What is the 'Ideal Switch' technology?

As described on Slide 11 and 12, the Ideal Switch is a micro-electromechanical system (MEMS) fabricated on a glass substrate. It uses a unique alloy beam and through-glass-vias (TGV) to combine the high power handling and isolation of traditional mechanical switches with the small size and speed of solid-state semiconductors. It is designed to handle everything from milliwatts to kilowatts.

How does Menlo Micro justify its market size?

On Slide 20, the company projects a SAM of over $20 billion by 2023. This is broken down into six verticals: Medical, Aerospace & Defense, Test & Measurement, Consumer, Telecom, and Power IoT. The largest growth driver identified is 'Power IoT,' which represents the majority of the projected $20B+ figure.

What are the key technical advantages cited?

The deck focuses on the 'Rule of 99' (Slide 7), which includes a 99% reduction in size and weight, and a 99% reduction in power consumption. Additionally, Slide 17 claims the switch is 1000x faster and has a 1000x longer life than conventional electromechanical relays, supporting over 3 billion switching cycles.

Who are the strategic partners mentioned?

Slide 9 and Slide 14 highlight deep partnerships with GE and Corning. Menlo Micro leverages GE's 100+ years of industrial power experience and Corning's glass science. Other mentioned partners and investors include Paladin Capital Group, Microsemi, and 40 North Ventures.

Is there evidence of commercial traction?

Slide 9 states that over 100,000 Ideal Switches have been shipped to a Fortune 100 customer (GE Healthcare) and that the company is a qualified GE supplier. Slide 16 further notes that they have moved from a research environment to a scalable commercial fab with a capacity of over 10 million units per year.

Menlo Micro Pitch Deck (2016): 22-Slide Breakdown

See all 22 slides of the Menlo Micro pitch deck — a 2016 Series deck — with a slide-by-slide teardown of what the deck does well and where it falls short.

Menlo Micro’s 22-slide deck is a masterclass in deep-tech storytelling, framing a hardware component—the switch—as a relic of the 1800s ripe for disruption. The company, spun out of GE Ventures, leverages its pedigree to validate a 'best of both worlds' solution: the Ideal Switch. The deck meticulously contrasts their technology against legacy electromechanical and solid-state switches, claiming a 'Rule of 99' (99% reduction in size, weight, and power). While the deck is light on specific unit economics, it excels at demonstrating technical maturity, showing a transition from R&D in 2017 to h…

Key takeaways

The deck frames the problem as a historical stagnation, noting that the last major step-change in switch technology was in the 1970s (Slide 5).
Menlo Micro claims a 'Rule of 99,' achieving a >99% reduction in size, weight, and power consumption compared to traditional switches (Slide 7).
The company highlights a strong corporate lineage, originating from GE's 12-year effort to reinvent the circuit breaker starting in 2004 (Slide 8).
Technical validation is provided through a 'Theory vs. Reality' comparison, showing their switch handles DC to 50GHz+ with resistance as low as 0.005 Ohms (Slide 6).
Manufacturing scalability is a core focus, showing a transition from 180 wafers/year in 2017 to a capacity of 6,000 wafers/year in 2020 (Slide 16).
The deck identifies a massive Serviceable Addressable Market (SAM) of $20B+ by 2023, driven largely by Power IoT and Telecom (Slide 20).
The leadership team is exceptionally senior, featuring former executives from GE, Microsemi, and Broadcom (Slide 21).
Competitive analysis is granular, providing direct performance and size comparisons against both electromechanical relays (Slide 17) and solid-state switches (Slide 18).

The Deep Tech Narrative: Reclaiming the Switch

Menlo Micro’s pitch deck is a sophisticated example of how to pitch a fundamental hardware innovation. Instead of focusing on a niche application, the deck positions the company as the successor to Thomas Edison, aiming to replace a 180-year-old technology. This teardown examines how they use historical context, technical benchmarking, and manufacturing milestones to build a case for a $227.5 million investment.

