What’s New at Taoglas.com?
October 2026
Taoglas has been shortlisted for two 2026 Elektra Awards, recognising innovation in wireless connectivity and engineering design tools. The FXP30x and PC30x antenna series and the AI-Driven Antenna Product Recommendation Engine highlight Taoglas’ commitment to simplifying antenna integration and accelerating product development.
Discover what it takes to achieve reliable, centimeter-level GNSS accuracy, from selecting the right antenna to integrating the receiver and correction architecture. Learn how Taoglas helps engineers optimize positioning performance and validate high-precision connectivity for demanding applications.
Discover how 5G RedCap and eRedCap deliver cost-effective, power-efficient connectivity for next-generation IoT devices. Learn how the right antenna design helps optimize performance, reduce device costs, and accelerate time to market.
Meet Taoglas at electronica 2026 in Munich, 10–13 November, to explore the latest RF, GNSS, antenna and wireless connectivity innovations. Visit Hall C2, Booth 516, to discover solutions that simplify integration, improve performance and accelerate product development. You can also schedule a meeting in advance by clicking this link HERE.
Discover how the right antenna design unlocks reliable Non-Terrestrial Network (NTN) connectivity for IoT devices in remote areas beyond cellular coverage.
Learn how Taoglas antennas enable seamless hybrid satellite-cellular connectivity, improving performance, reliability, and design flexibility.
September 2026
Watch the on-demand webinar to learn how to avoid common RF integration mistakes across UAV, UGV, and USV platforms.
Gain practical insights from Taoglas experts on antenna selection, RF integration, BVLOS connectivity, compliance, and testing.
Cellular, Wi-Fi, or satellite? Which connectivity option is right for your IoT application, or should you combine them?
Every engineer faces this question, but the answer isn’t always straightforward. Each technology has distinct advantages and trade-offs for power consumption, coverage, cost, and reliability.
Our engineering team breaks down how cellular, Wi-Fi, and NTN satellite compare across key criteria and when a hybrid approach is the smarter strategy.
Are you designing Wi-Fi 7® devices for enterprise customers? Here’s what they won’t tell you in the certification requirements: MIMO isn’t mandatory, but enterprise buyers expect it anyway.
Why? Because without MIMO, your device won’t deliver the 2x speed boost that Wi-Fi 7 promises.
Here’s what separates enterprise-grade Wi-Fi 7 from basic certification:
- MU-MIMO supporting 16×16 simultaneous streams (vs. 8×8 for Wi-Fi 6/6E)
- Multi-Link Operation (MLO) aggregating 2.4 GHz and 5 GHz channels
- The performance CIOs and IT managers actually pay for
Understanding how to leverage MIMO effectively and its relationship with MLO is critical for winning enterprise deployments.
Connected devices face growing security risks—from data breaches and supply-chain vulnerabilities to GNSS jamming and spoofing.
Discover practical strategies for securing data in transit, strengthening device protection, and improving GNSS resilience.
Learn how to build a more secure, resilient connectivity architecture from antenna to cloud.
Avoid costly RF integration mistakes that can compromise performance, delay deployment, and increase redesign costs.
Join Taoglas experts on 29 September 2026 to learn how to build reliable, mission-critical connectivity into UAVs, UGVs, and USVs.
Gain practical engineering insights to de-risk your design, accelerate testing, and get your unmanned platform deployment-ready faster.
Reliable wireless connectivity is critical for Robot.com’s AI-powered robots operating across delivery, logistics, manufacturing, and warehouse environments.
See how Taoglas helped integrate 5G, GNSS, and Wi-Fi® antennas onto a custom PCB, optimizing performance while meeting demanding space and design constraints.
Discover how this approach helped Robot.com reduce development effort, accelerate time to market, and achieve performance targets on its first revision.
Join Cesar Sousa, Product Management Specialist at Taoglas, as he introduces the MA344 Series, also known as the Olympian VI—a compact, rugged 3-in-1 magnet-mount antenna combining multi-band GNSS positioning with 2×2 wideband 5G and LTE cellular MIMO connectivity in a single easy-to-install solution.
The latest Taoglas Antenna Integrator update makes antenna selection and PCB design more flexible and efficient. New filtering, corner-mount support, multi-port GNSS capabilities and an expanded antenna library help engineers evaluate complex RF configurations faster.
This video highlights the latest enhancements to the Taoglas Antenna Integrator, designed to make antenna selection and PCB development faster and more flexible. Explore new filtering, corner-mount support, multi-port GNSS capabilities and an expanded antenna library for more efficient RF design.
August 2026
Part 2 of our series explores how antenna impedance matching and RF efficiency can directly impact IoT device performance and battery life. Discover key best practices for reducing power waste, minimizing retransmissions, and optimizing real-world connectivity.
Taoglas has been shortlisted for the 2026 Engineering Excellence Awards for its AI-Driven Antenna Product Recommendation Engine. The recognition highlights how AI and decades of RF expertise are helping make antenna selection faster, smarter and more accessible to engineers.
Join Neil Woodhouse, Engineering Manager at Taoglas, as they introduce the AA.181 Series – a compact, high-performance active multi-band GNSS antenna designed for reliable positioning in demanding outdoor environments.
We’re excited to announce that Taoglas has acquired QuWireless, a specialist in high-performance antenna and antenna-enclosure solutions for wireless communication devices.
Based in Poland, QuWireless is known for its innovative all-in-one antenna enclosure products that simplify outdoor and industrial deployments by integrating routers directly into the antenna housing.
The acquisition strengthens Taoglas’ outdoor and industrial connectivity portfolio and expands our ability to support customers across applications including industrial automation, telecommunications infrastructure, smart grids, and transportation.
We’re delighted to welcome the talented QuWireless team to Taoglas and look forward to building on our shared commitment to delivering innovative, reliable connectivity solutions worldwide.
What does it take to build a reliable, scalable connected device?
It’s not just about choosing the right antenna, module, or cloud platform. The best-performing devices are designed with the entire connectivity stack in mind, from hardware and networks through to cloud infrastructure and data flow.
In Part 1 of our new blog series, our engineers explore the key building blocks of connected device architecture and why a holistic approach matters.
The world is a harsh place for wireless devices, and antennas take the brunt of the extremes.
Temperature extremes. Shock and vibration. Moisture ingress. UV exposure. Chemical corrosion.
Engineers can’t predict everything their devices will encounter in the field, but focusing on five critical design aspects goes a long way toward ensuring reliable RF performance under even the most unforgiving conditions.
GPS spoofing isn’t just for disrupting military operations anymore. It’s being used to steal cargo, manipulate fleet routes, and attack critical infrastructure.
Trucking companies are losing loads to coordinated theft operations. Refineries, electrical grids, and water plants are vulnerable to PNT data manipulation. The threat is real and growing.
The solution? Defense agencies have been fighting GNSS jamming and spoofing for years and winning. Their techniques work just as well for civilian IoT applications in fleet management, utilities, agriculture, and smart cities.
Our latest blog shows you how to implement defense-grade GNSS protection that also maximizes accuracy and resiliency under normal conditions.
Join Chasen Bell, Sales Intern at Taoglas, as he introduces the WLA.05, the smallest ceramic substrate Wi-Fi® loop antenna in the Taoglas portfolio. Discover how this ultra-miniature antenna delivers reliable 2.4 GHz Wi-Fi®, Bluetooth®, BLE, Thread, Zigbee®, and WLAN connectivity in an exceptionally compact footprint, making it ideal for space-constrained IoT, wearable, healthcare, and personal safety devices.
Learn how its drop-in replacement design simplifies integration while maintaining excellent RF performance.
June 2026
Join Chasen Bell, Sales Intern at Taoglas, as he introduces the WLA.05 – the smallest ceramic substrate Wi-Fi® loop antenna in the Taoglas portfolio. Discover how this ultra-miniature antenna delivers reliable 2.4 GHz Wi-Fi®, Bluetooth®, BLE, Thread, Zigbee®, and WLAN connectivity in an exceptionally compact footprint, making it ideal for space-constrained IoT, wearable, healthcare, and personal safety devices.
Learn how its drop-in replacement design simplifies integration while maintaining excellent RF performance.
