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Get your free ticket to Embedded World 2026.



Ignion is heading to Embedded World 2026 (March 10–12, Nuremberg), and we’re offering a limited number of free full-access passes for engineers and product teams.


Grab your free ticket and come to booth 3-517 to:


• Learn how compact devices achieve up to ~70% radiation efficiency.

• Consult with our engineers onsite on how to overcome multi-radio integration challenges.

• Get hands-on with Oxion™ to understand the end-to-end antenna integration process, including design decisions and validation steps.


Claim Your Free Ticket

Request your free ticket to Embedded World 2026

    Why choose
    Virtual Antenna® technology.

    Small, powerful, multi-band solutions that integrate seamlessly into any IoT device.

    Our 6-component portfolio covers all IoT wireless standards, simplifying connectivity choices.

    Oxion™, our AI-powered platform, streamlines integration and tests designs in real time.

    our partners

    Partners who have joined our revolution.

    ChipSelect Logo in gray
    Sierra Wireless Logo in gray, strategic partner for IoT connectivity solutions
    Telit Cinterion logo – global IoT module and connectivity partner for Ignion
    Nordic Semiconductor Logo in gray
    Mouser Electronics logo in black & white

    FAQs

    How can I get my free ticket to Embedded World 2026?

    Simply fill out the registration form above. Within a few days, you’ll receive an email from the Embedded World organizers with a unique code to redeem your ticket on the official Embedded World website.
    Enjoy your free ticket Embedded World 2026!

    When and where will Embedded World 2026 take place?

    Embedded World 2026 will be held in Nuremberg, Germany, from March 10 to 12, 2026.

    What can I expect from Ignion at the event?

    You can expect live demos and insightful conversations with our experts on the latest in wirless technology. Get now your free ticket to Embedded World 2026.

    Smarter RF for every industry

    Design once.
    Deploy globally.


    One antenna solution that adapts across industries. It reduces redesigns, speeds certification, and is proven in millions of devices worldwide.


    Explore Our Industries

    Sub-GHz efficiency. Global scale.

    Built for smart meters.

    High efficiency at sub-GHz with one design for NB-IoT/LTE-M/GNSS—just retune the match for region or housing.

    • 50–70% efficiency on compact boards.

    • Works in metal, potted, and underground installs .

    • Pre-certfication support to avoid TRP/TIS setbacks.

    Explore Smart Metering

    Orientation-proof multiband GNSS.

    Smaller trackers. Stronger signals.

    Omnidirectional GNSS + LTE-M/NB-IoT in a single antenna; tune matching instead of redesign.

    • Up to ~70% efficiency on sub-20 mm boards

    • Orientation-independent fixes for faster TTFF.

    • One SKU for global rollouts.

    Explore Asset Tracking

    Ready multi-radio automotive.

    Resilient RF for the road.

    One antenna supports LTE/5G, GNSS & Bluetooth; reliable even behind dashboards, metal or glass.

    • Sub-30 s GNSS fixes; certified Cat-M performance.

    • Global deployment via tunable matching network.

    • Stable RF in harsh automotive conditions.

    Explore Aftermarket Telematics

    expert-led layout simulation

    Design & Tuning – From layout to optimized antenna

    Maximize antenna efficiency through expert-led layout simulation and tuning.

    What You Get

    • Full Gerber-level simulation with performance heatmaps
    • Custom matching network tuning for target bands
    • 3D radiation patterns, efficiency data & S-parameters

    Fast Facts

    • Turnaround: typically under 3 days
    • Covers: NB-IoT, LTE-M, GNSS, BLE, Wi-Fi
    • Output: Report + .s2p files + tuning instructions

    Why it matters

    Reduce trial-and-error lab loops and move to prototyping with confidence in antenna performance.

    Input Files

    • Gerber + stackup
    • Antenna BOM & target band requirements
    Get in touch

    Get expert design & tuning help

      real-world device performance

      Pre-Cert Testing – De-risk TRP/TIS before the lab

      Test real-world device performance in controlled OTA chamber before certification costs kick in.

      What You Get

      • TRP (Total Radiated Power) & TIS (Total Isotropic Sensitivity) measurements
      • Passive/active performance delta analysis
      • Lab-grade OTA environment aligned with PTCRB

      Fast Facts

      • Cycle time: 2–5 days
      • Find rate: Identifies 90%+ of first-time cert failures early
      • Reports include: Fail thresholds & pass likelihood estimation

      Why it matters

      Prevent costly certification re-runs and accelerate operator acceptance.

      Input

      • Functional device (soldered, with final enclosure if possible)
      • Target market/certification info (e.g. Verizon, AT&T, PTCRB)
      Get in touch

      Book Your Pre-Certification Test

        GNSS and cellular performance

        Noise Debugging – Find and fix radiated spurious emissions

        Eliminate Radiated Spurious Emissions (RSE) that impact GNSS and cellular performance.

        What You Get

        • Radiated spectrum scan to locate emission sources
        • Identification of design-level noise coupling or layout flaws
        • Suppression roadmap: passive filtering, shielding, layout fixes and component replacement.

        Fast Facts

        • RSE: A top 3 cause of GNSS & cellular sensitivity issues
        • Debug session: typically 2–3 days
        • Output: Diagnostic report + recommended fixes

        Why it matters

        RF noise can silently degrade performance and block certification — fix it before your customers notice.

        Input

        • Powered prototype or dev board
        • Known RSE issue (optional, accelerates triage)
        Get in touch

        Solve noise issues with our experts

          integration-ready

          PoC Simulation – Validate before you fabricate

          Ensure your antenna design is integration-ready before investing in prototyping and lab testing.

          What You Get

          • Feasibility report: integration score + layout assessment
          • Antenna placement & BOM optimization recommendations
          • 3D radiation envelope prediction for target bands

          Fast Facts

          • Turnaround: typically under 24 hours (via Oxion™)
          • Proven accuracy: validated on 500+ real-world IoT designs
          • Required input: 2D DXF or PCB file + antenna model

          Why it matters

          Catch critical mismatches early, simplify antenna-first design, and avoid costly late-stage redesigns.

          Two Access Paths

          • Engineer-guided support for complex or strategic designs
          • Self-service through Oxion™ – upload bare PCB + antenna info for instant analysis
          Try oxion now

          Request your PoC simulation support