Introduction and Historical Context (Slides 1-5)

The deck opens with a bold claim on Slide 1 : "Enabling the electrification of everything: Milliwatts-to-kilowatts, DC-to-light." This sets a massive scope immediately. Slide 2 uses a historical image of Thomas Edison, noting he patented the circuit breaker in 1879. This isn't just fluff; it establishes the 'Why Now' by showing how little the core technology has changed.

Slide 3 illustrates the ubiquity of switches in homes, work, cars, and the world at large, calling it the "most ubiquitous electronic component." Slide 4 introduces the central conflict: the two existing types of switches (Electromechanical and Solid State) are full of compromises. Electromechanical switches are "Big, slow, clunky and expensive," while Solid State switches generate heat and waste power because they are semiconductors, not true conductors. Slide 5 provides a timeline of innovation, showing that while transistors and chips arrived in the mid-20th century, the last major step-change was in the 1970s, leaving a gap that Menlo Micro filled in 2016.

The Solution: The Ideal Switch (Slides 6-7)

Slide 6 is a critical technical slide. It compares the "Perfect switch in theory" to the "Ideal Switch in reality." It lists impressive specs: resistance as low as 0.005 Ohms, isolation greater than 10 Giga-Ohms, and a lifetime of over 3 billion actuations. By showing that their product nearly matches theoretical perfection, they address the skepticism inherent in deep-tech investing.

Slide 7 introduces "Menlo's Rule of 99." This is a powerful marketing tool that simplifies complex engineering into three digestible metrics: a >99% reduction in Size & Weight, a >99% reduction in Power Consumption, and a >99% improvement in Switching Speed, Lifetime, and Linearity. This slide serves as the 'hook' for the entire deck, providing a clear value proposition for system designers.

Origin Story and Strategic Moats (Slides 8-9)

Slide 8 details the company's lineage. It shows that the technology didn't start in a garage but inside GE. GE began the effort to reinvent the circuit breaker in 2004, developing core IP in high-temperature metal alloys for 12 years before Menlo Micro was formed in 2016. This provides immense credibility regarding the R&D depth.

Slide 9 answers "Why Menlo?" by listing their capital and strategic advantages. They mention raising over $77M (at the time of the deck) and name-drop partners like GE, Corning, and Microsemi. Crucially, they mention shipping over 100,000 units to a Fortune 100 customer (GE Healthcare), proving that this is not just a lab experiment but a commercialized product.

Technical Deep Dive and Manufacturing (Slides 10-16)

Slides 10 through 13 provide an architectural look at the switch. They highlight the use of a glass cap, a unique alloy beam, and through-glass-vias. Slide 13 shows actual microscopic imagery of the beam, which is "smaller than a human hair but can handle >400V." This visual evidence is vital for hardware decks to prove the technology is real.

Slide 14 emphasizes their "secret sauce"—advanced materials leveraged from GE and Corning. This reinforces their IP moat. Slide 15 explains the manufacturing process, highlighting that they use scalable semiconductor techniques (wafer-level manufacturing) rather than manual assembly. Slide 16 is a 'traction' slide for manufacturing, showing a 4x increase in wafer size and a jump in capacity from 100K units/year in 2017 to over 10M units/year "Today" (2020). This demonstrates they have solved the 'Valley of Death' in hardware production.

Competitive Benchmarking (Slides 17-18)

These slides are dense with data, providing head-to-head comparisons. Slide 17 shows the Ideal Switch vs. Electromechanical Relays, highlighting that the Ideal Switch is 100x smaller (0.06 cm³ vs 71 cm³) and 1000x faster. Slide 18 compares it to Solid State switches, noting that unless nano-second speed is required, the Ideal Switch is better due to lower loss, less resistance, and the lack of a need for heavy heatsinks. These slides are designed to arm a VC with the technical justification needed for a high-valuation round.

