u/Difficult_Goal_9160

I saw this on X and it’s worth a proper look: Sivers Photonics has a pending WIPO patent application, WO2026078399A1, “Distributed feedback laser modification,” filed October 2025 and published April 2026.

The problem it attacks is specific and real. In DFB manufacturing, variation in the optical phase at the laser cavity facets causes threshold gain spectrum variation, which degrades single-mode operation. Lasers that fail the single-mode parametric tests or land out of spec are yield loss — scrap.

The existing fix is post-test laser trimming or cutting: slow, serial, specialized equipment. One laser at a time.

Sivers’ approach: test each laser while it’s still on the wafer (probe card, segmented contacts), compute a customized correction per device, then apply all those different corrections in wafer-level lithography steps — patterning, deposition, implantation, etching — concurrently across the wafer. The corrections tune each cavity nonuniformly (refractive index, carrier injection, or stress distribution, axially or across the cavity) to compensate for that device’s measured variation. Then re-test.

Why it matters: Glasgow is being prepped for 100M+ CW DFB lasers a year. At that scale the economics are set by usable yield, not wafer starts. This is IP around making high-volume DFB production more efficient and predictable — sellable capacity without extra capex.

Caveats, since they matter here:

Net: it’s a real signal they’re engineering for yield at volume, not just adding capacity. That’s the right problem to be solving ahead of the AI datacenter ramps.

Credit to Pep_Invest (@Pep_Invest) for digging this one up: https://x.com/Pep_Invest/status/2107065762233950677

Patent: https://patents.google.com/patent/WO2026078399A1/en

TL;DR: Sivers has a pending patent on testing each DFB laser on-wafer and applying custom per-device cavity corrections via lithography. It targets facet-phase yield loss — the scrap driver in DFB manufacturing. No yield figures in the filing, not granted yet, and most likely defensive IP for Glasgow’s 100M+/year ramp.

​

Spotted on LinkedIn: POET Technologies posted a "Manager, Laser Development" role in Singapore earlier today. The mandate: lead development and industrialization of FP lasers, DFB lasers, EMLs, and external cavity laser modules — and integrate them into POET's products and manufacturing.

Why this matters for POET: the company has historically sourced lasers from suppliers rather than making them. Bringing laser development in-house means owning more of the stack — the laser layer is the highest-value, hardest-to-source piece of the optical engine. Less supplier dependence, more margin capture, more control over the roadmap.

The timing tells a story too. The whole industry is scrambling for laser capacity right now — Lumentum's InP output is reportedly spoken for, Nvidia is locking up fab capacity. Building an in-house laser team is what you do when you can't count on buying your way out of the bottleneck.

Honest caveats: a job posting is intent, not a shipping product. In-house lasers are 18+ months from mattering, if they ever do — and vertical integration is expensive and hard. File under "POET is serious about owning the full engine," not "lasers shipping next quarter."

Not financial advice. DYOR.

Two Enablence headlines in one week, and they tell the same story — Sivers' optical-chip partner can't build fast enough:

1. THE MONEY

- Closed a C$25M strategic investment from Collingwood Investments: 3.226M shares at C$7.75 — about a 21% premium to the Sept 14 close.

- Proceeds go to expanding fab capacity in Silicon Valley and Vietnam, plus working capital for growing sales volumes.

- Raising at a premium, not a discount — that's a growth raise, not a rescue.

2. THE NUMBERS

- FY2026 prelim revenue: $7.9-8.1M — first-ever positive-margin quarter.

- FY2027 guidance: $19-21M (~150% growth), gross margins 25-35%.

- Demand already outpacing wafer capacity: expanding the Fremont fab, ramping the Vietnam assembly site, qualifying a second manufacturing location in H2 FY2027.

- Wafer starts target: 4,500+/month by end of calendar 2027.

WHY IT MATTERS FOR SIVE

- Enablence is Sivers' partner (with O-Net Technologies) on the 8-channel external light source module for co-packaged optics in AI datacenters (announced March 17, 2026): Sivers supplies the DFB laser arrays, Enablence its NxN Star Coupler, O-Net handles manufacturing — production readiness targeted by year-end 2026.

