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Sky5G now certified on both AT&T and T-Mobile networks, giving customers greater flexibility and carrier choice for dependable 5G connectivity

MELBOURNE, FL — September 30, 2026 — SkyMirr, a wireless technology company specializing in advanced antenna and connectivity solutions, today announced that its Sky5G wireless router has officially achieved certification for use on AT&T’s network. The new certification adds to Sky5G’s existing certification on T-Mobile’s network and T-Priority, giving customers more carrier options when deploying reliable wireless connectivity across a wide range of environments.

Built around SkyMirr’s patented MuLCAT® (Multi-Layer Coupling Controlled Antenna Technology), Sky5G is designed to provide dependable wireless broadband connectivity in environments where maintaining a strong connection can be challenging. With certification on both AT&T and T-Mobile, customers have greater flexibility to select the network that best fits their location, coverage requirements, and deployment needs.

More Carrier Choice. More Deployment Flexibility.

Connectivity requirements vary from one location to another. Network availability, coverage conditions, and deployment environments can all influence which carrier is the right choice.

With both AT&T and T-Mobile network certifications, Sky5G gives businesses and organizations greater freedom to choose their preferred carrier while using the same wireless router platform.

This expanded carrier compatibility supports deployments across applications such as:

Business and enterprise connectivity
Rural and remote locations
Retail and hospitality
Temporary and field operations
Public safety and emergency response
Transportation and mobile deployments
IoT and connected-device applications

For customers who value connectivity reliability, having more than one certified carrier option provides additional flexibility when planning and deploying wireless solutions.

Powered by SkyMirr’s MuLCAT® Technology

At the heart of Sky5G is SkyMirr’s patented MuLCAT® antenna technology, developed to optimize antenna performance and wireless connectivity within the router.

Sky5G combines advanced cellular connectivity with Wi-Fi 7, providing a high-performance wireless platform designed to support demanding connectivity environments and multiple connected devices.

The router delivers up to 3.4 Gbps peak downlink speeds and is designed to support high-density deployments, making it suitable for applications ranging from business connectivity to temporary operations and connectivity-challenged locations.

“Adding AT&T certification to Sky5G is an important step in giving our customers greater flexibility in how they deploy wireless connectivity,” said Eric Jo, CEO at SkyMirr. “With certification on both AT&T and T-Mobile, customers have more carrier choices while benefiting from the antenna technology and reliability that SkyMirr is known for.”

Expanding Reliable Wireless Connectivity

The AT&T certification further expands the deployment options available with Sky5G. Combined with T-Mobile certification and T-Priority support, Sky5G provides customers with a broader choice of certified networks for their specific connectivity requirements.

As wireless connectivity becomes increasingly important for businesses, organizations, and field operations, SkyMirr continues to develop solutions focused on improving connectivity where reliable wireless performance matters most.

Sky5G is available through SkyMirr’s sales channels and select online retailers.

About SkyMirr

SkyMirr is a wireless technology company developing advanced antenna and connectivity solutions for broadband, IoT, and connected devices. Its proprietary MuLCAT® (Multi-Layer Coupling Controlled Antenna Technology) is at the core of its approach to antenna performance and wireless connectivity. SkyMirr’s portfolio includes advanced antennas, Sky5G wireless routers, asset-tracking solutions, and custom RF design capabilities.

Learn more at www.skymirr.com.

As wireless connectivity continues to evolve, antenna performance remains a critical foundation for delivering reliable coverage, higher throughput, and consistent network performance. From 5G broadband and Fixed Wireless Access to next-generation Wi-Fi and industrial IoT, today’s connected environments demand antenna solutions designed to perform across increasingly complex RF conditions.

SkyMirr is expanding its antenna portfolio with a new generation of high-performance antenna solutions designed to address these evolving connectivity requirements. Among the latest additions are the TAMP154, TAMP159, and TAMP161, bringing together directional and omnidirectional architectures, broadband frequency coverage, high efficiency, and SkyMirr’s proprietary MuLCAT® (Multi-Layer Coupling Controlled Antenna Technology).