Market Opportunity and Team (Slides 19-21)

Slide 19 maps out applications across RF/Microwave, General Purpose, and Smart AC/DC Power switching. Slide 20 quantifies this into a $20B+ SAM by 2023. The chart shows that while they started in Medical and Aero/Defense, the massive growth is expected in the "Power IoT" sector. This transition from high-margin/low-volume to high-volume markets is a classic scaling narrative.

Slide 21 presents the team. It is an exceptionally high-pedigree group. CEO Russ Garcia (ex-Microsemi), CTO Chris Keimel (ex-GE Research), and a board featuring Managing Directors from Paladin and 40 North. The presence of advisors from Corning, Microchip Technology, and Broadcom suggests a deep network within the semiconductor industry.

What Works in This Deck

The 'Rule of 99' Framework: It distills a highly technical product into a simple, memorable value proposition that any investor can understand. · Pedigree and Lineage: By tracing the tech back to GE and Edison, they eliminate the 'science risk' that plagues many Series A/B hardware startups. · Direct Comparisons: Slides 17 and 18 don't just say they are better; they provide specific volume (cm³) and power (mW) metrics against existing industry standards. · Manufacturing Maturity: Slide 16 is perhaps the most important for a Series B/C deck, as it proves they can actually build the product at scale, which is where most hardware companies fail.

What is Missing from This Deck

Unit Economics: While they mention "reduced COGS" on Slide 16, the deck never specifies the cost to produce a single switch or the expected margins. · Financial Projections: The deck shows a $20B SAM, but it does not provide a revenue roadmap or a path to profitability. · The Ask: There is no slide detailing how much capital is being raised in this specific round or how those funds will be allocated (e.g., R&D vs. Sales vs. CapEx). · Customer Pipeline: Beyond the 100k units to GE Healthcare, there is little mention of other specific pilot programs or the current sales pipeline.

What a Founder Should Copy

Historical Framing: If you are disrupting a legacy industry, start by showing how long it has been since the last innovation. It creates a sense of inevitability for your solution. · Visual Proof: The use of SEM (Scanning Electron Microscope) images on Slide 13 and 15 is excellent. For deep tech, seeing the physical reality of the innovation is highly persuasive. · Application Mapping: Slide 19 does a great job of showing how one core technology can be packaged differently to serve vastly different markets (5G, Medical, Industrial IoT). · Strategic Partner Validation: Highlighting the specific contributions of partners (GE for alloys, Corning for glass) shows a sophisticated understanding of the supply chain and IP landscape.

Frequently asked questions

What is the 'Ideal Switch' technology?: As described on Slide 11 and 12, the Ideal Switch is a micro-electromechanical system (MEMS) fabricated on a glass substrate. It uses a unique alloy beam and through-glass-vias (TGV) to combine the high power handling and isolation of traditional mechanical switches with the small size and speed of solid-state semiconductors. It is designed to handle everything from milliwatts to kilowatts.
How does Menlo Micro justify its market size?: On Slide 20, the company projects a SAM of over $20 billion by 2023. This is broken down into six verticals: Medical, Aerospace & Defense, Test & Measurement, Consumer, Telecom, and Power IoT. The largest growth driver identified is 'Power IoT,' which represents the majority of the projected $20B+ figure.
What are the key technical advantages cited?: The deck focuses on the 'Rule of 99' (Slide 7), which includes a 99% reduction in size and weight, and a 99% reduction in power consumption. Additionally, Slide 17 claims the switch is 1000x faster and has a 1000x longer life than conventional electromechanical relays, supporting over 3 billion switching cycles.
Who are the strategic partners mentioned?: Slide 9 and Slide 14 highlight deep partnerships with GE and Corning. Menlo Micro leverages GE's 100+ years of industrial power experience and Corning's glass science. Other mentioned partners and investors include Paladin Capital Group, Microsemi, and 40 North Ventures.
Is there evidence of commercial traction?: Slide 9 states that over 100,000 Ideal Switches have been shipped to a Fortune 100 customer (GE Healthcare) and that the company is a qualified GE supplier. Slide 16 further notes that they have moved from a research environment to a scalable commercial fab with a capacity of over 10 million units per year.

