Market Cap 1.91B
Revenue (ttm) 83.30M
Net Income (ttm) -84.60M
EPS (ttm) N/A
PE Ratio 0.00
Forward PE N/A
Profit Margin -101.56%
Debt to Equity Ratio 0.00
Volume 15,468,400
Avg Vol 21,120,146
Day's Range N/A - N/A
Shares Out 230.50M
Stochastic %K 49%
Beta 3.16
Analysts Sell
Price Target $8.28

Company Profile

Navitas Semiconductor Corporation designs, develops, and markets power semiconductors in the United States, Europe, China, rest of Asia, and internationally. It offers gallium nitride power integrated circuits, silicon carbide power devices, silicon system controllers, and digital isolators for power conversion and charging. The company's products are used in mobile phones, laptops, consumer electronics, data centers, solar inverters, and electric vehicles and various other applications. The com...

Industry: Semiconductors
Sector: Technology
Phone: 844 654 2642
Address:
3520 Challenger Street, Torrance, United States
funkymonkey_
funkymonkey_ Feb. 16 at 4:59 AM
0 · Reply
funkymonkey_
funkymonkey_ Feb. 16 at 4:52 AM
$NVTS has the potential to get back down to 4$ if there’s no other catalyst on the horizon.. 2027 is still far away imo
1 · Reply
attitudebad
attitudebad Feb. 16 at 2:45 AM
$NVTS didn’t realize US market on holiday tomorrow 🤣
0 · Reply
Jockne40
Jockne40 Feb. 16 at 12:29 AM
$NVTS backlog for AI will be key
1 · Reply
funkymonkey_
funkymonkey_ Feb. 16 at 12:21 AM
$NVTS short term not the greatest.. nvdia partnership revs won’t hit till 2027 if they decide to use their designs. As of right now 48million a year on cash burn with declining in revs. Q4 7million from 10milloon q3 seems risky rn
0 · Reply
Bauerskate
Bauerskate Feb. 15 at 10:49 PM
Pughzie1 already happening administration has called for data centers to pay the premium for their power, what we need is $NVTS to get some contracts for which this A team has been completely silent on any business deals. Zero, zilch, not a dam thing!
0 · Reply
UgoGreg
UgoGreg Feb. 15 at 9:03 PM
$NVTS https://youtu.be/ygBN8MilTyc
0 · Reply
Craig5511
Craig5511 Feb. 15 at 8:16 PM
$NVTS you have not because you ask not.
1 · Reply
4ndroid_55
4ndroid_55 Feb. 15 at 7:43 PM
1 · Reply
Craig5511
Craig5511 Feb. 15 at 12:17 PM
$NVTS these next two weeks belong to us
0 · Reply
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funkymonkey_
funkymonkey_ Feb. 16 at 4:59 AM
0 · Reply
funkymonkey_
funkymonkey_ Feb. 16 at 4:52 AM
$NVTS has the potential to get back down to 4$ if there’s no other catalyst on the horizon.. 2027 is still far away imo
1 · Reply
attitudebad
attitudebad Feb. 16 at 2:45 AM
$NVTS didn’t realize US market on holiday tomorrow 🤣
0 · Reply
Jockne40
Jockne40 Feb. 16 at 12:29 AM
$NVTS backlog for AI will be key
1 · Reply
funkymonkey_
funkymonkey_ Feb. 16 at 12:21 AM
$NVTS short term not the greatest.. nvdia partnership revs won’t hit till 2027 if they decide to use their designs. As of right now 48million a year on cash burn with declining in revs. Q4 7million from 10milloon q3 seems risky rn
0 · Reply
Bauerskate
Bauerskate Feb. 15 at 10:49 PM
Pughzie1 already happening administration has called for data centers to pay the premium for their power, what we need is $NVTS to get some contracts for which this A team has been completely silent on any business deals. Zero, zilch, not a dam thing!
