What Is RTLS and How It Transforms Industrial Operations

The term of real-time locating system (RTLS) covers the multiple technologies that automatically identify and track the position of assets, equipment, or people through wireless signals. This continuous data stream forms a live map of your operation, providing immediate awareness of what’s moving, where, and how... (read more)

Struggling with antenna integration?

Oxion™ offers end-to-end antenna integration expertise, from POC to product.

New Oxion™ Project Upgrade Plans are here to help engineers move faster in antenna integration, even without in-house RF expertise. They can use code OXIONEW26 (valid until June 30) to access Ignion antenna components, engineerin... (read more)

Designing multi-radio IoT on one PCB is hard—here’s a proven way to do it

Packing cellular, GNSS, Wi-Fi 6 and Bluetooth LE into a compact device creates coupling, mismatching and efficiency loss if the RF is not planned correctly. This design guide shows a reference implementation that uses Ignion Virtual Antenna® components and a MIPI-controlled RF switch t... (read more)

Building an NB IoT device with reliable positioning inside a very small footprint is not easy. Placing the radio, planning the ground plane and keeping efficiency high often requires several redesigns before performance is acceptable.

This design guide walks you through the complete antenna integration of the ST87M01 NB-IoT + GNSS module, including PCB layout rules, matching netwo... (read more)

As wireless devices shrink and pack more radios onto a single PCB, designers face higher transmission power, frequent retransmissions, and ultimately, shorter battery life. Discover how to design smarter, power-efficient multi-radio devices that last longer in the field.

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What you will learn

• Why compact PCB layouts worsen coupling and battery...

Oxion™ offers end-to-end antenna integration expertise, from POC to product.

Guided project start - Launch your antenna integration design in under a minute and avoid 4–6 week re-spins from adding the antenna last. Virtual testing ground - Tweak and compare designs based on predicted performance before committing to a prototype. Advanced RF Advisory - Work... (read more)

A hardware designer’s guide to cellular IoT antenna design

This Design Guide will take you through the best practices for embedding a Virtual Antenna® component into a cellular IoT design regardless of the board size, to ensure cellular certification requirements and also improve the range and battery life of your final product.

Download the Design Guide (read more)

Oxion™ is our antenna integration platform that provides instant antenna performance estimation, PCB layout automatic validation, design templates and EDA library downloads and 24/7 support and design guidelines, for FREE under the Oxion™ Explore Plan. (read more)

Compact antenna powers 4K streaming in wireless surgery

THE CHALLENGE

Arthroscopic surgery requires extra high-quality video to ensure that surgeons can visualize their patient´s internal treatment area in the greatest detail possible, ensuring utmost precision and optimal results.

Artrotech found Izertis to be the best fit for building and delivering an innova... (read more)

OXION'S NEXT STEP

What you can unlock March 10 - Join the Waiting List

• Extended useFor projects that need validation runway and iteration.
• Advanced estimation capability (Estimation Model 2.0) Designed for deeper validation-stage decisions, with more context and advanced reasoning.
• 1:1 engineering supportReal-time with real RF experts,...

Unlock the potential of WI-FI with Virtual Antenna® technology

Discover seamless integration solutions for Wi-Fi technology with our comprehensive design guide.

Whether implementing Wi-Fi independently or alongside other wireless technologies like BLE, Cellular IoT, and GNSS, this guide equips you with strategies for low power consumption, robust connections, eas... (read more)

Removing barriers to IoT development drives us. That's why we've made using Virtual Antenna® components simple with our powerful, user-friendly platform.

And this is just the beginning. By making our Virtual Antenna® technology universally accessible, we can unleash the full potential of brilliant ideas. (read more)

Ignion launches OMNIA mXTEND, a triple-radio chip component that simplifies IoT antenna integration. (read more)

• Full Performance, 10x Smaller
  Achieve the same performance using a fraction of the space.

• Unmatched Flexibility
  One antenna supporting every communication standard: 4G, 5G, Nb-IoT, Wi-Fi 6E, Bluetooth, LTE, UWB, or any wireless standards from 400 MHz to 10600 MHz.

• Plug & Play Integration
  Integrates

As wireless devices shrink and pack more radios (Cellular, GNSS, Wi-Fi, BLE) onto a single PCB, designers face a hidden challenge: antenna coupling and poor isolation. The result? Higher transmission power, frequent retransmissions, and ultimately, shorter battery life.

The problem isn’t just about antenna placement. PCB constraints, inefficient matching, and reduced isolati... (read more)

Oxion — simplifies antenna integration, decreasing time to market for all device makers. (read more)