As EV charging infrastructure expands globally, reliable wireless connectivity is essential for maximizing uptime, enabling remote monitoring, and delivering a seamless charging experience.
Watch this on-demand webinar to learn how advanced antenna solutions, RF design expertise, and engineering best practices help build scalable, high-performance EV charging networks that are ready for the future.
As EV charging networks expand worldwide, reliable connectivity has become essential for maximizing uptime, enabling remote monitoring, and delivering a seamless charging experience.
This case study shows how Taoglas helped a leading EV charging manufacturer deploy a scalable, globally connected platform through advanced antenna technology, RF expertise, and engineering support-improving reliability, accelerating development, and preparing its infrastructure for future growth.
Redesigning your PCB because of antenna placement issues? Failed carrier certification? Connectivity problems discovered in field testing?
These aren’t random problems; they’re predictable RF design mistakes that derail IoT projects every day. Whether you’re building asset trackers, wearables, or industrial sensors, the same pitfalls keep appearing. The good news? They’re completely avoidable when you know what to look for.
Our latest blog reveals the top five RF design mistakes and exactly how to prevent them.
Reliable wireless performance depends on more than just selecting the right antenna. This blog explores five common causes of connectivity issues including interference, signal obstruction, antenna performance, environmental conditions, and integration challenges and shares practical strategies to improve cellular and GNSS reliability.
Learn how early design decisions can help maximize performance, accelerate development, and ensure dependable connectivity in demanding IoT and mission-critical applications.
As Edge AI continues to transform connected devices, reliable wireless connectivity is becoming just as important as on-device intelligence.
This blog explores why antenna design and RF performance are fundamental to edge AI success, enabling low latency, efficient power consumption, and dependable communication across applications such as autonomous vehicles, robotics, industrial IoT, and smart cities. Discover why the antenna should be treated as a core design consideration from day one, not an afterthought.
Join us for a candid panel discussion with Dermot O’Shea, CEO of Taoglas; Adam Cousin, Sales and Business Development Manager, IoT Solutions EMEA at Telit Cinterion; and Pavesh Govender, Head of Northern Europe IoT Sales, Vodafone- three sides of one stack- for a candid panel on where Edge AI and connectivity must converge.
Date: Wednesday, 29 July, 2026
Time: 8:00 AM PT (San Diego) | 11:00 AM ET (New York) | 4:00 PM BST (Dublin/London) | 5:00 PM CEST (Paris/Berlin) | 8:30 PM IST (India).
Choosing the right antenna early in the design process is critical for getting that device to market on time and on budget.
Read our latest engineering blog to discover the top six considerations when comparing antennas and how to use AI to streamline that process.
The right antenna strategy can have a significant impact on device performance, certification success, battery life, and time to market.
This blog explores why antenna selection and integration should be considered from the earliest design stages, helping engineers avoid costly redesigns, streamline carrier certification, and build reliable, high-performance IoT devices that deliver long-term value.
Our engineering services support you from concept to certification. Integration & Optimization ensures correct RF decisions early, preventing costly redesigns. Antenna Design creates custom solutions when off-the-shelf products won’t work. RF Testing & Validation proves performance in our global anechoic chambers, helping you pass carrier certification the first time. Our 75+ RF engineers work as an extension of your team-providing the wireless expertise most companies don’t have in-house.
Taoglas Invisible Antenna® technology combines high-performance wireless connectivity with a virtually invisible design, enabling seamless integration into glass, plastic, and other non-metal surfaces. These transparent flex antennas support cellular, Wi-Fi®, and GNSS applications while preserving product aesthetics, making them ideal for EV chargers, smart buildings, digital displays, medical devices, and other design-sensitive applications.
Terrablast is Taoglas’ proprietary polymer dielectric technology, engineered for applications where conventional ceramic antennas may not withstand extreme mechanical stress. Up to 30% lighter than ceramic while offering exceptional impact, vibration, and temperature resistance, Terrablast delivers high-performance GNSS and RF connectivity for demanding environments such as UAVs, automotive systems, and precision agriculture.
June 2026
Are you designing connected medical devices for in-home patient care? Struggling with the challenge of ensuring reliable connectivity for patients who don’t have Wi-Fi access or the technical know-how to configure network settings?
For devices such as negative pressure wound therapy (NPWT) systems, connectivity isn’t optional – it’s critical for remote monitoring, firmware updates, and the protection of patient data. But relying on Wi-Fi creates barriers for rural patients, elderly users, and anyone without reliable home internet.
Our latest case study explores how cellular and GNSS connectivity solves these challenges, enabling automatic network detection, seamless remote monitoring, and worry-free deployment, without a single support call about Wi-Fi passwords.
Discover how cellular and GNSS is enabling the next generation of in-home medical devices.
Pick any city department, and it’s a safe bet they’re running smart city applications.
Sanitation departments optimising trash collection routes. Transportation teams helping drivers find parking in real time. Health departments monitoring air quality block by block. Utilities reducing energy consumption with intelligent street lighting.
The use cases are compelling. The business case is clear. But none of it works without one thing: reliable wireless connectivity.
Our latest blog explores the key considerations for 5G antenna infrastructure in smart cities – from redundancy and small cells to environmental hardening.
Education. Energy. Manufacturing. Utilities. Defence. Seaports. Smart Cities.
What do they all have in common? They’re among the biggest and fastest-growing users of private cellular networks, and they’re rapidly making the shift from 4G to 5G.
Our latest blog explores the top 5G verticals for private networks, the trends driving adoption, and why wideband antennas are key to delivering future-proof solutions for your customers.
The EU’s cybersecurity landscape just changed, and if you’re a device OEM, this affects you.
Here’s what happened: Delegated Regulation 2022/30 was repealed in October 2024 and replaced by the EU Cyber Resilience Act (CRA). The change took effect in August 2025, with a transition period ending December 11, 2027, at which point the CRA becomes the sole regulation OEMs must comply with.
Our latest blog breaks down the new requirements, what has changed, and, crucially, why antennas are your first line of defence.
As cargo theft becomes increasingly sophisticated, GNSS jamming and spoofing are emerging as significant threats to trucking, logistics, and asset tracking operations. This blog explores how these attacks work, their impact on fleet visibility and security, and the strategies engineers can use to mitigate them.
Learn how multi-constellation GNSS, advanced antenna design, and resilient positioning technologies can help protect critical transportation assets and maintain reliable tracking in challenging environments.
We’re very excited to announce that Taoglas has acquired Sure Antennas, a specialist in advanced vehicle communications systems for emergency services, public safety and mission-critical fleets, headquartered in the UK.
The acquisition strengthens Taoglas’ position in the critical communications and automotive antenna markets, both of which are undergoing rapid transformation as agencies and fleet operators begin the transition to high-bandwidth LTE and 5G networks. By combining resources, the companies can offer broader capabilities for connected fleets, meet emerging network requirements, and support applications ranging from public safety and defense to commercial transport.
Want to dive deeper? Read the full press release
Modern fleet management and asset tracking solutions rely on a combination of LTE, LPWAN, and GNSS technologies to deliver reliable connectivity and precise location data. This blog explores how multi-band antenna strategies can simplify deployments, improve resilience, and reduce installation complexity by consolidating multiple wireless technologies into a single antenna system.
Learn key design considerations for optimizing performance, durability, and long-term reliability in transportation, logistics, public safety, and industrial tracking applications.
Modern fleet management and asset tracking solutions rely on a combination of LTE, LPWAN, and GNSS technologies to deliver reliable connectivity and precise location data. This blog explores how multi-band antenna strategies can simplify deployments, improve resilience, and reduce installation complexity by consolidating multiple wireless technologies into a single antenna system.
Learn key design considerations for optimizing performance, durability, and long-term reliability in transportation, logistics, public safety, and industrial tracking applications.
Join Taoglas at Hardware Pioneers Max 2026 (Stand P9) to discover how AI-powered RF design tools and advanced antenna solutions can simplify wireless product development. See live demonstrations of the AntennaXpert Suite and the new GVLB208 Series ultra-compact dual-band GNSS antennas, designed to help engineers accelerate development, optimize antenna integration, and improve wireless performance in compact connected devices.
Visit us on 10–11 June at Excel London and explore smarter ways to bring your next wireless product to market faster.
