GPS World

Tag: sponsored content

  • Huge anti-jam protection in a tiny package

    Huge anti-jam protection in a tiny package

    [SPONSORED CONTENT] The newest member of the proven GAJT team means you can protect all your platforms from jamming. Light and small, it’s the best protection per gram you can get. You can even get it as an integrated enclosure (one piece) or a federated solution (separated anti-jam electronics and CRPA), so it is ideal for small platforms, such as UAVs.

    Learn more.

    This video is sponsored content by NovAtel.

  • NovAtel Application Suite: Get the most out of your receivers

    NovAtel Application Suite: Get the most out of your receivers

    [SPONSORED CONTENT] With the NovAtel Application Suite, you can monitor the status of all your receivers during operations, including GNSS satellite tracking, positioning and even interference detection – all in one integrated software suite.

    Whether you are integrating our GNSS receivers with your system, undertaking post-operation analysis, or monitoring real-time output from your receivers, the NovAtel Application Suite lets you make the most of our industry-leading technology.

    Learn more.

    This video is sponsored content by Novatel.

  • United States Congress wakes up to DePIN – GEODNET testimony

    United States Congress wakes up to DePIN – GEODNET testimony

    [SPONSORED CONTENT] On April 10, 2025, Mike Horton, project creator of GEODNET, testified before the U.S. Congress on behalf of both GEODNET and the broader DePIN (Decentralized Physical Infrastructure Networks) ecosystem. The testimony showcased how blockchain-powered DePINs are already delivering scalable, cost-effective infrastructure across essential sectors such as internet connectivity, precision navigation, and renewable energy.

    This milestone reflects growing recognition from U.S. policymakers and affirms the real-world value and momentum behind decentralized technologies. A proud moment—and a powerful motivator for everyone working to build the future of infrastructure.

    Learn more.

    This video is sponsored content by GEODNET.

  • See How Drones Are Transforming Surveying

    See How Drones Are Transforming Surveying

    [SPONSORED CONTENT] Frontier Precision Unmanned is revolutionizing geospatial surveying by integrating advanced drone technology into various industries such as mining, construction, and agriculture. Their innovative unmanned aerial systems (UAS) enable professionals to conduct high-precision aerial surveys efficiently and safely. By offering industry-leading products and software from manufacturers like DJI Enterprise, Quantum-Systems, and YellowScan, Frontier Precision Unmanned ensures that clients receive tailored solutions for their specific applications. These applications encompass geospatial surveying, mapping, infrastructure inspection, and environmental monitoring.

    In their promotional video, Frontier Precision Unmanned showcases the transformative impact of drone technology on traditional surveying methods. The video highlights how drones facilitate rapid data collection, producing deliverables such as point clouds, digital surface models, and orthomosaic imagery. These advancements not only enhance accuracy but also significantly reduce the time and costs associated with conventional surveying techniques. Frontier Precision Unmanned’s commitment to providing cutting-edge UAS solutions empowers surveyors and GIS professionals to embrace modern technology, ensuring projects are completed with greater precision and efficiency.

    Learn more.

    This video is sponsored content by Frontier Precision Unmanned.

  • Ensuring Accuracy: How CAST Navigation Minimizes GNSS/INS Simulation Errors

    Ensuring Accuracy: How CAST Navigation Minimizes GNSS/INS Simulation Errors

    [SPONSORED CONTENT] Ensure accurate navigation by avoiding errors in simulated GNSS and INS output. Discover how CAST Navigation’s advanced configurability and synchronization deliver reliable, high-fidelity simulations for precise performance in diverse scenarios.

    Learn more.

  • Introducing the LabSat 4 GNSS Simulator

    Introducing the LabSat 4 GNSS Simulator

    [SPONSORED CONTENT] LabSat has announced the launch of the LabSat 4 GNSS Simulator, a cutting-edge solution for modern GNSS signal testing. With three configurable RF channels, up to 12-bit I&Q quantization, and variable 10-60 MHz bandwidth, it offers exceptional customization and precision. Synchronized record and replay of external data sources such as CAN FD and RS232 further enhance complex test scenarios.

    LabSat 4 has been engineered to deliver ease of use, with saveable custom record settings and a web-based interface for effortless configuration. Its impressive file management capabilities, featuring 7.6TB internal storage and fast data transfer via Gigabit Ethernet and USB 3.0, meet high-volume data demands efficiently. Maintaining the compact size, portability, and cost efficiency of its predecessors, LabSat 4 is ideal for use both in the field and laboratory. Additionally, it integrates seamlessly with SatGen Simulation Software, enabling the creation of detailed GNSS RF I&Q scenario files based on custom trajectories, enhancing its utility for sophisticated GNSS signal testing.

