u/The_Bull_Whisperer

The most important takeaway from GCT’s Q2 call is that the unnamed satellite customer appears to be very close to commercialization, but GCT still cannot name them because it is waiting for the customer’s approval.

GCT says satellite/NTN is one of its two largest near-term volume opportunities, alongside terrestrial broadband.

Management says there is “a lot of latent activity that has not ramped yet” in satellite/NTN.

GCT has secured wafer capacity through Q1 2027, specifically in anticipation of what management calls a “relatively large ramp.”

The company expects H2 2026 shipments to exceed H1, with Q1 2027 also having meaningful visibility.

When asked directly about the unnamed satellite provider, CEO John Schlaefer said they will eventually disclose the name, but they are waiting for the customer's “green light” because of NDAs.

The key sentence: “as soon as they launch, they will be less sensitive about that.”

When pressed on timing, he said disclosure “could be Q4, it could be Q1."

Amazon has confirmed beta service in five countries (United States, United Kingdom, France, Germany & Canada) starting late 2026 or early 2027. Amazon fits with Q1/Q4.

This is not financial advice, speculation only. I hold shares in GCTS.

Sources

Earnings call:

https://finance.yahoo.com/markets/stocks/articles/gct-semiconductor-holding-inc-gcts-050259490.html

Kuiper availability:

https://orbitalradar.com/satellite-internet/kuiper-availability

Several independent pieces of information line up unusually well: GCT's satellite contracts, its new 5G/NTN chip architecture, the AlphaChips manufacturing commitment, Globalstar's relationship with GCT, Amazon's acquisition of Globalstar, and SpaceX's rapid expansion into terrestrial + satellite mobile connectivity.

This is not financial advice, speculation only, I hold shares in GCTS.

The question is: Who needs exactly the type of 4G/5G + NTN + terrestrial connectivity silicon that GCT is now preparing to manufacture at scale?

1. GCT has an unnamed major satellite customer:

On January 29, 2026, GCT announced a licensing agreement with a major satellite communications provider.

The important language is that GCT's 4G and 5G chipsets are being integrated into the provider's user equipment for both satellite and terrestrial networks, with a pathway toward direct-to-satellite applications.

Then, on May 7, GCT announced a follow-up agreement with the same satellite provider.

This time, GCT would provide a 5G/4G reference design intended to accelerate development of next-generation user equipment and allow OEM/ODM manufacturers to produce equipment more quickly for high-speed communications across satellite and terrestrial networks. That is important, not a small proof-of-concept.

GCT silicon - reference platform - OEM/ODM - potentially large-scale equipment production.

And GCT has indicated that the opportunity could eventually represent million-plus annual units.

2. The GCT chip roadmap fits the problem as GCT's newer architecture includes:

- GDM7262X — NR-Lite

- GDM7265X — NR-Standard

- GDM7259X — NR-Ultra

- Sub-6 GHz RF products

- mmWave IF/RF products

- NTN capability

The chip I find particularly interesting for the satellite thesis is GDM7262X.It is positioned as the lower-cost NR-Lite modem and includes NTN capability. If you're talking about millions of devices, you don't necessarily want the biggest, most expensive modem.

Increasingly interesting is low cost + low power + 5G + NTN + terrestrial connectivity. That is the type of architecture that could make sense for mass-market satellite/terrestrial devices.

3. The AlphaChips manufacturing commitment. This is one of the most overlooked but most important pieces of the puzzle.

GCT's long-term ASIC partner AlphaChips entered a procurement arrangement worth approximately $18 million.

GCT is simultaneously:

- expanding its satellite agreements;

- developing its new 5G/NTN platforms

- creating a reference design for OEM/ODM production

- preparing for commercial shipments;

- and committing significant capital to semiconductor production.

This is a commercial ramp preparation, not an early-stage R&D project.

We still don't know exactly which GCT chip the AlphaChips order covers, so I would not claim that the order proves GDM7262X is being manufactured for Amazon or SpaceX. But it is a very important supporting piece.

4. This is where the Amazon thesis becomes much stronger than it initially appeared. GCT already has a documented relationship with Globalstar which Amazon is acquiring.

In March 2025, GCT announced that Globalstar's RM200M product would use GCT's GDM7243i IoT chip, with future products planned around GCT 4G and 5G IoT chipsets to support Globalstar's satellite network.

Then, in April 2026, Amazon announced that it would acquire Globalstar.