Cover slide of the Menlo Micro pitch deck — Series 2016 — Menlo Micro pitch deck, slide 1 (2016)

Menlo Micro pitch deck: the facts

Company: Menlo Micro
Year: 2016
Stage: Series
Slides: 22
Sector: Hardware / Semiconductors
Deck type: Full Pitch Deck
Outcome: $227,500,000 Raised
Headquarters: Irvine, California

Menlo Micro pitch deck PDF

The full Menlo Micro deck is embedded on this page and can be read slide by slide in the browser — no download or account required. Each slide is covered in the breakdown above.

What the Menlo Micro pitch deck was used for

This deck is a ~2016 Series A fundraising presentation by Menlo Micro, a GE spin‑out commercializing a new class of MEMS-based electronic switches that combine electromechanical and solid‑state benefits. The company positions its "Ideal Switch" as a fundamental reinvention of the electronic switch, building on more than a decade of GE research and materials innovation. The raise coincides with Menlo Micro’s launch as an independent company backed by GE Ventures, Microsemi, Corning, and Paladin Capital Group, with $18.7M committed to fund productization and initial manufacturing scale‑up. The deck targets a large switching market opportunity (described as $20B+ in secondary commentary) across communications, industrial, and power infrastructure, using detailed technology slides like the glass‑substrate beam and through‑glass‑via architecture highlighted in slide 10.

Business model: Develops and manufactures high-performance micro-electromechanical (MEMS) based electronic switches branded as the Ideal Switch, selling components and modules for applications in RF, power, and industrial systems.

Round: Series A / launch financing
Year: 2016
Raised: $18.7M
Investors: GE Ventures, Microsemi Corporation, Corning, Paladin Capital Group
Founded: 2016
Headquarters: Irvine, California, United States
Industry: Semiconductors / Electronic components (RF and power switching)

Total funding: At least $212.7M in disclosed equity financing across multiple rounds (Series A 2016, Series B 2020, Series C 2022).

Use of funds as presented: Launch Menlo Micro as an independent company, transfer 12+ years of GE MEMS switch R&D into a scalable manufacturing platform, and commercialize next‑generation Ideal Switch products for communications, industrial, and power markets.

What happened after the Menlo Micro deck

Since using this 2016 Series A deck to spin out of GE with $18.7M in strategic funding, Menlo Micro has scaled its Ideal Switch technology, expanded manufacturing, and raised substantial follow‑on capital in 2020 and 2022 to accelerate high‑volume production and market adoption.

December 2016: Launched as a spin‑out from GE’s Global Research Center with $18.7M invested by GE Ventures, Microsemi Co
October 2020: Closed a $44M Series B round led by 40 North Ventures, with participation from Piva, Paladin Capital Group
March 2022: Raised a $150M Series C round led by Vertical Venture Partners and Future Shape, with new investors includin

What the Menlo Micro deck got right

Compelling, clearly differentiated core technology story. The deck is built around a clearly differentiated technology, the Ideal Switch, which is presented as combining the low loss and high power handling of electromechanical relays with the size, speed, and integration benefits of solid‑state switches, a narrative reinforced by GE’s 12‑year R&D history.
Strong visual explanation of the device and process innovation. Slide 10’s labeled cross‑section (glass cap, beam, contact, gate, through‑glass‑via, glass substrate) visually explains the device architecture and underlying materials/process innovation, helping investors understand the physical basis of the claimed breakthrough.
High‑credibility strategic investor syndicate at launch. The 2016 raise is anchored by credible strategic and financial investors—GE Ventures, Microsemi, Corning, and Paladin Capital Group—who collectively invested $18.7M and validate both the technical feasibility and market relevance of the switch technology.
Effective problem framing around outdated incumbent switch technology. By framing stagnation in 19th‑century switch technology versus today’s system demands, the deck positions Menlo Micro’s innovation as a necessary enabling technology for modern electrification and communications infrastructure, which later funding and press continued to echo.
Deep, well-funded technical heritage from GE research. The company leverages its GE heritage—12+ years of research and tens of millions of dollars invested in MEMS and materials science—to signal a substantial technical moat and maturity beyond a typical seed‑stage hardware startup.
Demonstrated ability to attract substantial follow-on capital aligned with the original thesis. Subsequent successful Series B and C rounds show that the early deck’s core narrative around the Ideal Switch and its broad application space translated into sustained investor interest and capital support.