Trasna is a global leader in IoT cellular connectivity, providing end-to-end solutions spanning SIM, eSIM, iSIM/SoC technologies, cellular IoT modules, and device management platforms. To support customers in accelerating product development, this reference page maps selected Trasna cellular modules to compatible Taoglas antenna solutions, helping engineers simplify antenna selection and integration while optimizing wireless performance.
Browse recommended Taoglas antennas by module type, frequency support, mounting style, and application requirements to identify the right connectivity solution for your design.
May 2026
As edge computing continues to expand across smart cities, industrial automation, and connected infrastructure, reliable wireless connectivity has become critical. This blog explores how 5G, including RedCap technology, is enabling faster, lower-latency edge deployments and highlights the key antenna considerations that impact performance, efficiency, battery life, and time to market.
Learn how the right antenna strategy can help maximize connectivity in next-generation edge computing applications.
We’re thrilled to introduce the GVLB208 Series! A new family of active and passive dual-band GNSS L1/L5 stacked patch antennas delivering centimetre-level positioning accuracy in an ultra-compact 20 x 20 x 8 mm package.
One of the smallest form factors on the market, L1/L5 support, and Stable right-hand circular polarisation (RHCP). All in one.
For applications where size is everything and precision is non-negotiable, the GVLB208 Series was built for you.
Global electric utilities are facing unprecedented demand.
Smart metering deployments require reliable connectivity for real-time monitoring, fault detection, and automated control… yet many still struggle with inconsistent coverage, power constraints, and escalating hardware costs, especially in dense urban environments.
That’s where Taoglas came in.
Working with a leading smart grid specialist, we delivered a connectivity solution that balances cost-efficiency with the high reliability required by modern energy infrastructure. This helped to maximise grid capacity, improve operational efficiency, and support the transition to smarter energy systems.
For police, fire, and first responder agencies across the U.S., reliable communications aren’t just a performance metric – they’re a matter of life and death.
And as wireless technology evolves, so do the options available to public safety agencies. Staying ahead of these trends isn’t optional. It’s mission-critical.
Our latest blog breaks down the top public safety communication trends and technologies shaping 2026 and what to consider when choosing and integrating antennas to take full advantage of them.
Whether they’re carrying passengers, patients, police, or potatoes—modern vehicles have one thing in common: they all depend on wireless.
From remote diagnostics and turn-by-turn navigation to fully autonomous driving and software-defined vehicles, the connected vehicle landscape is evolving fast. And at the heart of every wireless application is the antenna.
Choosing the right one isn’t straightforward. Different applications have different requirements and getting it wrong can impact performance, safety, and time-to-market.
Our latest blog breaks down the key connected vehicle use cases and what to consider when selecting the right antenna for each.
Discover how smarter cellular integration can reduce certification complexity and accelerate time to market. In this joint on-demand webinar, Trasna, Taoglas, and Future Electronics explore module certification, antenna integration, TRP/TIS testing, carrier acceptance, and real-world deployment considerations for cellular-connected devices.
Watch now to learn how to simplify compliance, optimize performance, and streamline your next cellular IoT deployment.
EV chargers are used in a wide variety of public and private installations, from charging stations at malls and travel stops to fleet charging depots at truck terminals and logistics parks. Wireless plays a fundamental role in all of those by providing network connectivity for remote diagnostics, transaction time stamping, HD map downloads for autonomous vehicles, and more.
The Taoglas Gemini Series is a family of high-performance 2x cellular MIMO antennas engineered for reliable 4G and 5G connectivity across global networks. Designed with compact, rugged enclosures and strong antenna isolation, Gemini delivers consistent throughput and stable performance in both indoor and outdoor deployments. With flexible mounting options and wideband coverage, it’s an ideal solution for routers, access points, and IoT devices operating in demanding environments.
April 2026
Stay ahead with the latest innovations from Taoglas. This hub brings together our newest antennas, RF components, and connectivity solutions in one place – making it easy to explore cutting-edge products, enhanced features, and updates across the portfolio.
From embedded and external antennas to RF components and accessories, discover solutions engineered to simplify integration, optimize performance, and accelerate time to market.
We’re proud to be a finalist in the Emerging Technology Innovation of the Year category at the 2026 Tech Excellence Awards 🇮🇪 – a fantastic recognition for the work behind our AI-driven antenna recommendation platform and the teams who made it happen.
Thrilled to be shortlisted for bringing a new, game-changing approach to antenna selection – helping our customers cut the process from hours or days to minutes.
Looking forward to 14 May at the Royal Marine Hotel, Dún Laoghaire and celebrating alongside other innovators in the industry.
Full shortlist: https://techawards.techcentral.ie/finalists-2026/
Smart home devices are proliferating fast, and the number of wireless protocols inside them is keeping pace.
For engineers, this poses a serious challenge: how do you shoehorn multiple disparate wireless technologies into a compact form factor and get them to coexist not just within the same enclosure but alongside every other smart home device operating in the same bands?
Our latest blog breaks down the strategies engineers need to achieve sufficient isolation between antenna elements while preserving radiation efficiency in multi-protocol smart home devices.
The Olympian Series was born from real-world customer challenges, delivering rugged, compact, high-performance antennas for permanent installation. Available in three models – Olympian, Olympian II, and Olympian III – this series offers a range of configurations including 5G or LTE MIMO, GNSS, multiband GNSS, and Wi-Fi to meet diverse connectivity needs.
Explore the full Olympian Series
Taoglas has been shortlisted in the Business of the Year (51+ Employees) category at the 2026 County Wexford Business Awards in Ireland.
Attending @EuCAP 2026 in Dublin? Don’t miss our industrial workshop with Senior Antenna Engineer @Lukas on GNSS technology today!
This comprehensive session charts the evolution from single-band to advanced multi-band GNSS systems and what it means for your applications.
What you’ll learn:
- Diverse GNSS applications: navigation, asset tracking, precision agriculture, surveying, and autonomous vehicles
- Essential antenna characteristics and GNSS performance metrics
- Correction technologies: RTK, PPP-RTK, and Galileo HAS
- Real-world measurement demonstrations comparing environments, antenna types, and correction service impacts
Whether you’re in academia or industry, this workshop will deepen your understanding of GNSS technologies and antenna characteristics.
- Date: 19–24 April 2026
- Location: Dublin, Ireland
Join David Connolly, Global Product Management Director at Taoglas, as he introduces the GVLB208.A – our smallest dual-band GNSS stacked patch antenna engineered for high-accuracy positioning.
Wi-Fi 7 is here and it’s a significant leap forward for device OEMs and their customers. Double the channel width, higher modulation and multi-link operation across 2.4 GHz and 5 GHz bands. The performance gains are compelling but so is the complexity of getting your device certified.
If you’re designing a Wi-Fi 7 device, our latest blog is your starting point for navigating the certification landscape with confidence.
U.S. beef prices are at record highs. As the value of each head soars, so does the business case for smarter livestock management.
Enter virtual fencing. Collars using cellular and GNSS technology are now herding cattle, sheep, and goats around pastures using sound and mild electrical pulses – no physical fences required.
Livestock monitoring isn’t new, but the technology powering it is evolving fast. Our latest blog explores the cellular and GNSS antenna considerations behind these smart grazing applications.
For decades, utilities have invested in private cellular networks and for good reason. Total control over coverage, cybersecurity, traffic prioritization, and quality of service is worth the price tag.
But the landscape is changing. Two new options are now giving utilities and enterprises more flexibility than ever:
- Private network slicing
- Hybrid networks
Which approach is right for your organisation? Our latest blog breaks it down.
Satellite IoT enables reliable, low-power connectivity for devices operating beyond cellular coverage, ensuring continuous data flow in remote and harsh environments. Leveraging GEO and LEO networks, it supports critical applications where traditional infrastructure falls short. Taoglas provides high-performance antennas and RF solutions optimized for L- and S-band operation, with expertise in multi-radio integration across satellite, cellular, GNSS, and more. This enables efficient, scalable, and future-ready IoT deployments.
Applications:
Most GPS pet trackers tell you where your dog was after something has already gone wrong. Petronix Wear set out to change that.
By combining BLE, LTE, GPS, and Non-Terrestrial Networks (NTN) into a single intelligent harness, Petronix Wear built a dog safety platform that works anywhere, even deep in forests and remote trails where cellular simply isn’t available.