TAMP154: Directional Performance for Long-Range 4G/5G Connectivity
The TAMP154 High Gain Broadband 4G/5G MIMO Directional Antenna Module is engineered for applications where long-range and reliable RF connectivity are essential.

Operating across 600 MHz to 6000 MHz, the broadband 4×4 MIMO panel antenna uses directional RF performance to focus energy where it is needed, helping maximize link budget and support reliable connectivity in challenging RF environments.

Powered by MuLCAT®, the TAMP154 combines directional antenna engineering with high efficiency, achieving peak gain up to 9.7 dBi and radiation efficiency up to 92.8%.

The TAMP154 is suited for applications including Fixed Wireless Access (FWA) CPE, enterprise and home networking routers, industrial IoT gateways, connected automotive devices, and smart transportation systems.

TAMP159: High-Efficiency Wi-Fi 6E and Wi-Fi 7 Connectivity
As Wi-Fi networks move into the 6 GHz spectrum and support increasingly demanding applications, antenna performance becomes essential to taking advantage of these technologies.

The TAMP159 Wi-Fi 6E/7 External Omnidirectional Antenna is designed to support the complete 2.4 GHz, 5 GHz, and 6 GHz Wi-Fi spectrum, providing uniform omnidirectional coverage for next-generation wireless devices.

With efficiency reaching up to 95% and peak gain up to 4.6 dBi, the TAMP159 is designed to help maximize wireless performance while maintaining a compact, deployment-friendly form factor.

The antenna is suitable for Wi-Fi 6E and Wi-Fi 7 routers, enterprise gateways, FWA equipment, industrial IoT devices, smart transportation systems, and connected consumer electronics.

TAMP161: Broadband 4G LTE and 5G MIMO Performance
The TAMP161 4G LTE/5G MIMO Omnidirectional Broadband Antenna Module is designed for broad cellular coverage across major 4G LTE and 5G Sub-6 GHz frequency bands.

Supporting frequencies from 617 MHz to 5925 MHz, the TAMP161 combines broadband coverage with high-isolation MIMO architecture. It supports 2×2 MIMO across the 600–960 MHz range and 4×4 MIMO across 1710–6000 MHz, providing flexibility across low-, mid-, and high-band cellular deployments.

The TAMP161 delivers peak gain up to 6 dBi and radiation efficiency reaching up to 90%, making it suitable for demanding connectivity environments.

Applications include 5G and LTE routers, enterprise gateways, FWA platforms, industrial IoT systems, smart transportation, logistics and asset management infrastructure, and CPE.

Expanding the SkyMirr Antenna Portfolio
The introduction of the TAMP154, TAMP159, and TAMP161 is part of a broader expansion of the SkyMirr antenna portfolio. Along with these new solutions, a host of additional antennas has been added to our portfolio, expanding the range of options available for cellular, Wi-Fi, IoT, transportation, broadband, and other wireless connectivity applications.

With solutions spanning different frequency ranges, antenna architectures, form factors, and deployment requirements, SkyMirr continues to develop antenna technologies focused on the physical layer of wireless connectivity.

Explore the new SkyMirr product page to discover the latest antenna additions, product specifications, and portfolio updates.

About SkyMirr
SkyMirr is a Florida-based wireless technology company specializing in antenna-first connectivity solutions for broadband, enterprise, and IoT applications. Powered by proprietary MuLCAT® RF innovations and years of wireless expertise, SkyMirr develops high-performance antennas, router, trackers, and custom wireless solutions designed for demanding connectivity environments.

SkyMirr Expands Its Antenna Portfolio with New High-Performance 4G/5G and Wi-Fi Solutions
As wireless connectivity continues to evolve, antenna performance remains a critical foundation for delivering reliable coverage, higher throughput, and consistent network performance. From 5G broadband and Fixed Wireless Access to next-generation Wi-Fi and industrial IoT, today’s connected environments demand antenna solutions designed to perform across increasingly complex RF conditions.

SkyMirr is expanding its antenna portfolio with a new generation of high-performance antenna solutions designed to address these evolving connectivity requirements. Among the latest additions are the TAMP154, TAMP159, and TAMP161, bringing together directional and omnidirectional architectures, broadband frequency coverage, high efficiency, and SkyMirr’s proprietary MuLCAT® (Multi-Layer Coupling Controlled Antenna Technology).