0 · Reply
UgoGreg
UgoGreg Feb. 15 at 9:03 PM
$NVTS https://youtu.be/ygBN8MilTyc
0 · Reply
Craig5511
Craig5511 Feb. 15 at 8:16 PM
$NVTS you have not because you ask not.
1 · Reply
4ndroid_55
4ndroid_55 Feb. 15 at 7:43 PM
1 · Reply
Craig5511
Craig5511 Feb. 15 at 12:17 PM
$NVTS these next two weeks belong to us
0 · Reply
N0pe
N0pe Feb. 15 at 11:30 AM
0 · Reply
UgoGreg
UgoGreg Feb. 14 at 11:58 PM
$NVTS https://youtu.be/b4CDDEB3OQo
0 · Reply
Bauerskate
Bauerskate Feb. 14 at 11:15 PM
$NVTS show us the money
1 · Reply
Jockne40
Jockne40 Feb. 14 at 9:49 PM
$NVTS reason NVTS is going to skyrocket! https://finance.yahoo.com/news/big-techs-data-center-push-has-sent-electricity-bills-higher-lawmakers-want-to-slow-them-down-144555492.html
2 · Reply
Coinbit
Coinbit Feb. 14 at 1:56 PM
$NVTS 9.75 or more by next Friday
0 · Reply
kill3rnb1975
kill3rnb1975 Feb. 14 at 9:48 AM
$AMPX $ATOM.X $NVTS $SMTK $INTC In a successful future where Intel (INTC), Navitas (NVTS), and Amprius (AMPX) all utilize the combined intellectual property of Atomera (ATOM) and Smartkem (SMTK), we are looking at a fundamental shift in how the world builds and uses hardware. This "Silicon + Organic" alliance would effectively solve the three biggest problems in tech: AI heat, EV range, and Device flexibility. 🏗️ The Success Blueprint: "The Hardware Stack" 1. Intel: The "Bionic" AI Processor Intel is currently racing to perfect its 18A and 14A nodes. By 2027-2030, a successful integration would look like this: * Inside the Chip (Atomera): Intel uses MST as a standard layer in its RibbonFET (GAA) transistors. This prevents "leakage" and allows the chips to run 15% cooler. * Outside the Chip (Smartkem): Intel uses Smartkem’s organic materials for advanced packaging. Smartkem’s organic thin-films can be used to create "interconnects" that route data between chiplets faster and with less signal loss than traditional plastics. * The Result: Intel regains the performance crown from TSMC. They produce the world’s first "Zero-Throttling" AI CPU—a chip that never has to slow down because it generates so little waste heat. 2. Navitas: The "Universal Power" Module Navitas is the king of Gallium Nitride (GaN). In a successful future, they become the "Power Grid" of the portable world. * The GaN Boost (Atomera): MST is used to grow higher-quality GaN crystals on silicon wafers, allowing Navitas to move from 65W phone chargers to 1200V EV inverters. * The Flexible Interface (Smartkem): Navitas uses Smartkem's organic transistors to create smart-skin sensors on the surface of power modules. These sensors "feel" heat and voltage changes instantly and adjust the power flow in real-time. * The Result: An EV power inverter that is 50% smaller and 20% more efficient. This adds 40–60 miles of range to an electric car without changing the battery size at all. 3. Amprius: The "Everlasting" Battery Amprius has the most powerful battery (500+ Wh/kg), but silicon anodes are fragile. * The Structure (Atomera): Atomera’s MST is used to engineer the silicon nanowires at an atomic level, making them "stretchy" so they don't crack during fast-charging. * The Brain (Smartkem): Smartkem’s printable organic electronics are printed directly onto the battery cells. This creates a "Smart Battery" where every individual cell has its own microscopic brain to monitor health. * The Result: Amprius achieves a battery that can charge in 6 minutes and last for 1,200 cycles (the "Million Mile Battery"). It becomes the standard for both Apple’s future "Apple Glass" and Tesla’s "Model 2." 📈 What Success Looks Like for the Investors If this ecosystem matures by 2030, the financial landscape for these two "small" players (ATOM and SMTK) changes forever: | Feature | The "Atom-Kem" Era (2030 Success) | |---|---| | Market Position | They become the "ARM Holdings" of materials—a high-margin IP layer that sits inside everything. | | Revenue Model | Pure Royalties. They collect a "Material Tax" on every Intel CPU, Navitas charger, and Amprius battery sold. | | The "Killer App" | Flexible AI Wearables. A device as thin as a band-aid with the power of an iPhone, enabled by Smartkem's flexibility and Atomera's efficiency. | The "Bottom Line" Reality Success for this group means hardware becomes invisible. We move away from bulky, hot, rigid boxes toward technology that is flexible (Smartkem), incredibly efficient (Atomera), lightning-fast (Intel/Navitas), and long-lasting (Amprius).