Taoglas was proud to be the antenna partner that helped make this innovative solution happen.
Taoglas Co-Founder and CEO Dermot O’Shea has been shortlisted in the International category of the 2026 EY Entrepreneur of the Year™ Ireland programme.
Join Neil Woodhouse, Engineering Manager at Taoglas, as he introduces the CGSP457.A – a high-performance ceramic patch antenna engineered for GNSS positioning and Iridium SatCom in NTN applications.
Supporting multi-constellation GNSS and L-band satellite communication, it delivers high efficiency, strong gain, and reliable performance for UAVs, robotics, telematics, and precision timing systems.
There’s no shortage of cows and corn in the country, but cellular is just the opposite. In fact, 16% of land in the U.S. and 70% of Canada have no cellular service because their population density is too low to recoup the investment in base stations, backhaul, and other infrastructure.
For smart agriculture applications, where connectivity is crucial for precision farming, livestock monitoring, and autonomous equipment, this presents a significant challenge.
Enter Non-Terrestrial Networks (NTN).
LEO, MEO, and GEO satellite constellations are now filling the connectivity gap in pastures, fields, and rural areas where terrestrial networks can’t reach. Our latest blog explores how NTN is enabling smart agriculture applications in areas that cellular has long left behind.
Join Frank Lennon, Product Marketing Manager at Taoglas, as he introduces the MPA.257.A – a compact stamped-metal SMD antenna engineered for high-performance tri-band Wi-Fi® connectivity in space-constrained devices.
Supporting 2.4, 5.8, and 7.125 GHz for Wi-Fi® 6 and Wi-Fi® 7, it delivers reliable performance, durable construction, and efficient SMT integration for IoT, entertainment, and industrial applications.
March 2026
Keeping aircraft safely aloft and on track requires a rare combination of expertise in both mechanical engineering and RF engineering. Why is it so rare? Because the requirements are exceptionally demanding:
- Ultralight weight
- Durability and reliability in extreme cold and the vacuum of space
- Installation limitations that can undermine RF performance
- Unusual form factors with unique constraints
Our latest blog explores what it takes to design antennas that meet the rigorous demands of defense and civilian aerospace applications.
We are thrilled to announce our new FXP30x and PC30x series of high-performance embedded combination antennas! This new family of compact antennas is designed to support cellular, GNSS and Wi-Fi® connectivity for space-constrained electronic devices.
Both series enable engineers to integrate multiple wireless technologies within a single antenna, reducing device component count while simplifying device design, speeding up assembly times and accelerating time-to-market.
Thread is rapidly becoming a major player in IoT – with over 1,100 certified products from 240 companies at the end of 2025.
It’s not the first wireless mesh technology for home, industrial, and healthcare IoT applications. And that’s actually one of its strengths: Thread learned from the drawbacks of predecessors like Zigbee and Z-Wave to offer a compelling alternative.
Is Thread the right fit for your next IoT device? Our latest blog breaks down what you need to know.
Join Conor McGrath, Product Management Specialist at Taoglas, as he introduces the MPA.66.A – a compact stamped-metal SMD antenna engineered for reliable wideband 5G/4G connectivity in space-constrained IoT devices.
Join Cesar Sousa, Product Management Specialist at Taoglas, as he introduces the LoPro™ Series – low-profile, multi-function antennas engineered for seamless 5G, Wi-Fi®, and GNSS connectivity in modern RV platforms.
With up to 8-in-1 integration, a compact 76 mm height, and rugged IP67-rated design, the LoPro™ Series simplifies installations while delivering reliable, high-performance connectivity on the road or off-grid.
In antenna design, “low profile” typically means a few millimeters in height. But for law enforcement vehicles, it means something more: staying invisible.
Here’s the challenge: most modern vehicles use a single shark fin antenna for AM/FM, SiriusXM, cellular, and GNSS. But add an LMR whip antenna to the roof? That’s an instant giveaway that it’s a law enforcement vehicle—a real problem during surveillance operations.
Wattco Equipment, an integrator specializing in first responder vehicles across California, Nevada, and the Western U.S., came to us with a clear need: an adhesive antenna that mounts inside on glass, covers 150 MHz, 450 MHz, and 700 MHz—and keeps unmarked vehicles looking unmarked.
The result? A covert solution that eliminates roof-mounted antennas entirely. No visible hardware. No drilling holes. And no plugging them up when the vehicle is decommissioned for resale.
As Bennett Watson, Wattco’s Business Development Manager, puts it: “Customers were looking for some sort of off-the-roof solution for both aesthetic reasons as well as practical ones.”
Defense organizations increasingly rely on artificial intelligence for analysis and action both on and off the battlefield. But to win, AI needs a steady diet of information. Antennas play a critical role by ensuring reliable, high-performance connections to myriad sources of intelligence.
Our latest blog explores how AI and antenna technology are converging for A&D applications.
The “L” in LMR stands for land, but it might as well mean longevity. LMR has been around since the 1930s. And despite the arrival of 4G LTE, 5G, and FirstNet, it remains a fundamental part of mission-critical communications for public safety, transportation, and utilities.
Why? Two words: reliability and coverage.
LMR operates independently of cellular networks, so when a natural disaster or attack takes out mobile infrastructure, LMR systems remain in service. And because it uses lower VHF and UHF frequencies, signals travel farther than their cellular counterparts.
Our latest blog explores why LMR remains indispensable and how it seamlessly integrates with modern connectivity solutions.
Over the past 30 years, the selection of wireless technologies for emergency services has grown exponentially – from LMR to 4G, FirstNet, and now 5G, along with GNSS and Wi-Fi. And with 6G on the horizon around 2030, the options will only continue to expand.
But one thing hasn’t changed: antennas remain the foundation of the reliable, high-performance connectivity that lives depend on. The challenge? Making all of these technologies co-exist in a single fleet vehicle.
Our latest blog explores how to navigate this complexity and build emergency services fleets that are ready for today and tomorrow.
Lots of things can prevent a device from connecting to a cellular network, but one thing is designed to ensure success: certification.
From smartphones to asset trackers, certification proves that devices meet operator and regulator requirements for data throughput, voice quality, antenna performance, RF safety, and more. Without it, your device doesn’t get the green light to connect.
Certification has been around for decades, but it’s continually evolving as cellular technology evolves. Are you up to speed on the latest changes?
Our latest blog breaks down how certification works, the role of pre-certification, recent updates you need to know, and why one key aspect will always remain the same.
Unlock faster, smarter RF antenna selection with a hands-on walkthrough of the Taoglas AntennaXpert Suite – covering our AI Product Recommendation Engine, Antenna Integrator, Antenna Builder, and Cable Builder.
Watch on-demand to cut datasheet hunting, de-risk integration, and accelerate your design from concept to PCB placement in minutes.
February 2026
Integrating GNSS antennas shouldn’t be a guessing game. But without a clear process, even seasoned RF engineers can run into costly surprises – from interference issues to late-stage redesigns.
That’s why Baha Badran, Taoglas’ Global Head of Engineering, developed this comprehensive, hands-on guide to help you integrate with confidence.
Inside, you’ll learn:
- Step-by-step guidance from initial design to system validation
- How to choose between active and passive antennas
- Which cellular bands to watch as potential interference sources
- How to find the PCB sweet spot for maximizing performance
In construction, a fraction of a centimeter can impact budget, timeline, and safety. For autonomous vehicles at highway speeds, a few centimeters can mean the difference between a near-miss and a collision.
Standard GNSS accuracy of 1.5–10 meters simply isn’t enough for these applications. That’s where correction services come in, but not all are created equal. Some require subscriptions, some need cellular connectivity, and some are vulnerable to the same interference as standard GNSS signals.
The latest option? Galileo High Accuracy Service (HAS), a PPP service delivering real-time orbit, clock, and bias data for up to decimeter-level accuracy.
Our latest blog explores how HAS works and how it compares to other correction options.
Join Paul Liu, RF Product Lead at Taoglas, as he introduces the External Accura Series – our high-performance direct-mount GNSS antennas engineered for precision outdoor positioning.
The U.S. trucking industry has a problem: there aren’t enough drivers.
