late-stage or strategic rounds.
  • Foundry Services had zero qualifying private equity rounds. That absence is meaningful. Wafer manufacturing capacity is being financed through state programs, corporate capex, and balance sheets rather than venture-style equity rounds.
  • Memory Semiconductors represent only 2 deals and 1.9% of capital. That is striking because memory bandwidth is a recurring AI bottleneck. Investors seem to prefer compute architectures and optical workarounds over direct memory-device bets.
  • The strongest thematic cluster is AI inference bottlenecks, not generic AI chips. Positron AI, Groq, d-Matrix, Fractile, Taalas, Rebellions, Mythic, and Unconventional AI all point to latency, bandwidth, memory movement, or energy as the investable pain point.
  • Photonics has moved beyond research novelty. OpenLight, Q.ANT, Scintil, Teramount, NcodiN, Ayar Labs, Neurophos, Mesh Optical Technologies, Xscape Photonics, and Optalysys show broad financing across optical compute and interconnect.
  • The dataset contains many memory-wall interpretations but few direct memory-device companies. Investors are backing compute-in-memory, optical I/O, model-specific chips, and memory-dense servers more often than new memory cells.
  • The best funding signal is not “AI” alone. The stronger signal is AI plus a specific physical bottleneck: memory bandwidth, interconnect, power delivery, latency, energy per token, or rack-scale networking. Deals without that bottleneck framing are less likely to reach mega-round scale.

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