Amazon specifically said the acquisition includes Globalstar's:

- satellite operations;

- infrastructure;

- MSS spectrum;

- and other satellite assets.

Amazon said these assets would help expand Amazon Leo and enable direct-to-device connectivity.

That creates a very interesting chain:

GCT + Globalstar

+

Amazon acquires Globalstar

+

Globalstar assets become part of Amazon Leo

+

Amazon builds D2D

+

GCT's existing satellite/cellular technology potentially becomes relevant to the Amazon ecosystem. That is not speculation about a random connection, the first link is documented.

5. Amazon LEO is now going much further than traditional satellite broadband, not just trying to compete in fixed satellite broadband.

Amazon has proposed a new direct-to-device constellation of up to 5,105 satellites.

The purpose is to connect compatible mobile devices directly from space for:

- voice

- messaging

- data

- emergency services

- and connectivity outside terrestrial cellular coverage.

Amazon says deployment is targeted to begin in 2028, and the complete Leo network could eventually support hundreds of millions of customer endpoints.

This is extremely important for GCT because their new architecture is not simply:

"satellite modem."

It is:

4G/5G + terrestrial + NTN.

The exact technological problem Amazon's D2D system has to solve.

6. But there is an important Amazon mismatch: Amazon already has its own custom silicon called Prometheus. Prometheus is central to Amazon Leo's broadband terminal architecture.

Therefore, I do NOT believe the thesis should be:

"GCT is replacing Amazon's Prometheus chip" cause it doesn't make much sense.Prometheus is Amazon's own custom baseband technology for its Leo terminal architecture.

Instead, I think the more interesting possibility is that GCT operates alongside Amazon's proprietary technology.

A much more technically believable scenario:

Prometheus

Amazon Leo broadband terminal architecture

GCT modem/RF

Cellular/NTN/D2D equipment and potentially third-party OEM devices.

7. Amazon's D2D system is fundamentally different from the traditional Leo broadband terminal.

It needs to interact with: Ordinary cellular devices, and mobile network operators while extending coverage through satellites.

Amazon explicitly says its D2D system will partner with mobile network operators and extend cellular connectivity beyond terrestrial coverage. That's where GCT could potentially fit.

GCT doesn't need to supply the satellite itself, or replace Prometheus. It could supply the cellular/NTN silicon inside equipment participating in the ecosystem.

8. Now look at Starlink, a completely different hypothesis. We don't have a documented GCT + SpaceX relationship.

But SpaceX's strategy is becoming a strong match for GCT's technology.

SpaceX recently acquired approximately 65 MHz of spectrum from EchoStar and has announced plans to turn Starlink Mobile into a much broader terrestrial + satellite mobile network. Reuters reports that SpaceX intends to compete directly with major U.S. wireless carriers, while using Starlink infrastructure to support the terrestrial network.

SpaceX's spectrum holdings span approximately 1.7–2.2 GHz. And GCT's RF portfolio covers a broad 400 MHz–7 GHz range.

More importantly, GCT's newer modem architecture explicitly supports NTN.

So the architecture looks like:

Starlink

terrestrial cellular

+

satellite NTN

+

GCT 5G/NTN modem

= A good conceptual match.

9. The Starlink strategy has changed,  no longer simply: "satellite internet for homes." SpaceX is positioning Starlink as a full mobile network. Moving terrestrial infrastructure combined with its satellite constellation, with next-generation satellites expected to significantly improve mobile performance.

That creates a massive potential device ecosystem:

- smartphones;

- IoT

- vehicles

- industrial equipment

- robotics

- autonomous systems

- enterprise equipment

- remote infrastructure.

That's where GCT's low-cost NTN/5G architecture becomes appealing.

10. The robotics/AI angle makes the thesis even bigger. GCT has recently shifted its messaging toward AI-edge connectivity.

The idea isn't that GCT will compete with Nvidia on AI compute. It's that AI creates enormous amounts of data at the edge. Robots, autonomous systems, industrial machines and remote devices need to move that data.

The architecture becomes:

AI device

+

GCT 5G/NTN modem

+

terrestrial network

And/or

satellite network

+

cloud / AI infrastructure

This could be especially interesting for Starlink. Imagine an autonomous machine, robot, self driving car, operating somewhere with unreliable terrestrial coverage.

The ideal device doesn't need separate systems for cellular when available or satellite when cellular disappears. It can have a unified connectivity layer, the problem GCT's terrestrial + NTN architecture is designed to address.