The good news? Fully autonomous trucks are increasingly filling the gap. Autonomous tractor trailers are already shuttling freight between Dallas, Houston, and other major cities and analysts predict compound annual growth rates as high as 36.92% through 2035.
But autonomous trucks are only as capable as their connectivity. These vehicles rely on seamless communication with vehicle-to-infrastructure (V2I) systems, real-time AI processing, and precise positioning to operate safely and efficiently.
That’s where Taoglas came in.
By combining our extensive product portfolio, dedicated customer support, and state-of-the-art facilities, we delivered a tailored connectivity solution to help power the next generation of autonomous trucking.
How much is 15.6 centimeters worth?
In construction, agriculture, and logistics it can easily be worth thousands of dollars. That’s why heavy equipment operators, precision ag drones, and autonomous material handlers are augmenting standard GNSS data with correction services to achieve accuracy far beyond the typical 0.5-meter baseline.
But not all correction services are created equal. Some require subscriptions. Some need cellular connectivity. And some deliver data via satellite with their own set of trade-offs. Our latest blog breaks down the major types of GNSS correction services – how they work and how to add support for them in your IoT devices.
Choose the right antenna from day one to protect your timeline, budget, and performance—without wasting hours on manual datasheet comparisons.
Join our hands-on workshop to see the Taoglas AntennaXpert Suite in action, from AI-driven recommendations to seamless PCB placement and product configuration.
Join Lize-Mari du Plessis, Customer Experience Manager – NASAC at Taoglas, as she introduces our new lineup of ADS-B antennas—engineered for high-performance aviation tracking, UAV systems, and compact ground station applications.#
Join Ben Hannity, Antenna Design Engineer at Taoglas Dublin, as he introduces the FXP300 and PC300 Series—two compact, high-performance antenna families engineered for multi-band connectivity in space-constrained designs.
Designing a device with an embedded GNSS antenna? One of your biggest decisions is whether to use a chip or a patch. Both have their pros and cons and the right choice depends on factors like price point targets, device form factor, use cases, and PCB integration requirements.
Not sure which direction to go? Our engineering team breaks down the key considerations to help you navigate the options with confidence.
Over 99% of Americans and Canadians are covered by cellular – but that stat comes with a big asterisk. It’s based on where people live. The reality? Only about 10% of the planet has cellular service. That’s a major problem for IoT sensors in precision agriculture, asset tracking across remote terrain, and autonomous vehicles traveling through connectivity dead zones.
Enter Non-Terrestrial Networks (NTNs) – extending connectivity where traditional cellular can’t reach.
Our latest blog explores NTN use cases, its relationship with GNSS, and what to consider when choosing an antenna system for NTN applications.
Selecting the right antenna shouldn’t take hours of sifting through datasheets, parametric searches, and manual comparisons. But with the growing complexity of modern RF systems, that’s exactly what many engineers face.
𝐍𝐨𝐭 𝐚𝐧𝐲𝐦𝐨𝐫𝐞
We’re thrilled to announce the launch of our AI-driven Antenna Product Recommendation Engine – a groundbreaking platform that embeds over two decades of Taoglas expertise into an always-available digital tool.
Here’s what it delivers:
- Intelligent, automated guidance in minutes – not hours or days
- AI trained on real-world design knowledge from tens of thousands of projects
- Access to one of the industry’s broadest antenna portfolios
- Confidence for both seasoned RF engineers and non-technical decision-makers
Early-stage antenna decisions disproportionately impact system performance, cost, and time-to-market. This tool helps you get it right from the start. The Recommendation Engine joins our AntennaXpert ecosystem alongside Antenna Builder, Cable Builder, and Antenna Integrator, giving you a seamless path from selection to integration.
Ready to accelerate your next design?
Taoglas announced the launch of the world’s first AI driven Antenna Product Recommendation Engine, a groundbreaking platform set to revolutionize how engineers and organizations select antennas and RF components.
Watch the overview video to see how it works.
More than 700,000 people ride in fully autonomous robotaxis each week. Meanwhile, autonomous tractor trailers are already hauling freight between major cities.
But here’s the thing: AI is only as smart as the data it receives. That’s where GNSS comes in – delivering the positioning, navigation, and timing (PNT) information these vehicles need to maximize safety and efficiency.
And whether it’s a robotaxi or a human-driven fleet vehicle, the common denominator in every GNSS-powered transportation application is the antenna.
Are you selecting the right one? Our engineering team breaks down the features, specs, and integration best practices you need to know.
January 2026
Are you designing a device that requires wireless capabilities for connectivity, location, timing, or all of the above? Do you need expert advice to identify the wireless technology or combination of technologies that best meet your customers’ unique requirements for performance, reliability, security, coverage, and cost?
Navigating these choices can be challenging—even for experienced device OEMs and systems integrators—due to the sheer number of options available and the constant emergence of new technologies.
Our engineering team has created a comprehensive guide to help you confidently choose the best solution for your device.
Antennas are critical yet often misunderstood—performance issues usually surface only after deployment. Despite their importance, discussion is rare, even though experts drive countless successful projects. Dermot O’Shea, CEO of Taoglas, launched a podcast to sit down with leaders and pioneers shaping the future of wireless technology.
As GNSS Jamming and Spoofing attacks grow, so have the technologies that device OEMs and systems integrators can use to thwart jamming and spoofing.
Carrier certification is a milestone for device OEMs. Passing tests for data throughput, voice quality, RF safety, network interoperability, and other criteria means the device now can be sold for use on that carrier’s network.
For police departments and other first responder agencies in the U.S., an important type of carrier certification is for AT&T’s FirstNet network.
Read our latest blog to learn more about FirstNet Certifications and discover why antennas play a vital role in mission-critical communications.
Join Elif Azra, Product Operations Manager at Taoglas, as she unveils the TFX Series—Taoglas Invisible Antenna® solutions engineered for 5G, GNSS, and Wi-Fi® in sleek, space-constrained designs.
With transparent PET construction and peel-and-stick mounting, the TFX Series delivers high-efficiency performance across 600–6000 MHz—ideal for EV chargers, kiosks, and digital signage where visible antennas won’t do.
For decades, utility companies around the world have operated private cellular networks to support internal applications like remote meter reading. Today, private networks are surging in popularity across diverse sectors, including manufacturing, logistics, sports venues, municipalities, and universities.
Our engineering team has created a comprehensive guide to help you confidently choose the best private network solution for your organization.
In our latest Engineering blog, we explore the emerging vision for 6G and why antennas will continue to be the critical bridge between the digital and physical world.
Whether you’re tracking future trends or shaping them, this is one deep dive you won’t want to miss.
December 2025
Join Elif Azra, Product Operations Manager at Taoglas, as she introduces the Supercombo Series—an advanced multi-antenna shark fin solution designed for high-performance automotive and fleet deployments.
Join Elif Azra, Product Operations Manager at Taoglas, as she unveils the Embedded NFC Antenna Series—ultra-compact, high-efficiency antennas tuned for 13.56 MHz and optimized for short-range wireless communication.
Join Elif Azra, Product Operations Manager at Taoglas, as she unveils the Storm Series—ultra-low profile, external antennas engineered for rugged IoT, transport, and emergency service deployments.
Discover the enhanced TG.66 Series from Taoglas, now available with SMA, TS9, and FAKRA connectors for maximum design flexibility. Covering 600–6000 MHz, these ultra-compact antennas deliver robust 5G/LTE connectivity in a sleek, low-profile housing—ideal for routers, POS systems, and autonomous devices. Available in black and white, with hinged mounts for optimal orientation and performance.
Taoglas introduces the ILA.257, ILA.68, and ILA.89—a new generation of low-cost, high-efficiency LTCC chip antennas optimized for Wi-Fi® 6/7, UWB, and LoRa®/ISM bands. Designed for compact IoT and wearable devices, they offer top-tier radiation efficiency, minimal keep-out, and seamless SMT integration—helping engineers build smaller, smarter, and globally connected products with ease.
November 2025
Designing GPS-enabled products? Don’t let poor integration sabotage performance. Learn how active GNSS antennas, proper grounding, and interference mitigation can make or break signal reliability—especially in compact, high-precision applications.
Struggling with GNSS or cellular antenna performance? You might be overlooking critical integration mistakes. Discover the top four real-world design pitfalls—and how to fix them—in our latest blog.