- A partner raising growth capital at a premium AND guiding 150% growth because it can't make wafers fast enough is about as healthy a demand signal as this ecosystem produces.

HONEST CAVEATS

- The partnership has no disclosed dollar figures or purchase orders — this is ecosystem health, not Sivers revenue.

- Guidance is a forecast, and Enablence has to execute the fab buildout.

- Enablence strength doesn't automatically convert to Sivers orders.

Sources: https://www.prnewswire.com/news-releases/enablence-technologies-inc-closes-c-25-million-strategic-investment-302889709.html and https://markets.financialcontent.com/dowtheoryletters/article/newsfile-2026-9-22-enablence-technologies-announces-preliminary-unaudited-fy2026-results-and-updated-guidance

Not financial advice. DYOR.

Spotted on LinkedIn: POET Technologies posted a "Manager, Laser Development" role in Singapore ~13 hours ago. The role: lead development and industrialization of FP lasers, DFB lasers, EMLs, and external cavity laser modules, and integrate them into POET's products and manufacturing.

Why SIVE holders should care: POET is a photonics peer (optical interposer platform, optical engines for AI/data centers) that has historically sourced lasers from suppliers rather than making them. DFB lasers and external-cavity lasers are directly Sivers' turf, and both companies are chasing the CPO/AI light-source market.

Two readings:

1. Competitive — one more player moving up the stack to own the laser layer. Long-term that means more rival light-source products and potentially fewer customers for merchant laser suppliers like Sivers.

2. Bullish for the thesis — the whole industry is suddenly hiring laser people because lasers are the bottleneck. Lumentum's InP capacity is reportedly sold out for years, Nvidia is locking up fab output. Nobody builds a laser team if lasers are a commodity.

Honest caveat: a job posting is intent, not a shipping product. POET's in-house lasers are 18+ months from mattering, if they ever do. File under "the industry agrees lasers are the prize," not "Sivers just got a new rival."

Not financial advice. DYOR.

​

Big one from today. Sivers called an extraordinary general meeting for October 22 in Stockholm, and the ballot has two items that matter:

1. AUDITOR SWAP: DELOITTE -> EY

- Deloitte has audited Sivers for 10 years, and EU rules cap the engagement at ten — so a change was due regardless.

- But the stated reason goes further: EY was picked for its "extensive experience of Swedish listed companies with U.S. capital markets activities and SEC reporting requirements," in view of "preparations for a potential dual listing of the shares in the United States, expected to be completed during the first half of 2027."

- Explicitly not about any accounting disagreement.

2. NEW INCENTIVE PROGRAM (P11)

- Up to 7,280,000 stock options (~2.0% dilution; ~6.1% counting the 15.9M already outstanding).

- Shareholder-friendly terms as these things go: 110% of the five-day VWAP exercise price, everything vests only on the third anniversary, two-year clawback, no repricing.

- Needs 90% of votes to pass. First grants intended right after the Q3 report (Nov 26). CEO can receive up to 1M.

WHY THIS MATTERS

- In August the US listing was only "under evaluation." Now the company has written "expected to be completed during the first half of 2027" into official meeting documents and is installing an auditor chosen for SEC-reporting experience. That's a timetable, not a vibe.

- Same day as the Deutsche Bank ADR filing this morning. The US-access arc is accelerating on several fronts at once.

HONEST CAVEATS

- It still says "potential" dual listing — not done until it's announced and executed.

- The EGM still has to approve both items (auditor needs a majority, P11 needs 90%).

- P11 adds ~2% dilution — modest, and the terms are strict.

Source: https://news.cision.com/sivers-semiconductors/r/notice-to-attend-an-extraordinary-general-meeting-of-sivers-semiconductors-ab,c4402413

Not financial advice. DYOR.

Deutsche Bank filed a Form F-6 with the SEC this morning to launch a US ADR program for Sivers Semiconductors (1 ADS = 3 ordinary shares, effective immediately). Here's why it matters:

1. Real US access. Until now Americans were stuck with SIVEF, the OTC foreign-ordinary line — clunky on currency, settlement, and custody. A proper dollar-denominated, DTC-eligible ADR works like a US stock and far more brokerages (including retail apps) can carry it.