0 · Reply
kill3rnb1975
kill3rnb1975 Feb. 14 at 9:41 AM
$AMPX $ATOM.X $SMTK $INTC $NVTS A partnership between Atomera (ATOM) and Smartkem (SMTK) would be a "Material Science Super-Pairing." While Atomera specializes in atomic-layer engineering for inorganic silicon, Smartkem is a leader in organic thin-film transistors (OTFTs). Bringing them together creates a bridge between traditional high-performance computing and the future of flexible, low-cost electronics. Here is how these two could benefit each other: 1. The "Hybrid" Logic Gate Smartkem’s organic semiconductors (TRUFLEX®) are famous for being flexible and printable at low temperatures, but they generally have lower "electron mobility" (speed) compared to silicon. * The Synergy: If Atomera could apply its MST (Mears Silicon Technology) principles—specifically oxygen insertion—to the interfaces where organic materials meet metallic contacts, they could potentially boost the speed of organic circuits. * The Result: We could see "Organic AI" chips that are fast enough to handle complex processing but flexible enough to be woven into clothing or curved onto human skin. 2. MicroLED and Wearable Displays As of early 2026, Smartkem has signed a major Proof of Concept agreement with a global consumer electronics giant for MicroLED wearables. * The Synergy: MicroLEDs require incredibly precise "backplanes" (the electronic grid that tells each pixel when to light up). Atomera’s MST is world-class at reducing variability (making sure every transistor behaves exactly the same). * The Result: A Smartkem/Atomera backplane would result in MicroLED displays with zero "mura" (brightness inconsistency) and significantly lower power consumption, extending the battery life of smartwatches from days to weeks. 3. Solving the "Leakage" in Flexible Sensors Smartkem recently unlocked a new generation of flexible biometrics (like fingerprint sensors that can wrap around a steering wheel). * The Synergy: A common problem with organic sensors is "current leakage"—they stay "on" a little bit even when they should be off, draining power. Atomera’s MST is a proven diffusion blocker. * The Result: Integrating MST-like blocking layers into Smartkem's organic stacks would create sensors that are virtually "silent" when not in use, making them perfect for "always-on" medical patches or security devices. 🤝 The Business Case: A Unified "IP" Front Both companies share a similar business model: they don't manufacture, they license. * The "One-Stop Shop": If a company like Samsung or Apple wants to build a futuristic folding device, they currently have to go to one place for the high-speed silicon (Atomera) and another for the flexible display materials (Smartkem). * The Joint Offering: A strategic alliance would allow them to offer a complete material suite for next-gen devices. This would lower the "integration risk" for big manufacturers and speed up the time it takes to get these futuristic products to market. Summary of Mutual Benefits | Feature | Smartkem's Contribution | Atomera's Contribution | The Hybrid Benefit | |---|---|---|---| | Form Factor | Flexible, thin, and printable. | Atomic-level precision. | A "smart-skin" that doesn't break. | | Power | Low-temperature processing. | 15–20% power reduction. | Extreme efficiency for wearables. | | Performance | High-quality organic inks. | Reduced variability & noise. | Crystal-clear MicroLED displays. |
0 · Reply
kill3rnb1975
kill3rnb1975 Feb. 14 at 9:33 AM