Stop designing products the hard way. The 𝐀𝐧𝐭𝐞𝐧𝐧𝐚 𝐈𝐧𝐭𝐞𝐠𝐫𝐚𝐭𝐨𝐫 is your AI Co-Pilot for intelligent antenna integration. With our latest updates, you can input your parameters and 𝐛𝐮𝐢𝐥𝐝 𝐲𝐨𝐮𝐫 𝐝𝐞𝐬𝐢𝐠𝐧 𝐜𝐨𝐧𝐜𝐞𝐩𝐭 𝐢𝐧 𝐮𝐧𝐝𝐞𝐫 60 𝐬𝐞𝐜𝐨𝐧𝐝𝐬.
As highlighted in @ABI Research’s recent market analysis, AI-assisted antenna design is transforming how engineers approach RF challenges. Our latest update puts this power directly in your hands.
With the Taoglas Antenna Integrator, you have:
- Rapid Reporting: Receive a detailed technical report (Efficiency, Radiation Patterns, Gain) in just 24 hours.
- Advanced Modelling: Model on realistic board layouts and account for real-world components.
- Vast Antenna Library: Select the perfect antenna for your application – from GNSS and Cellular to Wi-Fi and beyond.
- Seamless Exports: Instantly get 3D STEP, PDF, and DXF files to streamline collaboration with your internal teams.
Make critical decisions early, slash design iterations, and reduce time-to-market with next-gen design flexibility.
You can also watch the overview video to understand more about our newly updated Antenna Integrator.
What’s the difference between a smartphone and IoT device? Lots of things, starting with GPS performance.
Our latest engineering blog explores how to enhance GPS performance by designing your IoT device like a smartphone.
The Taoglas Colosseum Series offers robust, high-performance antennas tailored for transportation, first responders, smart cities, and industrial IoT applications.
Every engineer has faced it: You chose a high-performance GNSS receiver and a certified antenna, yet your device is failing field tests. Why?
Our latest engineering blog, “Get With the System: A Practical Guide to Locating and Mitigating Interference in GNSS Devices,” provides a system-level design strategy on how to avoid common performance pitfalls. It’s a must-read for engineers designing a GNSS device.
Discover the DLA.01—Taoglas’ ultra-compact ceramic loop antenna for DECT-based IoT applications. Measuring just 5 x 3 x 0.5 mm, it’s one of the smallest DECT antennas available, offering omni-directional performance in space- and power-constrained environments.
Ideal for cordless communication, indoor tracking, and smart automation. SMT-compatible and tape-and-reel ready for scalable production.
The Taoglas team is heading to CES 2026! Join us in Las Vegas to explore how our advanced RF and antenna solutions can accelerate your connectivity roadmap. Complete the short form to schedule a meeting with our experts—we look forward to discussing your projects and helping you solve your toughest design challenges.
Our latest engineering blog, “The Right GNSS Antenna is Key for Balancing Low Power and High Performance,” explores how to Power-Optimise Your GNSS Antenna Selection and Integration.
Our latest engineering blog, “Galileo’s OSNMA: Why the Right GNSS Antenna is Critical for Taking Advantage of Next-Gen Satellite Authentication,” explores why antenna selection is essential for leveraging Galileo’s new OSNMA security capability.
Watch our on-demand webinar “Protected PNT: Antenna Design Strategies for GNSS Security” where Taoglas experts Pat Frank and Kevin Blakeley explore how to defend against rising GNSS spoofing and jamming threats. Learn about CRPA technology, multiband filtering, and actionable antenna design tips to secure positioning, navigation, and timing (PNT) in aerospace, defense, and critical infrastructure systems.
The NLA.01 is Taoglas’ smallest ceramic antenna yet—just 5 x 3 x 0.5 mm, delivering omni-directional performance for Non-Terrestrial Networks (NTN) and space-constrained IoT devices like wearables and trackers. SMT-ready and supplied on tape and reel, it simplifies integration and accelerates production.
October 2025
Introducing the PCS.62.A—a low-profile, surface-mount antenna built for global 5G, LTE, and IoT connectivity. With a tiny 38 × 10 × 3mm footprint and wideband support from 600–6000 MHz, it’s ideal for space-constrained devices like smart meters, telematics, and wearables. Fully pick-and-place compatible and optimized for high efficiency with minimal PCB keep-out.
The Taoglas Raptor X series is a low-profile, high-performance combination antenna designed for next-generation routers and gateways. It delivers powerful connectivity in one sleek, compact unit. Its streamlined form factor eliminates the need for cluttered antenna farms, making it ideal for space-constrained environments like vehicle roofs and NEMA cabinets.
Introducing the HP2356.A, the newest addition to our Inception Series—an ultra-low-profile L1/L2 GNSS patch antenna engineered for drones, AGVs, and precision agriculture. Just 6mm tall with a 35x35mm footprint, it features a patented patch-within-a-patch design for centimeter-level accuracy on a 70x70mm ground plane.
Explore how Non-Terrestrial Networks (NTN) are transforming global connectivity. In this exclusive webinar, experts from Taoglas, Murata, and Skylo reveal how to build devices that stay connected—anywhere, anytime—beyond the reach of terrestrial networks.
Watch Now to future-proof your designs for even the most remote environments.
Discover the ILA Series, Taoglas’ latest range of ultra-compact LTCC chip antennas designed for next-gen wireless devices where space and performance are critical. Covering Wi-Fi 6/7, UWB, ISM, and Bluetooth®, the ILA.68, ILA.89, and ILA.257 models deliver excellent gain and radiation efficiency in packages as small as 3.2 x 1.6 mm—perfect for IoT sensors, smart home devices, wearables, and more.
Chip antennas are compact and ideal for IoT, wearables, and space-constrained designs—but their performance is heavily dependent on PCB placement and ground plane design. This blog explores the physics behind radiation efficiency, current excitation, and mode analysis, and explains why early design integration is key to success.
Watch our videos spotlighting the Watson Antenna (MA2332)—a next-generation, low-profile film antenna designed for public safety, automotive, and heavy equipment applications.
- Quick Installation Demo – See how fast and discreetly the Watson antenna integrates into any vehicle.
- Customer Testimonial – Hear from WATTCO Emergency Equipment Integrators on why Watson is a game-changer.
- Design Insight – Learn what inspired the development of this sleek, high-performance triband antenna from our field engineers.
From aesthetics to reliability, Watson delivers the ultimate connectivity upgrade for agencies that demand performance without compromise.
Explore the Comet Series, Taoglas’ ultra-compact, high-performance puck antennas designed for reliable 5G, GNSS, Wi-Fi®, and Bluetooth® connectivity in space-constrained and rugged environments. Now featuring both magnetic (MA32x) and screw-mount (MA58x) models, the series delivers exceptional efficiency across 600–6000 MHz in a sleek, IP67-rated form factor—ideal for gateways, security systems, and autonomous platforms.
September 2025
Introducing the Patriot Series, Taoglas’ most advanced multi-combination antenna system built for law enforcement and emergency response. With up to 18 integrated elements—including 5G/4G MIMO, Wi-Fi®, GNSS, SDARS, and LMR—the ultra-compact, IP69K-rated housing installs directly on the Ford Interceptor’s OEM mount, ensuring rugged, high-precision connectivity in mission-critical conditions.
We’ve expanded the Comet Series with the new MA58x antennas—compact, low-profile, screw-mount solutions specifically engineered to deliver consistent, high-efficiency performance on metal surfaces and enclosures. Supporting 5G/4G MIMO, Wi-Fi 6/7, and GNSS in a rugged IP67-rated form factor, the MA58x Series is ideal for industrial, public safety, and smart system deployments where space is tight and reliability is critical.
The Taoglas Comet Series solves the challenge of integrating high-performance connectivity into space-constrained or harsh environments. With support for global 5G/4G cellular, GNSS, Wi-Fi®, and Bluetooth®, these low-profile puck-style antennas deliver stable gain and high efficiency with is critical for reliable performance in compact applications where larger antennas can’t be used.
Read our latest engineering blog on Countering GNSS Jamming and Spoofing for Aerospace and Defense Applications here.
Discover how rugged Ethernet magnetics enable reliable, high-performance networking in mission-critical military systems. From vehicles and drones to command centers, these components ensure data integrity under extreme conditions like shock, vibration, and electromagnetic interference.