What could have been stronger

Lack of quantified performance data on the technology-architecture slide. The OCR snippet from slide 10 shows a detailed cross‑section of the switch structure (glass cap, beam, contact, gate, through‑glass‑via, glass substrate) but provides no quantitative performance metrics (e.g., on‑resistance, current handling, switching speed, lifetime cycles, insertion loss) on that slide, making it harder for investors to assess how far beyond existing MEMS or relays the technology actually is without flipping to other slides or external data.
Market size framing appears high-level without visible segmentation. While the deck (per the existing article excerpt) references a $20B+ total market opportunity, there is no externally verifiable breakdown of this TAM in the snippets or linked launch materials; the press release focuses on qualitative applications rather than sizing, so investors must infer how much is addressable in the near term.
Limited visible early traction beyond GE at launch. The launch/Series A context emphasizes deep GE research and strategic backers but, based on available public materials, does not clearly present early commercial traction metrics (design wins, pilots, purchase orders) at the time of the deck, which may leave some investors unsure about customer validation beyond GE itself.
Corporate spin-out story may overshadow the standalone execution plan. As a spin‑out from a large corporate lab, Menlo Micro’s 2016 messaging leans heavily on its GE heritage and strategic investors; the available materials do not clearly articulate how the new company is organizationally structured to execute independently (commercial team, ops, roadmap priorities), which some investors may look for in a Series A deck.

How an investor would read this deck

What draws attention

Deep technology moat built on 12+ years of GE MEMS and materials R&D underpinning a differentiated Ideal Switch architecture, including innovations in glass substrates and through‑glass‑vias.
Clear strategic validation at spin‑out, with GE Ventures, Microsemi, Corning, and Paladin Capital Group jointly investing $18.7M to launch Menlo Micro as an independent company.
Compelling narrative that the basic electronic switch has not materially advanced for decades and that a new MEMS‑based ideal switch could unlock very large markets in RF, industrial, and power applications (framed as a $20B+ opportunity in secondary commentary).
Platform nature of the technology (same core switch architecture spanning RF, power, and other domains), which can support multiple product lines and potential licensing or module businesses.

Risks that stand out

Technical execution risk that the novel switch architecture (glass substrate, through‑glass‑vias, MEMS beam/contact stack) may face yield, reliability, or packaging challenges when transferred from GE’s research environment into high‑volume manufacturing.
Adoption risk that entrenched relay and solid‑state solutions, combined with conservative qualification standards in telecom, aerospace, and industrial markets, could slow design‑in cycles despite performance advantages.
Strategic dependence risk, at least early on, on a small set of key partners and customers (including GE and major industrials), which could create concentration exposure if any relationship changes.
Capital intensity risk: scaling a new semiconductor-/MEMS‑like manufacturing process and building multiple product lines typically requires significant follow‑on funding beyond the initial $18.7M, as seen in later Series B and C rounds.

Questions this deck invites

What specific, independently validated performance metrics (lifetime cycles, current/voltage ratings, on‑resistance, insertion loss, switching speed) differentiate Menlo Micro’s switches from state‑of‑the‑art RF MEMS and electromechanical r
How robust is the manufacturing process for the glass‑substrate, through‑glass‑via architecture at scale, and which foundry or in‑house fab partners were committed in 2016 to volume production?
What near‑term, focused beachhead markets (e.g., RF front‑ends, ATE, industrial power control) did the 2016 plan prioritize, and what were the concrete design‑in or pilot commitments from customers beyond GE?
How is IP around materials, processing, and the switch topology protected (patents owned by Menlo Micro vs GE licensing), and are there any encumbrances or field‑of‑use restrictions tied to the spin‑out?
What milestones (product releases, revenue targets, qualification wins) were tied to the $18.7M launch/Series A capital, and how much follow‑on funding runway was expected to be required before breakeven?