11. The biggest question: Amazon OR Starlink? There are actually three possibilities.

Scenario 1: The unnamed customer is Amazon/Leo or an Amazon-controlled ecosystem.

The strongest evidence is:

- GCT already works with Globalstar.

- Amazon is acquiring Globalstar.

- Amazon is building D2D.

- Amazon wants hundreds of millions

- of endpoints.

- GCT is developing 4G/5G + NTN silicon.

Scenario 2: The unnamed customer is SpaceX/Starlink. The strongest evidence is:

- Starlink is becoming a hybrid terrestrial + satellite mobile network.

- SpaceX has acquired 65 MHz of spectrum.

- The spectrum sits within the broad frequency envelope of GCT's RF portfolio.

- GCT's new silicon supports NTN.

- Starlink is targeting a huge mobile/IoT ecosystem.

Technically compelling, but there is ono documented GCT–SpaceX relationship.

Scenario 3: BOTH, the scenario that would make the GCTS thesis explode.

GCT could theoretically become a semiconductor supplier to multiple competing satellite ecosystems.

Amazon and SpaceX don't need to use identical satellites or identical network architecture. They could both use GCT silicon at the device/OEM layer.

That would mean GCT isn't betting on which satellite company wins, it potentially benefits from both sides of the satellite-mobile race.

12. Why the reference platform matters. The May agreement is particularly important because GCT isn't simply saying: "Here's a chip." But rather:

"Here's a reference architecture that OEM/ODM manufacturers can use to accelerate production."

That changes the possible business model. GCT could become something like the connectivity platform underneath multiple device manufacturers.

If one OEM makes an Amazon-compatible product and another makes a Starlink-compatible product, GCT could theoretically sell silicon to both. You don't have to own the network to profit from the network.

Amazon has stronger existing relationship evidence, while Starlink currently has stronger evidence of a rapidly expanding terrestrial + satellite mobile architecture.

If a GCT chip appears in an FCC filing, module certification, device teardown or manufacturer document connected to Amazon Leo or SpaceX, the thesis gets much stronger.

GCT is becoming a specialized connectivity-silicon supplier for the transition from terrestrial-only networks to hybrid terrestrial + satellite networks. A transition pursued by multiple enormous companies.

Amazon is building Leo + Globalstar D2D.

SpaceX is building Starlink Mobile.

Both are moving toward the same broad concept: Connect people and machines everywhere, whether terrestrial coverage exists or not.

GCT's core technology sits directly in that connectivity layer.

This is not financial advice, speculation only, I hold shares in GCTS.

Sources:

SpaceX's plan to combine terrestrial cellular infrastructure with Starlink.

https://www.theverge.com/science/975480/spacex-mobile-terrestrial-cellphone-company

GCT satellite licensing agreement:

https://www.gctsemi.com/1-29-25-licensing-agreement

GCT satellite reference platform:

https://www.gctsemi.com/5-7-26-signed-contract-satellite

GCT–Globalstar relationship:

https://www.gctsemi.com/3-4-25-globalstar-mwc

Amazon–Globalstar acquisition:

https://press.aboutamazon.com/2026/4/amazon-to-acquire-globalstar-and-expand-amazon-leo-satellite-network

Amazon Leo D2D plans:

https://www.aboutamazon.com/news/amazon-leo/amazon-leo-direct-to-device-satellite-service-explained

Reuters on SpaceX/Starlink Mobile:

https://www.reuters.com/business/media-telecom/spacexs-mobile-ambitions-jolt-us-telecom-market-analysts-debate-threat-2026-08-05/

SpaceX spectrum transaction:

https://ir.echostar.com/news-releases/news-release-details/echostar-announces-spectrum-sale-and-commercial-agreement-spacex

Startar om på avanza med 5000:-.

Efter ett år med +1900%

Få se om jag har lika mkt tur kommande år.

Lets go back to 2024, and the wording about their first deal with Railserve, part of Marmon Rail, a Berkshire Hathaway company:

"-The contract also includes specific purchase quotas that, if met, provide the customer with exclusivity in the North American industrial railyards switching segment."

2026, Rail Vision is now part of Railserves offering for safety at shunting yards. Rail visions cameras potentially getting mounted at +100 yards.

"-AI-powered ShuntingYard perception system is now integrated into Railserve’s YardGUARD industrial railyard safety system for commercial deployment."

Along with this 2026 definitive deal, in the works since 2024, Railserve and Rail Vision now signed an MOU:

"-The parties intend to discuss additional deployments of Rail Vision’s systems, new use cases, rail car mover applications, broader rail yard solutions, and other mutually agreed commercial opportunities."