Read the full article to learn why Ethernet magnetics are vital to modern defense communications.
Join Taoglas, Murata, and Skylo on Tuesday, October 7 for an exclusive webinar exploring Non-Terrestrial Networks (NTN) and how to design devices that stay connected—anywhere, anytime.
Date: Oct 7 | Time: 8 AM PT | 4 PM BST | 5 PM CET
Register now to go beyond the limits of terrestrial connectivity.
At just 4mm tall, the HP5354.A is the thinnest L1/L5 GNSS antenna on the market, delivering superior axial ratio, group delay, and phase center stability.
Ideal for drones, robotics, asset tracking, and precision agriculture, it features a 35x35mm footprint and an innovative patch-within-a-patch design, optimized for a 70x70mm ground plane.
Watch the video to see why it’s the go-to choice for space-constrained, high-accuracy applications.
Aerospace and defense applications have some of the most demanding wireless device requirements. Read our latest blog on Antenna Integration for Aerospace and Defense Applications Including Wearables, Drones, and AGVs to discover more.
We’re thrilled to be recognised in two categories this year:
- Ben Hannity has been shortlisted for the Rising Star Award
- Our Antenna Integrator tool is a finalist for Design Tool and Development Software Product of the Year
These nominations highlight the talent of our people and the value of our technology to customers.
In this video, Product Management Specialist Conor McGrath introduces the TU.66, an IP67-rated antenna covering 600 MHz to 8000 MHz across cellular, Wi-Fi®, and UWB bands. Just 123.5mm tall, it’s ideal for asset tracking, access control, and wireless gateways.
Available with N-Type and SMA Male connectors, it’s perfect for both indoor and outdoor industrial and IoT deployments.
To make it easier for visitors to find the right solutions, we’ve introduced a dedicated NTN/SatCom product category within both our Embedded and External Antenna groups.
Why this matters:
Non-Terrestrial Networks (NTN) and Satellite Communication (SatCom) are rapidly growing technologies that extend connectivity beyond traditional terrestrial networks. While our products have supported these bands for years, we’ve now clearly highlighted them to help you identify suitable solutions faster and with less research.
Explore NTN/SatCom Products:
Want to learn more about NTN connectivity? Visit our Introduction to Non-Terrestrial Networks (NTN) Technology page here
Crash course: When it comes to designing wireless devices, there are only two sure bets: Another new technology is always just around the corner, and its arrival will make it tougher than ever to choose the right one(s).
Check out our latest Engineering Blog for insights on navigating RF technologies.
In this exclusive tour, explore how Taoglas designs, tests, and assembles next-gen antenna and RF solutions—all under one roof. From anechoic chambers and 3D printing to mmWave and GNSS testing, see how we deliver fast, full-stack RF integration for automotive, industrial, and IoT applications.
Watch the video to experience our rapid prototyping and regional customization in action.
In this video, Elif Azra, Product Operations Manager, introduces the EAHP.60 with active cross-dipole architecture, delivering high phase center stability, low group delay, and excellent out-of-band rejection.
Supporting GPS, GLONASS, Galileo, BeiDou, L-band, and SBAS, it’s ideal for autonomous vehicles, robotics, RTK, and asset tracking where signal integrity is critical.
Watch now to see how EAHP.60 ensures robust GNSS performance in embedded systems.
August 2025
Taoglas has been shortlisted in two categories at this year’s Engineering Excellence Awards, Ireland’s national celebration of outstanding engineering achievements.
In this video, Product Operations Manager Elif Azra introduces both models, based on the trusted AA.180 platform. The AA.185 features a single-stage LNA for low power use, while the AA.186 includes a dual-stage LNA for higher gain and better noise performance.
Ideal for drones, agriculture, telematics, and autonomous systems.
Are you interested in learning how modern first responder fleets can streamline their upfitting processes, reduce vehicle downtime, and achieve reliable, always-on connectivity? Check out our latest customer case study featuring Fairfax County Government to see how Taoglas assisted their Police Department in achieving all of the above
As part of our newly added Product Series pages, we’ve created this central overview to help you explore the full range of Taoglas antenna solutions in one place.
From rugged, multi-element antennas for mission-critical vehicle applications to compact, low-profile solutions for IoT and smart infrastructure, each series is purpose-built for performance, reliability, and seamless integration.
Browse our product series overview page, to find the right fit for transportation, public safety, industrial IoT, healthcare, and more—ensuring future-proof connectivity in any environment.
In this video, David Connolly, Product Director at Taoglas, introduces the Synergy X Series, which integrates up to nine advanced antenna elements—5G/4G, Wi-Fi® 6, and full-spectrum GNSS—into a single, low-profile, IP67-rated enclosure.
Powered by Taoglas’ EAHP.50 cross-dipole GNSS technology, Synergy X delivers centimeter-level accuracy and strong multipath rejection, even in dense urban environments. With ultra-wideband coverage from 600 MHz to 6 GHz and a rugged, vandal-resistant design, it’s ideal for permanent installations across fleet management, public safety, telematics, and emergency response.
Watch the Synergy X Series video to see how it redefines connectivity and precision for mission-critical deployments.
We’ve made it easier to explore and access our comprehensive range of Taoglas Magnetics with a newly organized on-demand datasheet catalog.
Now available in Products Menu under:
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Products → Ethernet Magnetics → Magnetics Datasheets, and
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Products → Support → Magnetics Datasheets
Whether you’re working on networking infrastructure, EV systems, industrial IoT, or telecommunications, this consolidated view provides easier access to our reliable, high-performance magnetic components.
Access the Magnetics Datasheet Catalog
What do GE, LG, Samsung and Whirlpool appliances have in common? They’re all examples of how Wi-Fi connectivity is rapidly becoming standard in refrigerators, stoves, washing machines and other large appliances.
Read our latest engineering blog on “Efficient Antenna Design and Simulation for Electrically Large Smart Home Appliances,” by Milad Mirzaee, Ph.D. and Patrick Frank to discover how efficient simulations are crucial for shortening product development cycles and meeting customer expectations for performance and reliability.
Designed as a reliable connectivity solution for M2M, telematics, transportation, and remote monitoring applications, the Pantheon Series delivers advanced multi-function integration with support for 5G/4G, Wi-Fi®, and GNSS. Certain models offer up to 5-in-1 capabilities, powered by MIMO technology to ensure fast, stable, and secure connections.
With broad frequency coverage, flexible customization options, and a track record of dependable performance in real-world deployments, Pantheon antennas provide all-in-one connectivity that adapts wherever it’s needed most.
Discover the Pantheon Series in action—Taoglas’ rugged, high-performance omnidirectional antenna solution built for mission-critical connectivity in the toughest environments.
In this video, Frank Lennon, Product Marketing Manager at Taoglas, shows how Pantheon integrates up to five antenna elements—5G/4G MIMO, Wi-Fi®, and GNSS—into a compact, IP67-rated enclosure with superior 20dB+ isolation and ultra-low-loss cable options for dependable performance on any mounting surface.
Watch the Pantheon Series video to see why it’s ideal for transportation, telematics, public safety, commercial fleets, and smart infrastructure, with 12 flexible configurations ready for global deployments.
The Taoglas Synergy X Series is a compact, high-performance, all-in-one antenna solution engineered for permanent vehicle roof installations. Delivering up to 9-in-1 functionality, it combines multi-band GNSS, 5G/4G, and Wi-Fi® 6 in an ultra-compact PC enclosure. Fully IP67-rated for waterproof durability, the Synergy X Series offers a powerful, space-saving antenna solution for demanding automotive applications.
Discover how Taoglas® is redefining connectivity for recreational vehicles with the launch of the new LoPro™ series of combination antennas. Engineered for performance and aesthetics, these super low-profile roof-mount antennas offer up to 8-in-1 connectivity options including GPS, 5G/4G MIMO, Wi-Fi® MIMO, AM/FM, and TV eliminating the need for multiple antenna installations.
Whether you’re upgrading your RV or designing for next-gen models, the LoPro™ series delivers seamless integration and robust signal performance to keep you connected wherever the road takes you.
