Wireless broadband provider LightSquared is set to launch a new solution by November to address concerns regarding interference with high-precision GPS services. The company has collaborated with GPS device manufacturer Javad GNSS to develop receivers that aim to resolve the interference issues raised by the GPS community. Through this partnership, LightSquared seeks to dispel doubts about the feasibility of eliminating interference and assure the public that the solution is both achievable and cost-effective.

Despite not commencing network construction yet, LightSquared’s plans have been met with skepticism from the GPS industry, particularly in sectors like agriculture, surveying, aviation, construction, and national defense. The proposed solution involves utilizing spectrum farther away from the GPS band to minimize interference, but there are lingering apprehensions, especially concerning high-precision GPS services that demand centimeter-level accuracy.

With the introduction of new receivers in collaboration with Javad GNSS, LightSquared aims to demonstrate its commitment to coexisting with GPS services while offering access to a terrestrial wireless broadband network. These receivers have been designed to filter LTE signals effectively, ensuring they do not disrupt GPS devices’ signal reception. The company envisions this development as an opportunity for the GPS industry to enhance its capabilities by incorporating terrestrial broadband services into GPS devices.

In its endeavor to provide wireless broadband capacity to service providers and retailers nationwide, LightSquared has secured partnerships with key players like Leap Wireless and Best Buy. While the network will primarily operate on terrestrial infrastructure, regulatory approval from the Federal Communications Commission is still pending. Ongoing discussions with regulatory bodies and the GPS industry emphasize the importance of comprehensive testing and validation to address concerns around interference effectively.

The collaborative efforts between LightSquared and Javad GNSS represent a significant milestone in resolving the compatibility challenges between wireless broadband and high-precision GPS services. The upcoming release of preproduction units for public testing signifies a proactive approach to ensuring seamless coexistence and fostering innovation within the industry. As the company progresses towards network deployment, continued engagement with regulatory authorities and stakeholders will be pivotal in gaining the necessary approvals and ensuring the success of its initiatives.

FAQs

  1. What is LightSquared’s approach to addressing interference with high-precision GPS services?
    LightSquared has partnered with GPS device manufacturer Javad GNSS to develop receivers that aim to mitigate interference concerns and ensure compatibility with GPS services.

  2. How does LightSquared plan to coexist with GPS signals while offering a terrestrial wireless broadband network?
    The company’s new receivers are designed to filter LTE signals effectively, preventing any disruption to GPS devices and enabling access to a terrestrial wireless broadband network.

  3. What are some of the industries that have expressed concerns about LightSquared’s network deployment?
    Sectors such as agriculture, surveying, aviation, construction, and national defense have raised apprehensions about potential interference with high-precision GPS services.

  4. When is LightSquared expected to release preproduction units of the new devices for public testing?
    The company plans to introduce preproduction units for public tests in October, with high-precision receivers for positioning applications anticipated to hit the market by November 2011.

  5. How does LightSquared perceive its collaboration with Javad GNSS in addressing interference challenges?
    LightSquared views the partnership as an opportunity to enhance GPS devices by incorporating terrestrial broadband services, thus presenting a positive impact on the GPS industry.

  6. What is the potential impact of LightSquared’s network deployment on the wireless broadband market?
    LightSquared aims to offer wireless broadband capacity to other service providers and retailers nationwide, positioning itself as a key player in the wireless broadband market.

  7. What approvals are required before LightSquared can commence offering its wireless broadband service?
    Regulatory approval from the Federal Communications Commission is essential for LightSquared to initiate its wireless broadband service operations.

  8. How has the GPS industry responded to LightSquared’s proposed solutions for interference mitigation?
    The GPS industry, along with regulatory bodies, has emphasized the need for comprehensive testing of LightSquared’s solutions to ensure effective interference mitigation.

  9. What factors contribute to the confidence of LightSquared officials in gaining regulatory approval for their network deployment?
    The introduction of new devices to mitigate interference for high-precision GPS services is expected to enhance LightSquared’s prospects of securing necessary approvals for network construction.

  10. How has LightSquared addressed concerns about the cost and timeline of developing solutions to mitigate interference?
    The company has emphasized the cost-effectiveness and efficiency of the collaboration with Javad GNSS in developing receivers that eliminate interference without incurring significant time and expense.

  11. How does LightSquared plan to navigate challenges associated with retrofitting existing high-precision GPS devices?
    LightSquared is in the process of assessing the scale of retrofitting existing devices and aims to provide seamless integration of new receivers with high-precision GPS devices in various industries.

  12. What role does ongoing engagement with stakeholders and regulatory authorities play in LightSquared’s path to network deployment?
    Continuous dialogue with regulatory bodies and stakeholders is crucial for LightSquared to address concerns, gain necessary approvals, and ensure successful network deployment in the future.

Summary

LightSquared’s collaboration with GPS device manufacturer Javad GNSS marks a significant milestone in addressing interference concerns with high-precision GPS services. By developing receivers that filter LTE signals effectively, LightSquared aims to coexist harmoniously with GPS devices while offering access to a terrestrial wireless broadband network. The company’s proactive approach, including the upcoming release of preproduction units for public testing, underscores its commitment to innovation and industry collaboration.

As LightSquared progresses towards network deployment, regulatory approvals from the Federal Communications Commission remain a key milestone. Continued engagement with regulatory bodies and stakeholders will be essential in navigating challenges, addressing concerns, and securing the necessary approvals for successful network construction. The positive impact of these developments on the wireless broadband market, coupled with the potential for enhancing GPS devices with terrestrial broadband services, positions LightSquared as a key player driving innovation and connectivity in the industry.

For more information and updates on LightSquared’s initiatives and advancements, visit our website to stay informed and explore the possibilities of wireless broadband technology.