New iPhone Models Are the First Apple Devices to Operate on Dedicated Anterix 900 MHz Private Networks

Anterix (ATEX) announced that Apple’s new iPhone 18 Pro and iPhone Duo are the first iPhone models able to operate on dedicated private LTE networks using Anterix 900 MHz Band 106 spectrum.

Rhea-AI Summary

Anterix (ATEX) announced that Apple’s new iPhone 18 Pro and iPhone Duo are the first iPhone models able to operate on dedicated private LTE networks using Anterix 900 MHz Band 106 spectrum.

This support allows the devices to connect to private wireless networks used by critical infrastructure operators for field communications, operational applications, video, situational awareness and other mission‑critical activities. With iPhone now supported on Anterix Band 106 networks, operators can use a widely adopted mobile device alongside specialized devices on the same dedicated network infrastructure.

Market Context

-0.56% was ATEX's pre-publication 24-hour price change, before the announcement that iPhone 18 Pro a...

Analysis

-0.56% was ATEX's pre-publication 24-hour price change, before the announcement that iPhone 18 Pro and iPhone Duo would operate on dedicated Anterix 900 MHz private LTE networks.

Key Figures

Network spectrum: 900 MHz

Network spectrum

900 MHz

Licensed Anterix Band 106 spectrum supporting private LTE networks

Key Terms

private lte networks, 900 mhz spectrum

2 terms

private lte networks technical

"operate on dedicated private LTE networks using Anterix 900 MHz spectrum"

A private LTE network is a dedicated cellular network based on LTE mobile standards that an organization controls for its own use rather than relying on public carriers. It acts like a private road for wireless data—giving the owner greater control over coverage, capacity, security and performance for things like factories, ports, campuses or utilities. Investors care because deployment affects capital and operating costs, can create new revenue opportunities for vendors, and may change a company's operational efficiency and competitive positioning.

900 mhz spectrum technical

"using Anterix 900 MHz spectrum"

900 MHz spectrum is a slice of radio frequencies used to carry wireless signals for mobile phones, Internet of Things devices, and other wireless services. Think of it as a set of relatively wide, long-reaching highway lanes for wireless traffic: signals travel farther and penetrate buildings better than higher frequencies, so owning or licensing it can lower network costs, improve rural and indoor coverage, and boost a carrier’s service reach and competitive value to investors.

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 Not now

iPhone 18 Pro and iPhone Duo launch with Anterix 900 MHz connectivity, extending dedicated private wireless to one of the world’s most widely used device platforms

WOODLAND PARK, N.J., Sept. 21, 2026 (GLOBE NEWSWIRE) -- Anterix (NASDAQ: ATEX), the market leader in enabling mission-critical private wireless broadband networks, today announced that the new iPhone 18 Pro and iPhone Duo are the first iPhone models to operate on dedicated private LTE networks using Anterix 900 MHz spectrum.

The new models bring iPhone connectivity to dedicated private wireless networks operating on band 106 licensed 900 MHz spectrum, giving critical infrastructure operators another device for field communications, operational applications, video, situational awareness and other mission-critical activities.

“When we started down this path, private wireless was a very different market,” said Carlos L’Abbate, Chief Technology and Engineering Officer of Anterix. “Today, an iPhone, which is used every day by millions of people, can now operate on the same private 900 MHz network infrastructure that supports mission-critical operations. It is another clear sign that dedicated private wireless networks are becoming mainstream communications platforms.”

Private wireless networks connect the people, equipment and applications that critical infrastructure operators rely on every day. With iPhone now supported on Anterix 900 MHz Band 106 networks, operators can incorporate a widely used mobile device into the same dedicated network infrastructure supporting specialized devices and operational systems across their environments.

Anterix Shareholder Contact
Natasha Vecchiarelli
VP, 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.

FAQ

AI-generated questions and answers. How Rhea-AI works. Not financial advice.

What is new about iPhone 18 Pro and iPhone Duo connectivity with Anterix?

The iPhone 18 Pro and iPhone Duo are the first iPhone models that can operate on dedicated private LTE networks using Anterix 900 MHz Band 106 licensed spectrum. This enables them to connect to the same private 900 MHz network infrastructure that supports mission‑critical operations.

Who is expected to benefit from iPhone support on Anterix 900 MHz Band 106 networks?

Critical infrastructure operators can benefit because they can now incorporate a widely used mobile device into their dedicated private wireless networks. These networks already support specialized devices and operational systems across their environments.

What types of activities can these iPhones support on Anterix private networks?

On Anterix 900 MHz Band 106 private networks, the new iPhone models can be used for field communications, operational applications, video, situational awareness and other mission‑critical activities, as described by the company.