$AMPX $ATOM.X $INTC $NVTS The current financial situation of Atomera is a race against the clock. They have the "holy grail" of technology, but like many IP companies, they face the "valley of death" between laboratory success and the first massive royalty check. Based on the February 12, 2026, earnings report, here is the breakdown of their cash runway versus the projected timeline for deals with giants like Intel, Navitas, and Amprius. 💰 The Financial Reality (The "Burn") * Cash on Hand: $19.2 Million (as of Dec 31, 2025). * Annual Cash Burn: Roughly $15 Million (based on 2025 operating activities). * The Runway: At the current burn rate, Atomera has approximately 15 months of cash left. This takes them to roughly March or April 2027 before they would need to raise more capital or see a massive revenue spike. ⏳ The Royalty Timeline (The "Bridge") For a deal to turn into a "royalty check," it must pass through specific phases. Here is how the timeline looks for your three target companies: 1. Intel (INTC) - The "GAA" Sprint * Current Status: Atomera just announced (Feb 2026) "definitive proof" for Gate-All-Around (GAA) customers. * The Milestone: Intel’s 18A node is entering manufacturing now. If Intel signs a deal in mid-2026, the first "integration fees" would hit Atomera’s books almost immediately. * The Royalty Check: True royalties (per wafer) only start when Intel’s chips hit the shelves in high volume. This is likely Late 2027 or 2028. * Runway Match: Tight. Atomera may need a "bridge" (like a large upfront licensing fee from Intel) to reach the 2028 royalty phase. 2. Navitas (NVTS) - The "GaN" Fast Track * Current Status: Atomera confirmed a "Top 20" customer is already running GaN wafers with MST. * The Milestone: This is likely in "Phase 4" (commercial integration). A formal license could be announced by H2 2026. * The Royalty Check: GaN production cycles are faster than CPUs. We could see royalties from Navitas-powered chargers or EV components by Mid-2027. * Runway Match: Good. Navitas royalties could arrive just as the current cash pile starts to dwindle. 3. Amprius (AMPX) - The "Long Game" * Current Status: Amprius is scaling its "Lab-to-Fab" facility in Colorado. * The Milestone: Applying MST to battery anodes is a newer frontier. A Joint Development Agreement (JDA) in 2026 would be the first step. * The Royalty Check: Battery qualification takes years. Significant royalties likely wouldn't arrive until 2029. * Runway Match: Gap. This deal would be a "future value" driver, but wouldn't solve Atomera's 2027 cash needs. ⚖️ The Comparison: Can They Make It? | Company | Deal Potential | Revenue Impact | Timeline to Royalties | |---|---|---|---| | Intel | Highest | $50M - $100M+ / year | 2027-2028 | | Navitas | Fastest | $5M - $15M / year | 2027 | | Amprius | Experimental | $10M - $30M / year | 2029+ | The "Successful Future" Verdict: Atomera is currently funded through the first quarter of 2027. To reach that "successful future" without diluting shareholders (printing more stock), they need one of two things to happen in the next 12 months: * A "Top 20" License: A major upfront payment (e.g., $10M+) from a company like Intel or Navitas. * The STMicroelectronics Trigger: Their existing partner, STM, must move into High Volume Manufacturing by early 2027. If they land Intel, the "runway" problem disappears instantly because the market value of the company would skyrocket, allowing them to raise any amount of capital they need on very favorable terms.
