Taoglas to Spotlight Antenna Advances And Lead a Gnss Session at Eucap 2026

Taoglas is set to present its newest antenna technology at the 2026 European Conference on Antennas and Propagation in Dublin, Ireland, scheduled for April 19-24 at the Dublin convention center. The company will be exhibiting at Stand 52.

Focus on Integration Challenges in Modern Systems

During this year’s event, Taoglas plans to emphasize how much more demanding antenna integration has become across electronic design. In practice, antenna performance is no longer just about the component itself. It is shaped by the PCB, the enclosure, nearby radios, and the broader RF environment. From what I’ve seen in location and navigation systems, this works a lot like overlapping GIS layers: the outcome depends on how each layer interacts, not on one element in isolation.

The message is especially relevant for engineers working across satellite navigation, asset tracking, internet of things deployments, precision agriculture, and self-driving car platforms, where stable signal behavior and reliable performance indicators matter in the field, not just on a bench.

For GNSS designs in particular, the practical basics still do a lot of the heavy lifting. Placement needs a clear view away from noisy components, isolation matters when multiple radios share a compact device, matching has to be tuned to the actual enclosure rather than an ideal lab setup, and the ground plane can change results more than many teams expect. I’ve seen small layout changes shift outcomes in the same way a minor route adjustment can clean up a messy GPS trace.“Reliable field performance usually starts with disciplined integration work: antenna placement, ground plane design, isolation from nearby radios, and validation in the final device,” the company said in outlining the themes behind its GNSS-focused event sessions.

GNSS Masterclass Will Connect Theory With Field Results

Taoglas will also run a session titled “GNSS Evolution Masterclass: Bridging Theory and Field Performance” on April 21 from 15:50 to 17:30. The class is designed to walk attendees through the shift from single-band to multi-band GNSS, while also covering practical issues that affect real-world navigation accuracy.

GNSS, or Global Navigation Satellite System, is the umbrella term for satellite positioning systems such as GPS and other regional or global constellations. Its evolution has generally moved from reliance on a single system and single-band reception toward multi-constellation, multi-band operation that gives engineers better coverage, stronger resilience, and more dependable positioning in difficult environments.

• Antenna characteristics
• Key performance metrics
• Correction services
• Methods used to assess positioning behavior outside controlled lab conditions

That should be useful for teams working with satellite-based technology, including applications tied to real-time kinematic positioning, agriculture systems, and mobile platforms that rely on consistent satellite signal quality. When I checked the session details, the framing looked sensible and grounded, with the kind of material engineers can usually apply after one careful review.

The session themes also connect to common hardware choices engineers have to make. Active GNSS antennas include an integrated low-noise amplifier and are typically used when signal runs are longer or the receive environment is weaker. Passive GNSS antennas do not include that amplification stage, so they are often chosen for shorter signal paths, tighter power budgets, or designs where amplification is handled elsewhere in the radio chain.

Booth Demonstrations Will Include AI-Led Selection Tools

At its exhibit space, Taoglas will feature its AI-based Antenna Product Recommendation Engine, a tool built to help users narrow antenna options according to project requirements. It sits alongside the company’s broader design toolkit, including the Antenna Integrator for PCB placement and configuration work.

Taoglas says the platform is updated regularly with added features and new antenna models, giving engineers a smoother path from early evaluation to final integration. I looked through this part the same way I would compare routes in a mapping workflow: the real value is in reducing friction between selection, validation, and deployment. For teams moving quickly, that kind of continuity can save time over several design iterations.

For visitors trying to map the product range quickly, the GNSS offering appears to span several common categories used across embedded hardware. That generally includes antenna options suited to automotive platforms, IoT devices, handheld equipment, and other compact connected systems where size, mounting constraints, and signal conditions vary by use case.

Conference Contributions Extend Beyond the Exhibit Floor

Beyond the booth, Taoglas is participating in the technical conference program with fresh antenna engineering research. That includes a poster focused on tri-band Wi-Fi antenna integration and a paper covering compact antenna designs for LPWA and internet of things devices.

These topics line up with the market’s broader evolution toward smaller hardware, denser radio environments, and tighter performance requirements. In my own review of similar technical programs, the most useful papers are usually the ones that connect theory to deployment constraints, and these subjects appear to head in that direction.“EuCAP is a rare chance to bring leading research into direct conversation with real engineering problems,” said Dermot O’Shea, co-founder and CEO of Taoglas. “Given Taoglas’ roots in Ireland, it is particularly meaningful to showcase local RF and antenna expertise while working alongside the international engineering community.”

Taoglas is backing EuCAP 2026 as a gold sponsor. Visitors can speak with the Taoglas team in Dublin during the event and learn more about the company’s work in antenna, satellite, and navigation technology through its official channels.

The broader GNSS discussion around the event also points to the support work engineers usually look for beyond a product catalog. That often includes integration guidance, custom design input, performance testing, and consulting during device development. Technical materials such as reference guides, integration guides, whitepapers, and webinars are typically accessed through the company’s website and support resources, while deeper validation of GNSS products commonly covers performance checks, reliability review, and environmental resistance testing before deployment. The article does not provide specific customer case studies or a verified list of global office and facility locations.