2. Zero dilution. This is not a capital raise. The $1.25M figure floating around is just the SEC fee-calculation basis — no new shares, no cash to or from Sivers. Pure access upgrade, costs the company nothing.

3. A demand signal. Deutsche Bank filed this on its own (unsponsored) — banks don't set these programs up for free. They do it when there's enough US investor interest to earn fee income. Somebody sees American demand for SIVE.

4. It fits the bigger arc. Sivers has said dual-listing groundwork should be done by mid-2027. An ADR program building a US shareholder base beforehand is exactly the kind of stepping stone you'd expect.

One honest note: this is not the Nasdaq listing itself — that would be company-led.

This is the on-ramp, not the destination.

Not financial advice. DYOR.

https://www.streetinsider.com/SEC+Filings/Form+F-6EF+SIVERS+SEMICONDUCTORS+Filed+by%3A+Deutsche+Bank+Trust+Co+Americas+ADR+Group/27118706.html

D.E. Shaw & Co LP reappeared on Finansinspektionen's public short register at 0.50% on Sept 28, 2026. Trackers had shown 0.00% — but that just means the position had slipped below the 0.5% publication threshold, not that it was closed.

Context: this is a returning bear, not a new one. D.E. Shaw was disclosed at ~0.59% on Aug 4 and 0.82% on Sept 1, then dropped off the public list. Aggregate short interest in SIVE was ~4.4% (~15.7M shares) in early September, with Citadel Securities and Arrowstreet also named at various points.

Honest caveat: D.E. Shaw is a quant giant — a disclosed short can be a hedge or pair trade, not necessarily a directional bet that the company fails. Sweden only names holders at/above 0.5%, so most shorts stay invisible.

Not financial advice. DYOR.

​

WHAT HAPPENED

- Senators McCormick, Gallego, Cornyn, and Fetterman just introduced the bipartisan "Securing National Security Systems from Chinese Optical Transceivers Act."

- It would prohibit federal procurement of covered optical transceivers for national security systems, extending the existing federal restrictions on Chinese semiconductors.

- It explicitly names InnoLight (the world's largest optical transceiver maker, put on the DoD's 1260H Chinese military company list in June) and Eoptolink, plus subsidiaries/affiliates - and any transceivers using their firmware, software, or components.

- 5-year transition period, limited waivers, and directs the Commerce Dept to assess US/allied production capacity and build a strategy to strengthen trusted supply chains.

- Key stat from the Coalition for a Prosperous America: Chinese firms control roughly 70% of the global optical module market.

WHY THIS MATTERS FOR SIVE

- The bill is an explicit demand signal: the US government will spend 5 years standing up non-Chinese optical supply chains for its most sensitive networks.

- Sivers is exactly the kind of supplier this creates room for: Swedish company, InP laser fab in Glasgow, Scotland - not subject to Chinese export controls, auditable to Western standards (Chinese InP fabs can't offer that).

- Sivers' lasers go INTO the transceiver/CPO supply chain. As InnoLight/Eoptolink get locked out of US federal and national security systems, demand shifts to trusted sources - and Sivers is expanding Glasgow to >100M CW-DFB lasers/year by Q4 2027.

- The 5-year transition + Commerce capacity assessment = a multi-year, government-blessed runway for allied suppliers to scale into.

BEAR CASE / REALITY CHECKS

- It's a bill, not a law. It may die in committee or get watered down.

- It only covers national security systems procurement, not the whole commercial data center market where Chinese modules dominate (~70% global share).

- The 5-year transition means no near-term revenue pop - this is a slow-burn demand tailwind, not a contract announcement.

- Waivers exist if no trusted alternative is available.

Source: https://www.mccormick.senate.gov/news/press-releases/senators-mccormick-gallego-cornyn-fetterman-introduce-bill-to-keep-chinese-transceivers-out-of-u-s-national-security-systems/

DYOR. Not financial advice.