Berkshires Marmon Rail owns Railserve, they also got:

Trackmobile

BOSS Railcar Movers

Zephir

If Rail Vision only supplied yard locomotive cameras in the YardGUARD offering, TAM is decent.

But if Rail Vision becomes perception layer for:

Trackmobiles

Zephir movers

BOSS movers

YardGUARD fixed infrastructure

The TAM multiplies. Not linearly — exponentially, globally.

Once a company gets in to rail, it sticks. First stepping stone is YardGUARD with Railserve.

If the MOU for railcar autonomy turns to a definitive deal, I definitely believe Railserve will be a deal big enough for "exclusivity in the North American industrial railyards switching segment."

Hard to find a nano cap company with this much optionality, $20M cash, debt free, $10M market cap.

Next I'll write about the potential for India, the Israel mainline cameras, ongoing tests, and recurring customers.

Buying the stock in 2024 was early but the wrong kind of early, lot's of people burned. Personally I believe now could be the right kind of early, inflection point.

Not financial advice, I just like the stock and I'm in with 2700 shares at $4.50.

https://ir.railvision.io/static-files/837a64fe-a778-4209-9239-313d77a3aa0f

https://railserve.com/yardguard/

https://www.globenewswire.com/news-release/2024/01/24/2815464/0/en/foresight-rail-vision-receives-order-from-leading-us-based-rail-contractor-of-up-to-5-million.html

https://www.stocktitan.net/sec-filings/RVSN/6-k-rail-vision-ltd-current-report-foreign-issuer-c957721a02bf.html

https://megaproject.com/news/railway/rail-vision-and-railserve-a-marmon-rail-company-sign-mou-to-expand-collaboration

https://www.trackmobile.com/?utm_source=chatgpt.com

https://zephir.eu/en/?utm_source=chatgpt.com

https://bossrcm.com/

Skylo Technologies (Feb 2026): Partnership for 3GPP-compliant 5G/4G silicon + Skylo NTN network integration. Focus on chip/module certification for seamless cellular-to-satellite IoT devices and ubiquitous coverage.

Globalstar (announced ~March 2025): Partnership to develop two-way satellite messaging systems, IoT modules, and devices. Uses GCT’s GDM7243i (IoT), GDM7243SL (4G), and future 5G chipsets for hybrid cellular/private/satellite (including Band 53).

Iridium Communications (June 2025): Collaboration to integrate Iridium NTN Direct service into GCT’s GDM7243SL chipset for NTN NB-IoT support.

Wireless Operators & Infrastructure:

Verizon: Long-term relationship (over 12 years in 4G). Joint Development Agreement (JDA, 2019/2020) for 5G chipsets targeting FWA, mobile broadband, and modules. GCT provides Verizon-certified modules; multi-antenna (e.g., 8R-4T) solutions. Key lead customer for 5G commercialization.

Gogo Business Aviation: First network operator to launch broadband air-to-ground service using GCT’s 5G chipset (2025). Additional funding/support noted.

Device/OEM Partners & Customers:

Orbic North America (LOI, April 2025): Joint development and supply of Orbic-branded FWA gateways and mobile hotspots using GCT’s Verizon-certified 5G modules. Volume purchase terms for Verizon and other operators.

Airspan Networks: Lead customer for 5G chipset evaluation and deployments (shipments started 2025).

European Tier One Wireless Infrastructure/Terminal Provider (definitive agreement ~late 2024/2025): Collaboration on FWA technology using GCT’s 5G modem chipset and RFIC. Expected device launches H2 2025.

Tech & Ecosystem Partnerships:

MaxLinear (May 2026): Strategic partnership for next-generation 5G FWA and converged gateways (integrated solutions showcased at Computex 2026).

Samsung: MOU (2024) for accelerating 4G/5G chipset/module development, ecosystem expansion, and device maker adoption (including support for operators like Aramco Digital).

Long-standing foundry relationship (Samsung Foundry for advanced nodes).

Giesecke+Devrient (G+D): Partnership for SGP.32 eSIM solutions with integrated profile activation for multi-network IoT devices.

Multiple unnamed customers received initial 5G chipset shipments (thousands of units in 2025) for evaluation, testing, and early commercial use. Production ramps targeted for 2026.

Major Satellite / NTN Partnerships:

Undisclosed Major Satellite Communications Provider (one of the world’s largest): January 2026: Licensing agreement for 5G/4G chipsets integration into user equipment (UE) for hybrid satellite/terrestrial connectivity.

