FXP30x and PC30x Series From Taoglas Combine Cellular, GNSS and Wi-Fi in Compact PCB Antennas

Why It Matters

By consolidating three radios into one antenna, designers can shrink device footprints, lower BOM costs and accelerate time‑to‑market, a critical advantage in fast‑moving IoT sectors.

Key Takeaways

• Combines cellular, GNSS, Wi‑Fi in single antenna
• Flexible FXP series fits curved, tight spaces
• Rigid PC series offers stable FR4 mounting
• Supports 600 MHz‑8 GHz cellular bands globally
• Simplifies design, cuts component count, speeds time‑to‑market

Pulse Analysis

The explosion of connected devices has driven a shift toward multi‑radio platforms that must fit inside ever‑smaller enclosures. Traditional designs relied on separate antennas for each band, inflating bill‑of‑materials and complicating RF layout. Taoglas’ FXP30x and PC30x series address this challenge by integrating cellular, GNSS and Wi‑Fi into a single embedded antenna, delivering high radiation efficiency while occupying a fraction of the space of legacy solutions.

From a technical perspective, the flexible FXP30x antennas leverage a polymer substrate that conforms to curved surfaces and can be adhered directly to plastic or glass housings. This flexibility enables placement in tight interior cavities that would reject rigid components. Conversely, the PC30x rigid FR4 models provide a mechanically stable alternative for devices where structural integrity and precise alignment are paramount. Both families maintain ground‑plane independence and offer strong peak gain across a broad 600 MHz‑8 GHz cellular spectrum, ensuring global coverage for LTE‑M, 5G, and emerging IoT networks.

Industries such as asset tracking, e‑mobility, smart agriculture and wearable health monitors stand to benefit immediately. By reducing antenna count, manufacturers can lower assembly steps, cut costs and bring products to market faster—a decisive edge in competitive markets. As 5G and satellite‑based IoT services mature, the demand for compact, high‑performance multi‑radio antennas will only intensify, positioning Taoglas’ new series as a strategic component in the next generation of connected hardware.