​

All eyes are on Jabil ($JBL) reporting Q4 FY26 earnings and FY27 guidance this Wednesday morning. While the market will focus on overall AI server hardware build-outs, the real strategic catalyst lies in the smallest player in their optical supply chain: Sivers Semiconductors ($SIVE).

Why Jabil’s Earnings Matter for $SIVE

Jabil is the primary manufacturing engine bringing next-generation 1.6T optical modules to market. Sivers' roadmap targets Jabil beta builds in Q4 '26, orders in H1 '27, and a full production ramp in H2 '27.

Any commentary from Jabil leadership on 1.6T optical transceiver qualifications, volume demand, or FY27 AI photonics CapEx will serve as the cleanest public indicator of Sivers moving from qualification milestones directly into commercial revenue.

The Co-Developed Product: 1.6T DR8 LRO Module

Jabil and Sivers are collaborating on the 1.6T DR8 LRO (Linear Receive Optics) Transceiver, powered by Sivers’ high-power Continuous Wave (CW) Distributed Feedback (DFB) lasers.

By eliminating complex Digital Signal Processors (DSPs) on the receiving side via LRO architecture, this module drastically cuts power consumption where AI data centers need it most.

How it Stacks Up Against Competitors

Power consumption is currently the single largest bottleneck in hyperscale AI infrastructure. The Jabil/Sivers 1.6T DR8 LRO module sets an aggressive benchmark:

Jabil / Sivers 1.6T DR8 LRO: ~11W – 13W (Demo confirmed at 11.15W)

Lumentum 1.6T: ~16W (~25% higher power consumption)

ATOP 1.6T LRO: <16W

Ligent 1.6T LRO: ~17W

A ~25% power efficiency advantage over industry leaders like Lumentum gives this joint solution a massive competitive moat as hyperscalers push to double data rack bandwidth without exceeding power density budgets.

Summary

If $JBL delivers strong FY27 AI photonics guidance and confirms qualification timelines for 1.6T modules,$SIVE is primed to be the high-beta beneficiary as the market prices in its transition to high-volume manufacturing

Spotted an equity research update from Jefferies citing feedback from silicon photonics developer Ayar Labs regarding the commercial adoption timeline for Co-Packaged Optics (CPO).

According to the note, Ayar Labs expects CPO ramps to start in C28 (Calendar Year 2028), followed by high-volume shipments in C29 (Calendar Year 2029).

Connecting the Timeline to Sivers Semiconductors ($SIVE):

This C28/C29 window provides crucial context when looking at Sivers’ roadmap for its optical light source business:

Glasgow Expansion Timing: Sivers recently announced a $30 million strategic investment to expand its Indium Phosphide (InP) manufacturing facility in Glasgow, Scotland. That expansion program begins in H2 2026 and is scheduled to become fully operational in Q4 2027.

Capacity Scaling for C28 Ramps: The Q4 2027 completion date for the Glasgow plant puts Sivers' expanded capacity online right on time to support customer production ramps starting in 2028 (C28). Once complete, the upgraded Glasgow site is target-rated for an annual production capacity of over 100 million Continuous-Wave Distributed Feedback (CW DFB) lasers.

The Hybrid Manufacturing Bridge: To bridge the gap from initial qualification to mass-market volume (C29), Sivers is transitioning to a hybrid model that pairs in-house Glasgow wafer fabrication with high-volume external Asian foundry and packaging partners.

The Optical Bottleneck: Because silicon photonics platforms (including CPO architectures) cannot generate light natively on silicon, they rely on external continuous-wave InP lasers as the light engines.

As network requirements push from 800G to 1.6T and beyond, external InP laser capacity is becoming one of the most critical supply chain bottlenecks in next-gen AI datacenters. The Q4 2027 completion date for Glasgow leaves Sivers nicely positioned to meet that C28 qualification-to-ramp window.

​Saw this update floating around photonics circles today regarding Enablence Technologies ($ENA / $ENWFF), and it has direct positive implications for Sivers ($SIVE).