TAMP154: Directional Performance for Long-Range 4G/5G Connectivity
The TAMP154 High Gain Broadband 4G/5G MIMO Directional Antenna Module is engineered for applications where long-range and reliable RF connectivity are essential.

Operating across 600 MHz to 6000 MHz, the broadband 4×4 MIMO panel antenna uses directional RF performance to focus energy where it is needed, helping maximize link budget and support reliable connectivity in challenging RF environments.

Powered by MuLCAT®, the TAMP154 combines directional antenna engineering with high efficiency, achieving peak gain up to 9.7 dBi and radiation efficiency up to 92.8%.

The TAMP154 is suited for applications including Fixed Wireless Access (FWA) CPE, enterprise and home networking routers, industrial IoT gateways, connected automotive devices, and smart transportation systems.

TAMP159: High-Efficiency Wi-Fi 6E and Wi-Fi 7 Connectivity
As Wi-Fi networks move into the 6 GHz spectrum and support increasingly demanding applications, antenna performance becomes essential to taking advantage of these technologies.

The TAMP159 Wi-Fi 6E/7 External Omnidirectional Antenna is designed to support the complete 2.4 GHz, 5 GHz, and 6 GHz Wi-Fi spectrum, providing uniform omnidirectional coverage for next-generation wireless devices.

With efficiency reaching up to 95% and peak gain up to 4.6 dBi, the TAMP159 is designed to help maximize wireless performance while maintaining a compact, deployment-friendly form factor.

The antenna is suitable for Wi-Fi 6E and Wi-Fi 7 routers, enterprise gateways, FWA equipment, industrial IoT devices, smart transportation systems, and connected consumer electronics.

TAMP161: Broadband 4G LTE and 5G MIMO Performance
The TAMP161 4G LTE/5G MIMO Omnidirectional Broadband Antenna Module is designed for broad cellular coverage across major 4G LTE and 5G Sub-6 GHz frequency bands.

Supporting frequencies from 617 MHz to 5925 MHz, the TAMP161 combines broadband coverage with high-isolation MIMO architecture. It supports 2×2 MIMO across the 600–960 MHz range and 4×4 MIMO across 1710–6000 MHz, providing flexibility across low-, mid-, and high-band cellular deployments.

The TAMP161 delivers peak gain up to 6 dBi and radiation efficiency reaching up to 90%, making it suitable for demanding connectivity environments.

Applications include 5G and LTE routers, enterprise gateways, FWA platforms, industrial IoT systems, smart transportation, logistics and asset management infrastructure, and CPE.

Expanding the SkyMirr Antenna Portfolio
The introduction of the TAMP154, TAMP159, and TAMP161 is part of a broader expansion of the SkyMirr antenna portfolio. Along with these new solutions, a host of additional antennas has been added to our portfolio, expanding the range of options available for cellular, Wi-Fi, IoT, transportation, broadband, and other wireless connectivity applications.

With solutions spanning different frequency ranges, antenna architectures, form factors, and deployment requirements, SkyMirr continues to develop antenna technologies focused on the physical layer of wireless connectivity.

Explore the new SkyMirr product page to discover the latest antenna additions, product specifications, and portfolio updates.

About SkyMirr
SkyMirr is a Florida-based wireless technology company specializing in antenna-first connectivity solutions for broadband, enterprise, and IoT applications. Powered by proprietary MuLCAT® RF innovations and years of wireless expertise, SkyMirr develops high-performance antennas, router, trackers, and custom wireless solutions designed for demanding connectivity environments.

SkyMirr’sSky5G CPE platform was developed with a simple engineering premise: in real-world wireless deployments, performance is often limited not by the modem or software stack, but by the antenna subsystem.

Sky5G is a marquee example of what becomes possible when broadband hardware is designed from the RF layer up—prioritizing radiation efficiency, coupling control, and MIMO integrity as primary performance drivers.

This antenna-first philosophy reflects a broader truth in modern connectivity:

Wireless performance starts at the antenna.

