en.Wedoany.com Reported - On June 2, Irish RF and antenna solutions company Taoglas announced its participation in Hardware Pioneers Max 2026, to be held June 10-11 at ExCeL London, UK. The company will showcase antenna products for compact wireless devices, RF design capabilities, and the AntennaXpert intelligent antenna design tool suite at booth P9.
Taoglas's exhibition focuses on antenna selection and integration challenges in miniaturized connected devices. As industrial IoT, robotics, smart sensors, wearables, edge terminals, and in-vehicle electronics continue to add wireless connectivity, internal device space becomes tighter, and interactions between PCB layout, enclosure materials, multi-band coexistence, GNSS positioning, Wi-Fi, Bluetooth, cellular communications, and low-power wide-area connectivity grow more complex. If antennas are considered late in product development, it often leads to degraded signal performance, mold rework, board-level layout redesign, certification delays, and extended time-to-market. By bringing AI selection tools and integration aids to the London exhibition, Taoglas aims to enable engineering teams to assess antenna type, placement, RF constraints, and performance risks early in the design phase, reducing trial and error.
Exhibits include the GVLB208 series dual-band GNSS L1/L5 stacked patch antennas. This series supports active and passive versions in a compact 20×20×8 mm package, designed for devices requiring centimeter-level positioning accuracy.
The AntennaXpert suite represents the more digitally oriented aspect of Taoglas's showcase. This tool system includes the AI-driven Antenna Product Recommendation Engine and Antenna Integrator. The former quickly filters and ranks suitable antennas based on application requirements, frequency bands, size, and use scenarios, while the latter assists engineers in antenna integration decisions under PCB and product structure constraints. For hardware development teams, antenna design has long relied on engineering experience, datasheet comparisons, and iterative testing. Especially in compact devices with multiple wireless modules, early selection errors can directly impact overall communication quality. By embedding years of RF project experience into AI recommendations and digital integration workflows, Taoglas is shifting antenna selection from a linear process of "checking manuals, consulting engineers, and building prototypes for validation" to a more proactive, interactive engineering decision tool.
This exhibition also reflects that wireless hardware development is entering a new phase combining "components + AI tools + engineering services." Taoglas, traditionally centered on antennas, RF components, and custom design services, is now digitizing its product library, application experience, and design assistance capabilities through AntennaXpert, helping serve a more fragmented base of IoT and embedded device developers. Key variables going forward include the actual accuracy of AI recommendation tools, integration adaptability across different device structures, engineer acceptance of automated selection workflows, and whether Taoglas can shorten customer cycles from concept design to mass production validation through these tools. As the number of connected devices continues to grow, antenna and RF design are no longer just hardware details but critical factors determining terminal reliability, positioning accuracy, and wireless experience.
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