​The Headline & Details

Enablence just announced a C25M strategic equity raise at C7.75 per share—a 21% premium over its previous close. Crucially, the proceeds are earmarked for expanding fab capacity in Silicon Valley and Vietnam, alongside working capital to support ramping sales volumes.

​Why This Matters for Sivers ($SIVE)

Back in March, Sivers, Enablence, and O-Net Technologies announced a three-way strategic partnership to build an External Light Source (ELS) module targeting Co-Packaged Optics (CPO) architectures for AI data centers:

​Sivers: Supplies the core Distributed Feedback (DFB) laser arrays (generating the multi-wavelength light engine).

​Enablence: Supplies the NxN Star Coupler chip (handling passive optical power distribution across channels).

​O-Net: Acts as the ODM integrator assembling the full ELS module.

​Key Takeaways for Sivers Investors

​Supply Chain Scaling: One of the main execution risks with CPO architectures isn't just the laser engine—it's the entire optical stack. Enablence securing growth capital specifically to scale up its fab and packaging throughput removes potential downstream bottlenecks for their joint ELS module.

​Pricing Power / Institutional Confidence: Raising capital at a 21% premium in this macro environment indicates strong institutional conviction in Enablence’s PLC/photonics roadmap—and by extension, the commercial viability of the ELS ecosystem Sivers is integrated into.

​Ecosystem Momentum: Sivers’ hybrid manufacturing strategy (including their recent $30M InP fab expansion in Glasgow) relies on partners scaling up simultaneously. When your key module partners get funded to build out capacity in North America and Asia, it validates that commercial ramps for high-density AI optical interconnects are getting closer to real volume.

​Definitely a solid indirect read-through for $SIVE as the broader CPO supply chain continues to take shape.

&#x200B;

Hey everyone,

I came across some coverage detailing Sivers Semiconductors’ recent operational shifts and wanted to break down the key takeaways regarding their market position, capacity constraints, and strategy in Asia.

1. Demand Surge & Industry-Wide Equipment Bottlenecks

Tight Equipment Supply: While market demand is surging at over 30% year-over-year, Sivers highlighted a specific, industry-wide bottleneck in specialized manufacturing machinery constraining capacity across the sector.

Extended Deficits: Citing financial disclosures from Lumentum, planned capacity expansions across the optical market are projected to fall short of demand through 2027 and 2028.

2. Manufacturing Expansion & CPO Positioning

CPO Scalability: Sivers notes that it is currently the sole supplier capable of delivering laser arrays for Co-Packaged Optics (CPO) at volume scale.

Glasgow Fab Upgrade: The company is committing a $30M investment to scale its Glasgow, Scotland manufacturing line for Indium Phosphide (InP) Distributed Feedback (DFB) lasers, targeted to go fully operational in Q4 2027.

3. Direct Footprint in China

New Local Presence: To capture growing market share, Sivers opened a physical China office this year and made its debut appearance at CIOE to evaluate local market pull directly.

Massive Addressable Market: Management pointed out that roughly 50% of their target pluggable market resides in China, with 6 of the top 10 global optical module manufacturers operating out of the region.

Overall, the data points to strong structural tailwinds and a unique moat in CPO, though actual revenue scaling will stay tightly linked to how fast equipment constraints clear and when the Glasgow line comes fully online in late 2027.

While the market focuses on US hyperscalers, Sivers Semiconductors ($SIVE) is aggressively positioning itself to capture the massive demand for next-generation optical interconnects coming out of Asian markets.

Following a major executive roadshow in China, CEO Vickram Vathulya described China as a "hotbed" for next-gen optical interconnects, confirming that engagement with regional customers and partners is accelerating fast.

Key Takeaways from the Update:

Massive Regional Demand: Executive trips to China reinforced both the sheer scale of local demand and the strategic necessity of $SIVE's photonics (InP CW laser) portfolio for AI infrastructure.

Dual Pipeline Execution: Sivers is forming an increasingly robust deal flow consisting of both near-term revenue opportunities and long-cycle programs across key Asian AI datacenter players.

Solidifying Asia Supply Chain Partnerships: This regional momentum directly complements Sivers’ hybrid manufacturing strategy—combining their $30M European InP fab expansion with strategic assembly, packaging, and foundry partners in Asia to support high-volume ramps.

