Modules, Connectivity
Seamless connectivity and accurate positioning are critical for IoT success. Integrating global navigation satellite systems (GNSS) and cellular technologies allows businesses to:
- Enhance control over field devices
- Optimize power consumption
- Ensure reliable communication across applications
Still, choosing the best solution requires navigating trade-offs, such as accuracy and power efficiency.
Join us for a webinar to explore industry trends and considerations for integrating GNSS and cellular modules. We will explore integration challenges for IoT applications and how to select the right GNSS and cellular provider.
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The Evolution of GNSS and Cellular
GNSS and cellular technologies are evolving to meet the demands of IoT applications. Businesses must keep up with these changes for long-term reliability and optimal performance.
GNSS is moving toward dual-frequency multiconstellation support for higher accuracy. On the other hand, power-sensitive applications need low-cost alternatives that balance precision with efficiency.
Cellular connectivity is also changing as massive IoT networks enable low-power data transmission. Low-power wide-area options provide efficient communication for battery-operated IoT devices.
Reliability is a growing concern. Anti-jamming and anti-spoofing measures ensure GNSS positioning security. Moreover, combining GNSS and cellular location data enhances robustness in challenging environments.
Still, organizations must consider geopolitical impacts on satellite constellation availability and regulatory compliance. These factors influence long-term device functionality in various markets.
Key Considerations for GNSS and Cellular Module Integration
Successful GNSS and cellular module integration requires careful planning to ensure:
- Seamless connectivity
- Power efficiency
- Scalability
A primary challenge is balancing performance trade-offs. Integrated solutions provide compact, cost-effective options but can lack specialized features. However, stand-alone GNSS modules offer capabilities like real-time kinematics (RTK) and dead reckoning for superior accuracy.
Power consumption is another hurdle. GNSS and cellular coexistence can lead to energy inefficiencies if not optimized correctly.
Businesses must evaluate application requirements to balance power, accuracy and cost. Relying on technical support and design reviews can optimize performance and minimize development challenges.
Mitigating Risk: Choosing the Right GNSS and Cellular Partner
Selecting the right GNSS and cellular partner ensures long-term stability and scalability. Organizations must consider factors like:
- Product life cycle support
- Supply chain resilience
- Global scalability
Reducing risks associated with component shortages and shifting industry regulations calls for an experienced provider that offers:
- Multiple platform options
- Alternative form factors
- Regulatory compliance
A proven GNSS and cellular solution provider can help businesses navigate industry changes and stay competitive. Furthermore, partnering with one trusted supplier for both technologies can:
- Simplify integration
- Streamline support
- Ensure access to a cohesive, future-proof roadmap
Key Takeaways
Watch this webinar to explore how to maximize performance and future-proof IoT deployments.
You will learn:
- How to optimize GNSS and cellular integration to balance accuracy, power consumption and cost
- Best practices to ensure seamless connectivity and manage power trade-offs
- How to choose a long-term GNSS and cellular partner to ensure stability and regulatory compliance
