STOCK TITAN

Anterix and Lynk Global Receive FCC Approval to Test 900 MHz Satellite-Enabled Direct-to-Device Enterprise Communications

(Moderate)
(Positive)
Tags

Anterix (NASDAQ: ATEX) and Lynk Global received FCC experimental license approval to test satellite direct-to-device communications using Anterix’s licensed 900 MHz broadband spectrum. The companies plan multi-location trials across various devices to assess integrated satellite-terrestrial connectivity for mission-critical communications in critical infrastructure sectors.

Loading...
Loading translation...

Positive

  • FCC grants experimental license to test 900 MHz satellite D2D communications
  • Collaboration targets mission-critical connectivity for critical infrastructure operators
  • Tests span multiple geographies and diverse devices, from radios to edge equipment
  • Potential to create new private, secure, resilient network service category

Negative

  • Current FCC approval limited to experimental testing, not described as commercial service
  • No financial terms, revenue impact, or deployment timeline disclosed in the announcement

News Market Reaction – ATEX

-3.65%
14 alerts
-3.65% Session close to close
-3.6% Trough in 27 hr 4 min
$1.11B Market Cap
0.7x Rel. Volume

In the May 18 session, ATEX declined 3.65%, reflecting a moderate negative market reaction. Argus tracked a trough of -3.6% from its starting point during tracking. Our momentum scanner triggered 14 alerts that day, indicating notable trading interest and price volatility.

Data tracked by StockTitan Argus on the day of publication.

Market Context

This announcement highlights an FCC-approved experimental license allowing Anterix and Lynk Global t...
Analysis

This announcement highlights an FCC-approved experimental license allowing Anterix and Lynk Global to test satellite direct-to-device services using Anterix’s 900 MHz spectrum. It extends Anterix’s broader strategy of mission-critical private wireless for utilities and other critical infrastructure operators. In recent months, spectrum sale agreements and FCC rulings around the 10 MHz 900 MHz band have framed the opportunity. Investors may watch for concrete commercial outcomes from these tests and continued regulatory or partnership milestones.

Key Figures

Spectrum band: 900 MHz Announcement date: May 18, 2026
2 metrics
Spectrum band 900 MHz Band used for Anterix private wireless and Lynk satellite D2D tests
Announcement date May 18, 2026 FCC experimental license announcement for satellite D2D tests

Historical Context

5 past events · Latest: Apr 21 (Positive)
Pattern 5 events
Date Event Sentiment 24h Move Catalyst
Apr 21 Spectrum sale agreement Positive +3.6% Sold 10 MHz 900 MHz spectrum license to Benton County PUD for private network.
Apr 06 Grid deployment deal Positive -0.1% NorthWestern Energy agreement to deploy new 10 MHz broadband configuration in 900 MHz band.
Apr 01 Utility spectrum sale Positive +2.4% Texas-New Mexico Power spectrum sale to bolster grid reliability with 900 MHz private wireless.
Mar 18 Investor FCC call Positive +0.9% Announced investor call to discuss FCC ruling enabling 10 MHz 900 MHz broadband.
Feb 26 Technology collaboration Positive -0.7% Expanded Qualcomm collaboration on 4G/5G industrial IoT chipsets for 900 MHz broadband.

24h Move is the share-price change in the day after each event; other market factors may also have contributed.

Pattern Detected

Recent positive partnership and spectrum-sale news has usually led to modest positive moves, though there have been small pullbacks on some constructive announcements.

Recent Company History

Over the last few months, Anterix has built a steady stream of 900 MHz broadband milestones. Spectrum sale agreements with Texas-New Mexico Power and NorthWestern Energy, plus the Benton County PUD deal, expanded utility deployments and produced mixed but generally positive reactions, including moves of +3.62% and +2.41%. An FCC ruling enabling broadband across the full 10 MHz band and a deeper Qualcomm collaboration reinforced the strategic focus on mission-critical private wireless. Today’s FCC experimental license for satellite D2D testing fits this pattern of leveraging its 900 MHz platform into new use cases.