May 2026: Reference platform/reference design agreement to accelerate next-gen UE development. Shipments expected H2 2026; potential for million+ unit annual volumes (GCT as sole supplier for the application).

Not financial advice, do your own due diligence. I have a position of 35 000 warrants at $0.17 average, $GCTS-WT.

Share Price: $6.57

Market Cap: $166 million

Balance Sheet:

Cash + Marketable Securities: $18.4 million

Debt: $0

Working Capital: $25.4 million

Contract VisibilityBacklog: Over $20 million (mostly expected in 2026)

2026 Revenue Guidance: At least $50 million (heavily weighted to second half of the year)

The most interesting part of $AMPG:

In quantum computing (superconducting qubits), signals from qubits are extremely weak. Cryogenic Low Noise Amplifiers (LNAs) operating at ~4K (near absolute zero) are required right after the qubits to amplify these signals with almost zero added noise.

Without them, quantum information degrades quickly. Each qubit (or small group) typically needs its own LNA, so demand scales directly with larger systems. This creates a real technical chokepoint in the readout chain.

AMPG positions itself as a leading high-performance U.S. manufacturer of these specialized 4K cryogenic LNAs. Big tech prefers reliable domestic suppliers for strategic tech to reduce reliance on foreign vendors (e.g., Sweden’s Low Noise Factory) amid onshoring and national security priorities.

AMPG has shipped working units to Fortune 50 quantum players. They need reliable, low-noise components to scale their quantum efforts for AI acceleration, drug discovery, optimization, etc.

Nvidia and Amazon are heavily investing in quantum to complement classical/AI computing. AMPG’s LNAs could potentially help preserve qubit fidelity as systems grow.

Do desktop version of their page and you'll find the newly updated Amazon and Nvidia in their customer list:

https://www.amplitechgroup.com/

Not financial advice, do your own due dilligence.

Why I bought goes deeper than their investor presentation 1-2% potential savings on electricity.

The real potential is closer to 3-7% across the whole data center. On a1GW 40-60 billion dollar, that adds up to several hundreds of millions in savings across electricity, opex and capex.

1-2% Is conservative focused on savings from B-TRAN's ultra-low conduction losses. It does not deeply quantify or emphasize the secondary/knock-on benefits:

Reduced cooling costs (less heat = lower PUE)

Higher rack density / smaller heat sinks

Lower infrastructure capex (less copper, smaller cooling plants, etc.)

Synergies with 800V DC architectures

Less heat generation and cooling savings:

Lower losses mean less waste heat from power electronics. Cooling can be 30-40%+ of a data center's total power use. Even modest reductions in heat can meaningfully lower overall PUE (Power Usage Effectiveness) through smaller chillers, fans, or CRAC units. The presentation mentions efficiency and energy cost savings but doesn't break out amplified cooling impacts.

Denser racks / higher power density:

Smaller heat sinks, reduced thermal management overhead, and fewer components (thanks to bidirectionality) could allow tighter rack layouts or higher kW/rack without proportional infrastructure increases. This improves compute per square foot, lowers capex per MW of IT load (building, land, power delivery), and increases overall facility output. The slides focus more on energy use than physical density/capex advantages.

System-level synergies with 800V DC:

Reduced cabling losses, less copper, fewer conversion stages — these compound with B-TRAN but the 1-2% seems narrowly tied to B-TRAN's role in breakers/switches rather than the full architecture.

Reliability/uptime and other opex:

Faster protection, fewer moving parts, diagnostics — valuable but harder to monetize in simple % savings.

Biggest kicker though.. If B-TRAN allows:

+ denser racks

+ lower thermal throttling

+ reduced cooling bottlenecks

+ more stable power delivery

= hyperscalers generate more AI revenue per GW.

That’s worth vastly more than electricity savings.

In short, the investor presentation 1-2% is a baseline "direct" efficiency gain they feel confident attributing. It understates the full potential value of B-TRAN + 800V in next-gen AI data centers. It focuses on the most direct, easily measurable electricity savings while the bigger upside (especially for hyperscalers) comes from the holistic efficiency, density, and infrastructure advantages.

Hidden, yet to be uncovered value, multi-year development, global sales deal with Lazzen, hyperscaler interest, and cashed up with a tight float.

Good starting point for a potential bagger.

Got 1700 shares at $5 average.

Presentation: d2ghdaxqb194v2.cloudfront.net/2930/200060.pdf