0 · Reply
kill3rnb1975
kill3rnb1975 Feb. 14 at 9:19 AM
$ATOM.X $INTC $NVTS $AMPX Based on Atomera's February 12, 2026 earnings call and recent technical updates, the company is finally moving from "science experiment" to "industry standard." Here is the breakdown of the clues pointing to Intel, Navitas, and Amprius, and what those hypothetical deals would look like. 🔍 Tracking the "Top 20" Clues (2026 Update) In the recent earnings report, CEO Scott Bibaud dropped breadcrumbs about a "Top 20 semiconductor customer" and a "Large Equipment OEM." * The Intel Link (GAA): Bibaud stated that Atomera has "definitive proof" to drive MST adoption at all four of the world's Gate-All-Around (GAA) customers. Those four are Intel, Samsung, TSMC, and Rapidus. * The Evidence: Intel just launched its 18A "Panther Lake" chips in January 2026. Atomera’s breakthrough specifically solves "diffusion blocking" (leakage) in exactly the type of nanosheet structures Intel is using. * The Navitas Link (GaN): Atomera confirmed their first commercial customer is now running wafers on GaN with MST. * The Evidence: Navitas is the world's leading "pure-play" GaN company. Atomera's new "GaN-on-Silicon" project recently advanced to the proposal stage for federal funding (PowerAmerica), a program Navitas is heavily involved with. 🤝 The "Dream Deals": What They Look Like If Atomera signs these three deals today, here is how the "Successful Future" manifests for each: 1. Intel (INTC): The "1.4nm Insurance" Deal Intel is currently struggling with yield rates on its ultra-tiny nodes. A deal here wouldn't just be a "test"; it would be a Process Integration License. * The Deal: Intel integrates MST into its 14A (1.4nm) process flow. * The Future: Every "Core Ultra" or "Xeon" AI processor made after 2027 would include a layer of MST. * The Payoff: For Intel, it’s about yield. If MST increases the number of working chips per wafer by even 5%, it saves Intel billions in manufacturing waste. Atomera, in turn, gets a small "royalty per chip," making them a high-margin partner for the world's largest foundry. 2. Navitas (NVTS): The "EV Standard" Deal Navitas wants to move from smartphone chargers to the Electric Vehicle (EV) powertrain. * The Deal: A Joint Development Agreement (JDA) to create "MST-Enhanced GaN" power ICs. * The Future: Navitas releases a new line of 1200V GaN chips for EV inverters. * The Payoff: MST allows GaN to handle higher voltages with better reliability. Navitas would become the "gold standard" for Tesla or Hyundai, and Atomera would collect a royalty on every EV sold using Navitas parts. 3. Amprius (AMPX): The "Battery Longevity" Deal Amprius has the density, but they need the "cycle life" (how many times a battery can be recharged). * The Deal: A Materials IP License to apply MST's oxygen-insertion technology to silicon nanowires. * The Future: Amprius announces a battery that has 500 Wh/kg density (double a Tesla battery) but can last for 1,200 charge cycles. * The Payoff: This allows Amprius to move from "military drones" to "mass-market EVs." Atomera becomes the "secret ingredient" that made silicon batteries commercially viable. 📊 The Successful Future: Atomera in 2030 If these three deals land, Atomera’s financial profile completely flips: | Metric | 2025 (Actual) | 2030 (Projected Future) | |---|---|---| | Annual Revenue | $65,000 | $250 Million+ | | Business Model | R&D / Consulting | 90% Pure Royalty (Passive) | | Market Role | Speculative Penny Stock | The "ARM" of Semiconductor Materials | | Key Customers | "Under Evaluation" | Intel, Navitas, Samsung, Amprius | > Bottom Line: Atomera is no longer asking if the tech works—they just proved it works in February 2026. Now, it’s a race to see which giant (Intel or a competitor) signs the first "High Volume Manufacturing" (HVM) license.