Key Terms

federal communications commission (fcc), experimental license, direct-to-device (d2d) services, edge compute, +2 more
6 terms
federal communications commission (fcc) regulatory
"today announced that the Federal Communications Commission (FCC) has approved an experimental"
A U.S. government agency that acts like a traffic cop for airwaves and communications services, overseeing radio, television, cable, satellite, and certain aspects of internet and wireless spectrum. Its rules, licenses and enforcement actions shape which companies can operate, how much spectrum they can use, and what services they may offer — outcomes that directly affect revenues, costs, competitive advantage and regulatory risk for investors in communications and media businesses.
experimental license regulatory
"has approved an experimental license to explore the use of Lynk’s satellite direct-to-device"
An experimental license is a formal permit from a regulator that allows a company to test or use an unapproved drug, device, or technology in humans under controlled conditions. For investors, it signals a legal path to gather real-world safety and effectiveness data—like a temporary road permit to try a prototype car—reducing regulatory uncertainty and potentially speeding development or early revenue, but it still carries higher risk than full approval.
direct-to-device (d2d) services technical
"satellite telecommunications provider Lynk Global, the pioneer of satellite Direct-to-Device (D2D) services"
Direct-to-device (d2d) services deliver software, data or content straight to an individual’s electronic device—such as a smartphone, tablet, wearable or implantable—without routing through a clinic, pharmacy or other middleman. For investors, d2d models can cut distribution costs, speed adoption and create recurring revenue or data-licensing opportunities, while also concentrating regulatory, privacy and device-compatibility risks that can affect a company’s growth and margins.
edge compute technical
"Convergence of wireless and satellite connectivity, powered by AI and edge compute, will enable"
Edge compute means processing data on devices or local servers close to where the data is created instead of sending it to a distant central data center. For investors, it matters because it can reduce delays, lower ongoing network costs, and enable new products or services (like real-time sensors or video analytics) that can boost revenue or cut expenses; think of it as putting a small, fast workshop next to a factory rather than shipping parts back and forth to a distant warehouse.
private wireless broadband networks technical
"market leader in enabling mission-critical private wireless broadband networks, and satellite"
Private wireless broadband networks are dedicated, on-site mobile data systems that use wireless radio frequencies (like 4G/5G) to connect devices and machines within a single company or campus rather than the public internet. Think of it as a private road system for a business’s digital traffic, offering faster, more secure, and more controllable connections; investors care because these networks can lower operating costs, enable new services, and represent sales opportunities for equipment and service providers.
critical infrastructure technical
"enhance the communications capabilities of the critical infrastructure community."
Critical infrastructure are the essential systems and facilities—such as power grids, water supply, telecommunications, transportation networks, financial systems and healthcare services—that society and the economy rely on to function. For investors, these assets matter because damage, outages or regulation affecting them can abruptly disrupt business operations, revenue and market value; conversely, their stable, mission-critical nature often attracts steady demand, government support or long-term contracts, reducing risk much like a solid foundation supports a house.

AI-generated analysis. How Rhea-AI works. Not financial advice.

See more from StockTitan in Google Search and AI answers. Adds StockTitan as a preferred source · opens Google
Add on Google

The parties will explore the integration of Anterix’s 900 MHz spectrum and Lynk Global’s D2D capabilities to support critical infrastructure communications capabilities

WOODLAND PARK, N.J., May 18, 2026 (GLOBE NEWSWIRE) -- Anterix (NASDAQ: ATEX), the market leader in enabling mission-critical private wireless broadband networks, and satellite telecommunications provider Lynk Global, the pioneer of satellite Direct-to-Device (D2D) services, today announced that the Federal Communications Commission (FCC) has approved an experimental license to explore the use of Lynk’s satellite direct-to-device communications network in Anterix’s licensed 900 MHz broadband spectrum.

The integration of Lynk Global’s satellite capabilities with Anterix’s 900 MHz private wireless broadband networks and devices holds the promise to enhance the communications capabilities of the critical infrastructure community. Across multiple geographic locations, the parties will test representative communications devices, from land mobile radios, smart phones, and computers to advanced routers and edge devices. Convergence of wireless and satellite connectivity, powered by AI and edge compute, will enable nationwide intelligent and resilient connectivity that can support a wide range of sectors including electric and gas utilities, logistics companies, transportation providers, pipelines, military bases, and beyond.

“Testing the integration of 900 MHz-enabled devices with Lynk’s satellite capabilities will give us incredible insight into the products and services that could be developed, possibly opening the door to a new category of private, secure, resilient network services,” said Anterix Chief Regulatory & Corporate Communications Officer Christopher Guttman-McCabe. “Together, we are taking an important step toward a future where mission-critical communications are truly ubiquitous, supporting resilience, safety, and reliability no matter the conditions.”

“As Lynk scales to provide direct-to-device services at broadband speeds, this collaboration investigating the integration of a dedicated low-band spectrum opportunity into our agile multi-spectrum satellite platform is incredibly exciting,” said Lynk Global Executive Vice President & Chief Global Affairs Officer Amy Mehlman. “We look forward to working with Anterix and its partners to demonstrate the potential of the 900 MHz band to deliver integrated satellite-terrestrial connectivity solutions tailored to critical infrastructure operators’ mission-critical requirements.”