    Learn more.

    This video is sponsored content by Racelogic.

  • oneNav L5-direct GNSS technology

    oneNav L5-direct GNSS technology

    Photo: oneNav
    Photo: oneNav

    oneNav L5-direct GNSS technology is the first and only commercial solution that directly acquires and tracks L5-band satellites. By fully eliminating reliance on the outdated L1 band, the L5-direct receiver is simpler, lower power, and better.  Compared to complex L1/L5 dual-band receivers:

    • L5-direct requires only a single antenna and RF chain for lower cost, smallest size and up to 3x lower power.
    • Has 8x better TTFF, and 2x more accuracy in dense urban areas.
    • Is immune to widespread L1-band jamming.

    Suitable for cellular, wearable, IOT, automotive, military, survey, and timing markets, oneNav technology is available in three distinct configurations:

      1. Licensable digital L5-direct IP core: A fully synthesizable RTL digital signal processing core includes a complete, scalable L5-direct measurement solution that has been fully simulated from 22 nm down to 4 nm.
      2. pREX SIP – Mixed signal hard macro in 22 nm GlobalFoundries silicon technology: The pREX SIP couples the L5-direct IP core with an RF front end that includes a highly optimized, low power amplifier, PLL and A/D converter. Implemented in GF22 FDX process and packaged in a SIP that can be soldered onto a PC board, or also as a hard macro for silicon platform integration.
      3. Position determination firmware:The position engine firmware converts L5-direct measurements into position, velocity, and time, and is provided as an embedded library for the platform microcontroller.

    oneNav can further customize any of these deliverables in partnership with a licensee to bring this performance to any end product. Click here to learn more.

  • The power to outpace the threat

    The power to outpace the threat

    [SPONSORED CONTENT] What if the biggest receiver upgrade came with the smallest mission interruption and impact to your budget? BAE Systems is delivering the latest in portable M-Code GPS technology. The NavGuide™ receiver is a portable, secure GPS receiver made for handheld and vehicular operations with the added protection of anti-spoofing. Future-proofed with a modular open system architecture, the NavGuide receiver gives you the power to outpace the threat.

    Get the proof in your palm here. 

    This video is sponsored content by BAE Systems. 

  • The NavGuide receiver gives you the power to outpace the threat

    Now the most impactful GPS receiver upgrade comes with the smallest mission interruption. Learn how the portable NavGuide GPS receiver delivers secure M-Code PNT data.

    Explore more at www.baesystems.com/navguide.

    This video is sponsored content by BAE Systems. 

  • Certus Evo helps Nextcore’s UAV Lidar Fly To New Heights

    Advanced Navigation’s Certus Evo enabled Nextcore to fly at 100 metres AGL, exceeding their goal. Nextcore required a MEMS INS that would enable their UAV-LiDAR to fly at 80 metres above ground level (AGL).

    Discover Certus Evo.

    This video is sponsored content by Advanced Navigation. 

  • Receive RTK correction data with a VBOX NTRIP Modem

    [SPONSORED CONTENT]  VBOX NTRIP Modem allows you to receive RTK correction data via internet, without having to operate your own base station. By accessing public or commercial RTK networks, correction messages from a grid of permanent base stations can be received by either Wi-Fi or 4G cellular connection. Utilizing Network RTK overcomes the range restrictions of a single base station, allowing for centimeter-level RTK accuracy to be achieved over significant distances. Additionally, receiving corrections via internet rather than radio provides a more reliable signal reception as interference from changes in elevation or topographical obstacles are minimized.

    If your use of RTK corrections is localized, then you can still gain the benefits of increased range and signal reliability offered by utilizing internet-based correction messages. Simply connect your base station to a computer with internet access and cast the correction messages from your base station directly to the VBOX NTRIP Modem.

    Learn more.

    This video is sponsored content by Racelogic.

  • NavCom Onyx GNSS OEM board integrates with StarFire offering Precise Point Positioning

    End-users can achieve even better accuracy with NavCom’s StarFire Network by integrating the company’s Onyx GNSS OEM board. StarFire is a global satellite-based augmentation system (GSBAS) that provides precise point positioning (PPP). Onyx, a multi-constellation OEM board, has three separate channels for StarFire signal processing.

    Learn more about the StarFire Network.

    SPONSORED CONTENT