0 · Reply
kill3rnb1975
kill3rnb1975 Feb. 14 at 9:11 AM
$ATOM.X $INTC $NVTS $AMPX Based on the latest data from early 2026, Atomera is at an explosive technical tipping point. While their revenue remains small, they have just announced three massive breakthroughs that align perfectly with the needs of Intel (INTC), Navitas (NVTS), and Amprius (AMPX). Here is the "Imagine the Deal" scenario for each, based on Atomera's February 2026 technical updates. 1. Intel (INTC) + Atomera: The "RibbonFET" Shield The Real-World Hook: In February 2026, Atomera announced a breakthrough in Gate-All-Around (GAA) manufacturability. Intel is currently moving into high-volume manufacturing (HVM) for its 18A node, which uses "RibbonFET" (Intel’s version of GAA). * The Deal: A Master Licensing Agreement where MST is integrated into Intel’s 18A and 14A nodes. * The Benefit: At 1.8nm, "dopant diffusion" (chemicals leaking where they shouldn't) is a yield-killer. MST acts as a physical barrier at the atomic level. * The Result: Intel achieves a 5–10% higher yield on its AI processors. In a successful future, Intel recaptures the "Silicon Throne" from TSMC because their chips are 15% more power-efficient than the competition, specifically thanks to the MST film. 2. Navitas (NVTS) + Atomera: The "GaN-on-Si" Standard The Real-World Hook: Atomera just confirmed a "Top 20 semiconductor customer" is currently running wafers on GaN (Gallium Nitride) using MST. Simultaneously, Atomera’s GaN-on-Silicon concept has advanced to the proposal phase for PowerAmerica funding. * The Deal: Navitas (a leader in GaN) signs a Joint Development Agreement (JDA) to use MST to solve the "lattice mismatch" between GaN and Silicon. * The Benefit: Currently, GaN chips are hard to scale to higher voltages (like 1200V for EVs). MST allows Navitas to build taller, more stable GaN crystals on cheap silicon wafers. * The Result: Navitas launches a "GaN-MST" line that dominates the 800V EV charging market, making fast-charging standard across all mid-range electric vehicles. 3. Amprius (AMPX) + Atomera: The "Everlasting" Silicon Anode The Real-World Hook: Amprius recently won a 2026 CES Innovation Award for their 520 Wh/kg battery. However, the industry’s fear remains the "cycle life" (how many times a silicon battery can charge before it cracks). * The Deal: A Materials IP License where Atomera’s oxygen-insertion technology is applied to Amprius’s silicon nanowires. * The Benefit: MST is designed to manage the stress in silicon lattices. By "doping" the nanowires with MST, the physical expansion during charging becomes uniform and controlled. * The Result: Amprius batteries move from 200–500 cycles to 1,000+ cycles, meeting the requirements for the mass-market EV industry. Amprius becomes the "Intel of Batteries," with Atomera collecting a royalty on every kilowatt-hour produced. Summary: The "Successful Future" (2027-2030) In this scenario, Atomera stops being an "R&D lab" and becomes a Passive Income Giant. * Revenue Shift: They move from $65K in annual revenue (2025) to $100M+ in annual royalties as these deals move into High Volume Manufacturing. * Industry Standard: MST becomes a "check-box" item in EDA (Electronic Design Automation) tools. When an engineer at NVTS or INTC designs a chip, they simply click "Enable MST" to get an instant 15% power boost. * The "Dolby" of Silicon: Atomera remains a tiny, high-margin team of scientists while their technology sits inside every major AI server and high-end EV on the planet.
0 · Reply
DragonAlgo
DragonAlgo Feb. 14 at 4:02 AM
🐉 $NVTS PUT — DragonAlgo® Signal Contract: NVTS PUT Expiry: 2026-02-20 | Strike: $8.00 | Type: PUT Option Plan (premium): Entry: $0.29 Stop: $0.21 TP1: $0.38 TP2: $0.49 TP3: $0.70 🔗 https://dragonalgo.com
0 · Reply
PureLand
PureLand Feb. 14 at 12:58 AM
$NVTS Just one more week of accumulation before ER. Expect strong guided earnings.👍
1 · Reply