Anterix Shareholder Contact

Natasha Vecchiarelli
Vice President, Investor Relations & Corporate Communications
nvecchiarelli@anterix.com

Media Contact
Kristin Ford-Glencross for Anterix
anterix@antennagroup.com

About Anterix

Anterix is transforming how critical infrastructure stays connected. As the market leader in mission-critical private wireless broadband spectrum, Anterix delivers more secure, private 900 MHz licensed spectrum and advanced intelligent infrastructure solutions that enhance efficiency, strengthen resilience, and accelerate digital transformation. Backed by a growing ecosystem of industry-leading partners, Anterix provides the connectivity foundation that powers a more resourceful and resilient future. Learn more at www.anterix.com.

About Lynk

Lynk is a patented, proven, and commercially-licensed satellite-direct-to-standard-mobile-phone system. Lynk's technology enables MNOs to provide their subscribers with connections from space for their unmodified mobile devices, enabling messaging, voice and data services designed for both commercial and government applications. Lynk's technology has been tested and proven on all seven continents, and the Company is partnered with over 50 MNOs and has commercial contracts to deliver services to over 50 countries.

Forward-Looking Statements

Certain statements contained in this press release may constitute forward-looking statements within the meaning of the federal securities laws that involve risks and uncertainties. Forward-looking statements include statements that may predict, forecast, indicate or imply future events or achievements such as statements in this press release related to Anterix’s business, plans, and opportunities, including the performance and functionality of the combination of Lynk Global’s satellite D2D communications network with Anterix’s licensed 900 MHz broadband spectrum and whether Anterix and Lynk Global will enter into a commercial relationship. Any such forward-looking statements are based on the current expectations of Anterix's management and are subject to a number of risks and uncertainties that could cause Anterix's actual future results to differ materially from those implied by the forward-looking statements. These risks and uncertainties are identified and described in more detail in Anterix's most recent filings on Forms 10-K and 10-Q and in other filings that it makes with the SEC from time to time. These documents are available on Anterix's website at www.anterix.com under the Investor Relations section and on the SEC's website at www.sec.gov. Accordingly, you should not rely upon forward-looking statements as predictions of future events. Except as required by applicable law, Anterix undertakes no obligation to update publicly or revise any forward-looking statements contained herein.


FAQ

What FCC approval did Anterix (NASDAQ: ATEX) and Lynk Global receive in May 2026?

Anterix and Lynk Global received an FCC experimental license to test satellite direct-to-device communications using Anterix’s licensed 900 MHz spectrum. According to Anterix, this approval enables multi-location trials of integrated satellite-terrestrial connectivity for mission-critical enterprise communications across key infrastructure sectors.

How could the Anterix 900 MHz and Lynk Global D2D tests benefit critical infrastructure operators?

The tests aim to evaluate integrated satellite and private wireless networks for more resilient, ubiquitous connectivity. According to Anterix, this approach could support resilience, safety, and reliability for electric and gas utilities, logistics, transportation providers, pipelines, military bases, and other critical infrastructure operators.

What types of devices will be tested under the Anterix (ATEX) and Lynk Global FCC experimental license?

The trials will cover a wide range of representative communications devices. According to Anterix, testing will include land mobile radios, smartphones, computers, advanced routers, and edge devices to assess how 900 MHz-enabled equipment interacts with Lynk Global’s satellite direct-to-device communications network.

How do AI and edge computing feature in the Anterix and Lynk Global 900 MHz satellite tests?

AI and edge computing are expected to help power intelligent, resilient connectivity across the network. According to Anterix, converging wireless and satellite connectivity with edge compute could support nationwide mission-critical communications tailored to critical infrastructure operators’ specific operational requirements.

Does the FCC approval allow commercial 900 MHz satellite direct-to-device services for Anterix (ATEX)?

The approval is for an experimental license, focused on testing rather than described commercial services. According to Anterix, the collaboration is intended to explore integration and gain insight into potential future products and private, secure, resilient network service offerings.

Which industries could use 900 MHz satellite-enabled direct-to-device communications from Anterix and Lynk Global?

The targeted users are operators of critical infrastructure and related sectors. According to Anterix, potential beneficiaries include electric and gas utilities, logistics companies, transportation providers, pipelines, military bases, and other enterprises needing mission-critical, resilient connectivity across wide geographic areas.