For engineers working with 4G/5G Sub-6 systems, fixed wireless access (FWA), or high-density edge deployments, the RF front end—not the chipset—is frequently the dominant factor in achievable throughput, coverage consistency, and link stability.

The Antenna Is Not a Commodity Component

In many wireless devices, antennas are still treated as packaging constraints rather than performance-defining subsystems. As form factors shrink and frequency coverage expands, this approach introduces predictable challenges:

• Reduced radiation efficiency due to enclosure effects
• Pattern distortion caused by mounting surfaces or nearby metal
• Detuning across wide operating bands
• Increased mutual coupling between closely spaced radiators
• Higher correlation, limiting effective MIMO gains

Even when a modem supports advanced features like carrier aggregation or high-order modulation, the system cannot realize those benefits if antenna efficiency and isolation are compromised upstream.

In practice, many “network problems” are actually RF problems.

Why Coupling and Correlation Matter for MIMO

Modern broadband CPE platforms depend heavily on multi-element antenna architectures. However, as radiators are placed closer together, mutual coupling increases and isolation decreases. This can degrade key parameters such as:

• Envelope Correlation Coefficient (ECC)
• Diversity gain
• Signal-to-interference-plus-noise ratio (SINR)
• Realizable spatial multiplexing performance

The result is often unstable throughput, reduced spectral efficiency, and weaker performance at the cell edge—particularly in high-multipath or interference-heavy environments.

Antenna-first engineering addresses these physical-layer constraints early in the design process rather than attempting to compensate later through software.

Antenna-First Design as a System-Level Strategy

An antenna-first approach prioritizes RF performance as the foundation of the connectivity stack. This typically includes:

• Improving total radiation efficiency to strengthen link margin
• Increasing inter-element isolation to preserve MIMO behavior
• Maintaining consistent radiation patterns to reduce dead zones
• Optimizing impedance matching across wide frequency ranges
• Minimizing coupling effects that reduce diversity performance

These factors directly influence the metrics that matter in deployment: fewer retransmissions, higher usable throughput, and more consistent connectivity under load.

MuLCAT® and Coupling-Controlled Architectures

One emerging design approach involves actively managing energy interaction between radiators rather than treating coupling as unavoidable.

SkyMirr’sMuLCAT® (Multi-Layer Coupling Controlled Antenna Technology), implemented in platforms such as Sky5G, is designed to improve isolation and efficiency in compact multi-element broadband systems by controlling how energy flows across antenna layers and elements.

The goal is to preserve real-world MIMO performance in constrained form factors—where traditional approaches often struggle.

Sky5G as an Antenna-First CPE Example

Sky5G was engineered with RF performance as a primary design driver, supporting:

• Multi-band 4G LTE and 5G Sub-6 operation
• Efficient omni-directional behavior in real installations
• Reduced coupling to protect MIMO integrity
• More stable throughput in weak-signal or high-density environments

In testing, Sky5G has demonstrated broadband reach up to 42% farther from cell towers (carrier and conditions dependent), illustrating the impact of improved link margin at the antenna layer.

This design focus becomes especially relevant in rural deployments, dense urban networks, temporary sites, and fixed wireless environments where wired broadband is delayed or impractical.

The antenna-first advantage

 

Key Takeaway for Designers

As wireless connectivity expands into more demanding use cases—edge computing, industrial IoT, multi-site enterprise networks, and broadband replacement—the antenna subsystem is increasingly the performance bottleneck.

Antenna-first design is not simply an optimization. For many modern 5G systems, it is becoming a requirement to achieve consistent real-world throughput, coverage, and reliability.

For engineers evaluating broadband hardware, the question is no longer just what modem is inside—but how effectively the RF layer is engineered to deliver performance where it counts.

MELBOURNE, FL — December 29, 2025— SkyMirr, a leading innovator in antenna-first wireless and IoT connectivity solutions, announced today that it will showcase its latest lineup of high-performance technologies at CES 2026 in Las Vegas. Attendees will have the opportunity to see SkyMirr’s newest advancements in 5G networking, enterprise connectivity, RF engineering, and mobile asset intelligence.