Full-Year Outlook Ahead: Management noted that active discussions and expanding regional visibility position them strongly moving through the year, with Q4 and year-end commentary scheduled for upcoming release.

Why China/Asia is the X-Factor for $SIVE

China accounts for a massive portion of the world’s optical transceiver manufacturing (players like InnoLight, Eoptolink, etc.) and AI datacenter hardware assembly. As the industry transitions from 800G to 1.6T and 3.2T optical modules, these Chinese manufacturers urgently need reliable, high-yield InP Continuous Wave (CW) laser sources—which is $SIVE's primary specialty.

Securing active discussions, programs, and strategic partnerships in this market validates that Sivers isn't just relying on Western hyperscalers—they are tapping straight into the global manufacturing hub for AI optics.

TL;DR

Sivers is seeing steady momentum with customer activity and a growing deal pipeline in China. As global demand for AI optics explodes, $SIVE is securing key regional partnerships right ahead of their expected volume ramps in 2026/2027.

If you’ve been tracking the Co-Packaged Optics (CPO) and AI data center space, Sivers Semiconductors ($SIVE / $SIVEF) presents a compelling comparison to China's Yuanjie Semiconductor, demonstrating how quickly the market rerates AI laser suppliers once order volumes kick in.

The Yuanjie Blueprint

Yuanjie (SSE: 688498) was historically a modest optical component maker generating low double-digit millions in revenue. However, once hyperscale AI data centers expanded and needed high-power lasers for optical connectivity (400G/800G/1.6T transceivers), Yuanjie’s growth surged:

2025 Revenue: ~$83M vs. Sivers’ ~$32M

H1 2026 Yuanjie Revenue: Total revenue hit ~$129M (+351% YoY), with data-center revenue surging to ~$108M (+640% YoY).

Valuation Rerating: Yuanjie went from a ~$1.0B market cap in 2022 up to ~$26B in 2026.

Where Sivers ($SIVE) Stands Today

Sivers operates in the exact same picks-and-shovels niche—manufacturing high-power DFB laser arrays used in external light sources (specifically for Ayar Labs’ SuperNova CPO architecture, backed by Nvidia, AMD, Intel, and Wiwynn).

Current Stock Price: ~$3.05 USD / ~30 SEK

Current Market Cap: ~$1.0B USD

While Sivers generated ~$32M in 2025 revenue, it sits right at the threshold Yuanjie occupied before AI laser orders hit the income statement.

What a Market Rerating Could Look Like for $SIVE

If Sivers captures a fraction of the CPO optical engine market as Ayar Labs and other partners scale production, its market cap could shift from a speculative $1B to a higher-tier valuation:

$5B Market Cap -> ~$14 / share

$10B Market Cap -> ~$28 / share

$15B Market Cap -> ~$42 / share

$20B Market Cap -> ~$56 / share

$25B Market Cap -> ~$70 / share

$30B Market Cap -> ~$84 / share

The Core Thesis

The question isn't whether optical interconnects will replace copper—hyperscalers have made it clear CPO is necessary to bypass thermal and power bottlenecks. The question is how quickly laser orders begin reflecting in Sivers' quarterly earnings.

At a ~$1B valuation today compared to Yuanjie's ~$26B valuation, $SIVE offers a high-upside play on the optical hardware layer supporting AI compute.

Big developments in the Co-Packaged Optics (CPO) and AI infrastructure space that are worth keeping on your radar.

Silicon Valley startup Ayar Labs just announced an extension of its Series E funding by $150M, bringing its total 2026 funding to $650M. Ayar Labs is building optical I/O technology to link AI chips directly together using fiber optics—a critical innovation to solve the massive power consumption, bottlenecking, and overheating issues associated with traditional copper interconnects as AI clusters scale up.