Computer Simulation Technology (CST) Microwave Studio and High-Frequency Structure Simulator (HFSS) are the two most common design tools for RF simulation. Most Taoglas antenna simulation models are available in CST to enable customers to build simulations models using Taoglas antennas inside their custom design environment.
This means device OEMs, systems integrators and others now have access to the same models that Taoglas uses for its internal simulations. These models provide a convenient way to understand how a particular antenna will perform when integrated with your devices.
The Taoglas Storm Series a is low profile, heavy-duty, fully IP67 waterproof external antenna for use in worldwide telematics applications which require best in class 4G/LTE, Wi-Fi® and GNSS performance. It is ideal for solutions that do not have space for mounting the larger dome antennas but still require good efficiency and gain.
Up to 5 antennas inside support 4G/LTE, GNSS, and Wi-Fi® (2.4GHz/5.8GHz), the Storm Series can be customized with combination of up to 2x Cellular, 2x Wi-Fi, 1x Iridium L Band, and 1x GNSS antennas to better serve different customers’ applications.
Printed circuit boards (PCBs) do more than just provide a surface for installing embedded antennas. Like pole, screw, and magnet mounts for external antennas, PCBs directly affect the performance of embedded antennas and thus the quality and reliability of the applications using them.
Read our latest engineering blog to learn about how to successfully navigate the top PCB considerations, including avoiding common pitfalls and using testing to verify that the antenna and the rest of the device will meet performance requirements in the real world.
Discover the Thunder Series in action—Taoglas’ rugged, compact antenna and router enclosures built for mission-critical connectivity in the toughest environments.
In this video, David Connolly, Product Director at Taoglas, walks you through how Thunder simplifies complex installations by combining high-performance antennas with routers from Ericsson, Semtech, Peplink, and Digi—all in one IP67-rated unit.
Watch the Thunder Series Video to see how it’s designed for urban, remote, and mobile connectivity challenges.
July 2025
The Taoglas TGX Series addresses a key challenge for device makers and network engineers: how to maintain strong, stable 5G/4G connectivity across global sub-6GHz bands in environments where signal strength is unreliable such as dense urban areas, moving vehicles, or remote installations.
They use cross polarized antennas to deliver the best possible throughput and quality improvements in transmitting and receive signal levels, leading to better coverage and performance, especially in urban environments.
Explore our latest series of videos on the Taoglas Patriot Antenna – a next-generation solution designed for mission-critical vehicle connectivity. From design inspiration to real-world testimonials and installation walkthroughs, these videos provide an in-depth look at how the Patriot Series delivers value to fleets across the globe:
- Fairfax County Police Department Customer Testimonial – Hear directly from the end users about performance and reliability in the field
- Discover the Development Process – Go behind the scenes with our Senior Mechanical Engineer and learn how the Patriot Antenna was built from the ground up
- Quick and Easy Installation – See how effortless it is to install the Patriot Antenna using OEM mount points
- The Inspiration Behind the Patriot – Find out what sparked the idea and the challenges this antenna was designed to solve
From concept to deployment, the Patriot Series continues to redefine what’s possible in antenna innovation for public safety and connected fleets.
We’ve just released a series of new product videos showcasing our latest innovations in high-performance antenna design for GNSS, robotics, automotive, IoT, and more. Explore the features, applications, and design advantages of each solution by watching the videos below:
- MagmaX2 AA.205 – Magnetic mount GNSS antenna designed for precision and durability in mobile deployments
- Colosseum Series – Compact GNSS combination antennas optimized for industrial and telematics use cases
- PC45 – Wideband PCB antenna ideal for next-generation IoT devices and robotics applications
- Raptor Max Series – Ultra-rugged, multi-function vehicle antennas supporting up to 16 integrated elements
- Maximus Series – Super-small wideband cellular flex PCB antennas for space-constrained designs
- FXUB06, FXUB16, PC60 & PC66 – Ultra-compact, high-efficiency cellular antennas for embedded and external use
- Olympian III MA18x Series – 3-in-1 screw-mount antennas for combined cellular, Wi-Fi®, and GNSS applications
- Raptor X – Low-profile antennas purpose-built for mission-critical and public safety communications
- AGPSFB356 & AGVLB356 – Ultra-low-profile GNSS antennas engineered for precision in space-constrained environments
Radio frequency (RF) cables are a key component in cellular, Global Navigation Satellite Systems (GNSS), Wi-Fi and Bluetooth devices that use external rather than embedded antennas. Discover why they’re so important and how to read their datasheet information in our latest engineering blog here.
The Taoglas® Raptor MAX Series is a next-generation line of low-profile, high-performance combination antennas, purpose-built to simplify and enhance vehicle connectivity. Offering up to 16 integrated connections in a single unit including Multiband GNSS, 5G/4G MIMO, Wi-Fi® MIMO, and LMR/VHF/UHF/TETRA. The Raptor MAX eliminates the need for multiple antennas and complex installations.
Whether you’re outfitting a fleet or optimizing a single vehicle, the Raptor MAX delivers robust, reliable performance in one sleek, roof-mounted solution.
Explore the full Raptor Max Series here.
Taoglas is excited to announce a strategic partnership with @Semtech Corporation, a leading provider of high-performance semiconductor, Internet of Things (IoT) systems and cloud connectivity service solutions, to offer a portfolio of high-performance antennas verified for use with Semtech’s AirLink® routers.
The collaboration enables engineers and system integrators to pick the best antenna option for their router and use case, which are validated for compatibility by both vendors.
IP ratings are an important specification to consider when comparing cellular and GNSS antennas. But what does an IP67 rating really tell you about an antenna’s durability.
As part of our ongoing commitment to improving user experience and showcasing the breadth of Taoglas’ capabilities, we have introduced a major update to our homepage banner.
Key Update: Featuring six rotating banners, each banner highlights a distinct area of our expertise—ranging from Industry Solutions and Aerospace & Defense to In-House Manufacturing, Design Services, and our AntennaXpert Tool Suite. We believe this change will deliver a more intuitive and informative browsing experience for all users.
For decades, manufacturers and their suppliers have relied on GPS and other global navigation satellite systems (GNSS) to track trucks, trains and shipping containers of raw materials and finished goods.
Read our latest Engineering blog to discover some innovative new ways that GNSS is enabling the automation, efficiency and productivity behind lean manufacturing and Industry 4.0
In real estate, city views and other prime locations get top dollar because they’re scarce. With police cruisers, ambulances and other first responder vehicles, the roof is beachfront property.
Check out our latest blog, where we discuss overcoming challenges related to the placement and installation of cellular and GNSS antennas for public safety.
5G cellular uses far more bands than previous generations. One reason is that 4G bands alone can’t provide enough spectrum to keep up with the insatiable demand from consumers and businesses.
Read our latest engineering blog to learn about these new bands in terms of speed, indoor and outdoor coverage, operator support and more.
Although smart watches are the best-known type of wearable device, the market is much broader and deeper.
Read our latest Engineering blog on how to maximise GNSS Performance for Wearables for Animal Tracking, Lone Worker Safety and More. This comprehensive article covers:
- GNSS constellation options
- Balancing form factor and functionality
- Testing to ensure performance requirements are met
Taoglas has released the Patriot series, a compact, multi-function combination roof mount antenna designed for connected vehicle fleets across emergency services, utilities, and commercial sectors. Integrating up to 18 antenna elements in a single low-profile enclosure, the Patriot delivers robust multi-network connectivity while reducing vehicle roof clutter and simplifying installation.
The Patriot Series transforms fleet connectivity by combining high-performance 5G/4G, Wi-Fi®, GNSS, SDARS, and LMR whip antennas into one low-profile, rugged IP67/IK08 enclosure. Built for vehicles like the Ford Interceptor, it enables multi-radio support with minimal roof clutter and simplified installation.
Ideal for law enforcement, utilities, and commercial fleets, the Patriot Series ensures robust, reliable, always-on connectivity in mission-critical environments.
Explore the full Patriot Series here.
Near Field Communication (NFC) technology is designed to connect two nearby devices quickly, easily, securely, and temporarily. Read all about how it works and what makes it ideal for consumer applications in our latest engineering blog.
Read our latest engineering blog to learn about #6G technology, the opportunities it brings, antenna considerations, and resources for staying up-to-date on the development of 6G in North America and the rest of the world.