At CES, SkyMirr will debut several major product milestones, including the Sky5G™ wireless router, an expanded portfolio of high-efficiency antennas, its newest battery-powered asset tracker, and demonstrations of the company’s breakthrough MuLCAT® intelligent antenna architecture. Together, these technologies highlight SkyMirr’s commitment to delivering faster, more reliable, and more resilient connectivity for commercial, industrial, enterprise, and consumer applications. The Sky5G was recognized as a CES Innovation Award Honoree.

Special Introductory Offer on Sky5G™

To celebrate its CES presence, SkyMirr is announcing a limited-time introductory offer on the Sky5G router for early customers and partners. The promotion provides discounted pricing and priority access to Sky5G units purchased during the CES launch window, giving organizations the opportunity to deploy high-performance, T-Mobile–certified 5G connectivity at exceptional value. Details on pricing and qualification will be available at the SkyMirr booth.

Sky5G™ Wireless Router + Enterprise NMS

SkyMirr will feature live demonstrations of its Sky5G wireless router, engineered to deliver up to 42% greater range and twice the throughput of traditional 5G CPE devices. Paired with SkyMirr’s Enterprise Network Management System, the platform can orchestrate more than 100,000 virtual CPEs, providing real-time analytics, advanced alarms, and seamless remote firmware management for carriers and enterprises.

High-Performance RF Antenna Portfolio

SkyMirr will showcase a suite of rugged, high-efficiency antennas designed for industrial IoT, enterprise networking, and mission-critical operations. These antennas are optimized for demanding environments and support multi-band performance across Wi-Fi, 4G LTE, and 5G Sub-6GHz. Attendees can explore standalone models or consult with SkyMirr engineers about integrating MuLCAT® technology into custom platforms.

Previews of Upcoming Products

The company will be offering previews of new high-performance directional antennas as well as a battery-powered asset tracker—SkyMirr’s first mobile tracking solution built with antenna-first engineering. Designed for indoor/outdoor visibility, logistics, warehousing, and high-interference environments, the tracker delivers reliable performance and advanced RF sensitivity to support real-time operational intelligence.

The SkyMirr Edge

“Antenna performance determines network performance—and SkyMirr was built to innovate at that foundation,” said Eric Youngmin Jo, SkyMirr’sFounder and CEO. “At CES, we’re showcasing how our antenna-first approach and MuLCAT® technology are unlocking new levels of reliability, coverage, and speed across industries.”

Meet SkyMirr at CES 2026

SkyMirr will host private demos and briefings throughout CES. Partners, customers, press, and industry leaders are invited to schedule appointments to see the full showcase of products and technologies.

To reserve a meeting while at CES, book here:
https://calendar.app.google/jfQBPTp4ybjvvJSD8

About SkyMirr

SkyMirr is a Florida-based wireless technology company pioneering antenna-first connectivity solutions for broadband, enterprise, and IoT applications. Powered by its proprietary MuLCAT® technology, SkyMirr delivers high-performance routers, antennas, IoT devices, and custom RF designs engineered to excel in real-world environments.
Learn more at www.skymirr.com.

Certified performance to power connectivity in rural, urban, and IoT-driven environments with the reliability required for first responders

MELBOURNE, FL — December 11,2025 — SkyMirr, a leader in IOT/wireless innovation, today announced that its advanced 5G wireless router, Sky5G™, has officially achieved certification for use on T-Mobile’s network. This milestone reinforces SkyMirr’s commitment to delivering high-performance wireless solutions that extend reliable broadband and IoT connectivity across diverse environments.

Built with SkyMirr’s breakthrough MuLCAT® (Multi-Layer Coupling Controlled Antenna Technology), the Sky5G Router is engineered to excel in areas where traditional equipment struggles—whether extending broadband into rural communities, optimizing performance in dense urban environments, or serving specialized markets such as IoT, surveillance, transportation and education.

With T-Mobile’s formal approval, Sky5G is certified for full compatibility and access to the nation’s largest 5G network. Additionally, T-Priority approval certifies Sky5G for T-Priority, a revolutionary 5G solution from T-Mobile designed for first responders.