What’s notable here isn't just the funding amount, but who is backing them:

NVIDIA ($NVDA)

AMD ($AMD)

Intel ($INTL)

MediaTek

Alchip Technologies

Wiwynn (the latest high-profile addition to their strategic backers)

When the biggest heavyweights in GPU design, custom ASICs, and data center infrastructure align behind a single optical I/O architecture, it signals where the industry standard is heading for next-generation AI clusters.

The $SIVE Connection

For those looking at picks-and-shovels plays in the photonics stack, Sivers Semiconductors ($SIVE) is an important piece of this puzzle:

The Technology: Ayar Labs’ optical solution relies on its SuperNova™ CPO architecture (an external multi-wavelength light source). Sivers Semiconductors provides the specialized, high-power DFB laser arrays that supply the light for these optical engines.

The Valuation Gap: Sivers ($SIVE) is currently floating around a ~$1B market cap.

The Scaling Upside: As NVIDIA, AMD, and hyperscale data centers transition from copper to co-packaged optics for scale-up interconnects, laser volume requirements will ramp exponentially. If Ayar Labs' SuperNova system transitions into full-scale mass production, the volume demand on Sivers’ laser manufacturing could significantly shift its fundamental valuation.

The big semiconductor players are placing their bets on optical I/O. Keep an eye on how CPO adoption plays out as datacenter architectures evolve!

The narrative around the AI hardware stack is officially shifting from standard transceivers to the underlying physical integration layers: Continuous Wave (CW) Lasers, Optical Engines, and Silicon Photonics.

If you’ve been tracking sell-side notes, four major research teams—Morgan Stanley, Goldman Sachs, Bank of America, and Rosenblatt—have all independently raised their outlooks and confirmed a severe optical laser supply constraint running straight into 2027/2028.

When four Wall Street heavyweights land on the exact same supply-bottleneck timeline without coordination, it’s a massive signal. The Street is realizing that GPUs and switches mean nothing if you run out of light sources and optical engines to interconnect them.

1. The Big Bank Data Points

Citi’s Market Call: Optical interconnects are projected to explode to $92B by 2028 (65% CAGR). Silicon Photonics (SiPh) adoption is jumping from 29% to 60%, driving 114% annual demand growth for CW lasers. Citi explicitly compared this optical/laser crunch to HBM (High Bandwidth Memory) during early GPU scaling.

Goldman Sachs: Upped growth projections for transceiver leaders like InnoLight (78% CAGR, profit 25–42% above consensus) and flagged that supply-chain pressure is moving down to the optical layer.

The Street Consensus: Wall Street is no longer debating whether the module cycle extends—they are debating how fast the laser, optical engine, and packaging layers can keep up.

2. Why $POET (POET Technologies) Hits the Sweet Spot

While standard transceiver makers fight for physical components, POET Technologies ($POET) solves the physical bottleneck itself with its proprietary POET Optical Interposer™.

Instead of relying on slow, manual assembly and active alignment of delicate lasers, POET integrates lasers, detectors, and waveguides directly onto a single chip-scale platform using automated semiconductor processes.

Eliminating the Assembly Bottleneck: Traditional optical packaging requires active laser-to-waveguide alignment (expensive, low yield). POET’s platform eliminates active alignment entirely, driving up yields and lowering costs.

Positioned for 1.6T and 3.2T Cycles: Products like the POET Teralight™ 1.6T optical engine drastically reduce component counts (using fewer laser chips for 1.6T transceivers), making hyperscaler scaling achievable during a laser deficit.

Key Ecosystem Enabler: POET isn't competing with the optics ecosystem—it powers it. It provides key integrated engines and ELS (External Light Source) solutions for hyperscalers, module builders, and chipmakers (working alongside players like Mitsubishi Electric, Lessengers, and Sivers).

Commercial Ramp Taking Hold: With major commitments (like the $500M Lumilens framework) and capacity scaling for 2026/2027,$POET is moving directly from development into high-volume production right as the shortage hits.

TL;DR / The Bottom Line

With MS, Goldman, BofA, and Rosenblatt all confirming an optical/laser shortage through at least 2027, the bottleneck isn't just making faster chips—it's getting light into them cost-effectively. $POET's Optical Interposer architecture turns complex optical assembly into a scalable wafer-level semiconductor process.