What founders can take from the Menlo Micro deck

Spinning out of a major corporate research lab with committed strategic investors (GE Ventures, Microsemi, Corning, Paladin) can strongly de‑risk perceived technology and market validation in an early deep‑tech pitch deck.
Framing a technology as a reinvention of a fundamental building block (the electronic switch) helps non‑specialist investors quickly grasp why a hardware innovation can support a multi‑billion‑dollar opportunity.
Showing a clear technology stack diagram (as in slide 10’s glass cap, beam, contact, gate, through‑glass‑via, substrate drawing) can make complex MEMS and materials innovations more tangible to investors who are not device engineers.
Positioning the technology as a platform (the same Ideal Switch addressing RF, power, and industrial markets) can justify large TAM narratives, but it still requires a focused go‑to‑market beachhead in the deck to be credible.
Corporate spin‑out decks benefit from clearly explaining IP ownership, licensing terms, and how the new entity will operate independently rather than assuming the parent brand’s credibility is sufficient.
Later funding success (Series B in 2020 and Series C in 2022) demonstrates how an early deep‑tech deck can set the narrative that subsequent rounds will build upon, especially around a singular branded concept like the Ideal Switch.

Menlo Micro pitch deck: common questions

What does Menlo Micro do?

Menlo Micro is a semiconductor and electronic components company spun out of GE in 2016 to commercialize a new class of micro-electromechanical (MEMS) switches branded as the Ideal Switch, which aim to replace traditional electromechanical relays and many solid‑state switches in RF, power, and industrial systems.

How much did Menlo Micro raise in its first funding round and who invested?

In December 2016, GE Ventures announced the launch of Menlo Micro as a spin‑out from GE’s Global Research Center, with $18.7M invested by GE Ventures, Microsemi Corporation, Corning, and Paladin Capital Group to fund the company’s initial growth. This funding is widely described as Menlo Micro’s Series A round.

Which round is the Menlo Micro pitch deck from Pitchdeckhunt associated with?

The 2016 pitch deck corresponds to Menlo Micro’s Series A/launch financing, announced in December 2016, when GE Ventures and strategic partners committed $18.7M to spin the company out of GE and commercialize its Ideal Switch technology.

What was Menlo Micro’s valuation at the time of this pitch deck?

Menlo Micro’s founding and launch press release does not publicly disclose specific valuation or revenue figures. Later funding data sources list deal structures and amounts but do not provide a reliable, sourced valuation for the 2016 round.

Who founded Menlo Micro?

Public materials and the launch press release do not name specific individual founders, instead emphasizing Menlo Micro as a spin‑out from GE’s Global Research Center with support from GE Ventures and strategic partners. Subsequent executive interviews credit a 12‑year GE R&D program but still focus on GE and partner organizations, not a single founder.

Sources

Funding and outcome facts on this page were researched on 2026-08-21 from the pages below.

Menlo Micro pitch deck slides

Menlo Micro pitch deck slide 1 of 22 — Menlo Micro pitch deck — slide 1 of 22

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Menlo Micro pitch deck slide 3 of 22 — Menlo Micro pitch deck — slide 3 of 22

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Menlo Micro pitch deck slide 5 of 22 — Menlo Micro pitch deck — slide 5 of 22

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What each slide of the Menlo Micro pitch deck says

Slide 1

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Slide 5

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Slide 10

Introducing the deal Switch. Technology platform with breakthrough innovations in materials and processing. [e==] o MENIoMmIcIg Glass Cap Beam Contact Gate Through-Glass-Via Glass Substrate

Slide text above is read directly from the Menlo Micro deck PDF embedded on this page.