Better Performance Where It Counts

Sky5G redefines what a certified 5G wireless router can deliver. Independent testing shows Sky5G provides:

• Up to 42% farther reach from cell towers (carrier/conditions dependent), making rural broadband a reality where others fall short.
• Up to 2x the throughput compared to conventional 5G CPE devices, ensuring smoother streaming, faster downloads, and more reliable video surveillance feeds.
• High-density resilience, utilizing Wi-Fi 7 to provide stable performance even with 500+ connected devices in congested city environments.

By combining extended coverage with higher sustained speeds, Sky5G enables businesses, schools, and agencies to unlock the full potential of 5G—without the dead zones and drops that plague legacy devices.

“Sky5G is more than a router—it’s proof that SkyMirr’s superior RF-based IOT solution unlocks performance where it matters most,” said Eric Jo, CEO at SkyMirr. “Certification on T-Mobile’s network validates our technology and gives customers the confidence to deploy Sky5G in mission-critical applications.”

The Sky5G Router delivers speeds up to 3.4 Gbps with concurrent support for more than 500 connected devices, ensuring it can serve as a backbone for both enterprise and community deployments.

SkyMirr will showcase the certified Sky5G Router at [Insert Upcoming Event/Show], with availability through authorized resellers, Amazon, and Walmart.

About SkyMirr
SkyMirr is a Florida-based wireless technology company pioneering antenna-first solutions that redefine performance in broadband, IoT, and connected devices. With its proprietary MuLCAT® technology, SkyMirr delivers ultra-efficient, high-reliability connectivity products including SkyBlade™ antennas, Sky5G™ routers, and custom RF design services. Learn more atwww.skymirr.com.

MELBOURNE, FL November 6, 2025 SkyMirr, an antenna-first technology company redefining wireless performance through its breakthrough MuLCAT® (Multi-Layer Coupling Controlled Antenna Technology), is honored to announce that its Sky5G™ Wireless Router has been named a CES® 2026 Innovation Awards Honoree® in the Mobile Devices, Accessories & Apps category.

The CES Innovation Awards, produced by the Consumer Technology Association (CTA), recognize outstanding design and engineering across consumer technology products. The Sky5G™ Router was applauded for its advanced RF design, exceptional range, and breakthrough signal speed powered by SkyMirr’s MuLCAT® antenna architecture.

A New Standard for 5G Connectivity

The Sky5G™ Wireless Router delivers up to 42% greater 5G range and 2× throughput speed in interference-heavy environments compared to standard customer-premises equipment (CPE).

Its antenna-first design provides consistently strong signal performance for industrial IoT, logistics, enterprise, and residential applications—making it one of the most versatile high-performance 5G routers on the market. SkyMirr’s MuLCAT technology employs a proprietary multi-layer coupling approach, enabling compact devices to achieve high isolation, ultra-broadband performance, and low interference—redefining what’s possible in modern wireless product design.

“We are honored to have the Sky5G recognized by CES,” said Eric (Youngmin) Jo, CEO of SkyMirr. “This award belongs to our team — the engineers, designers, and dreamers who believe that better connectivity starts with bold ideas and precise design. We set out to reimagine how wireless performance could look and feel, and it’s inspiring to see that vision resonate. We’re deeply grateful to the CES Innovation Awards for recognizing SkyMirr’s work and to everyone who continues to push the boundaries of what’s possible.”

Follow this link to access the Sky5G details in the CES Innovation Awards Gallery

About the CES Innovation Awards

The CES Innovation Awards program honors outstanding design and engineering in consumer technology products across multiple categories. Entries are reviewed by an elite panel of industry experts, designers, engineers, and members of the media based on innovation, functionality, aesthetics, and impact.

About SkyMirr

SkyMirr is an antenna-first company engineering high-performance RF solutions that redefine wireless reliability. From industrial IoT and logistics to connected homes and smart infrastructure, SkyMirr’s MuLCAT® antenna technology powers products that deliver stronger, more efficient connectivity across 4G, 5G, Wi-Fi, GNSS, and IoT systems.

Visit www.SkyMirr.com or meet us at CES 2026, Booth #8162, to experience Sky5G™ and other breakthrough technologies.