NSM Forum 2026 | On-demand videos

Available

On-demand

Location

Online

Partnering for a connected world - 1st Network and Spectrum Monitoring Forum

Missed the event or want to revisit the discussions? Access the full recordings from the inaugural Network and Spectrum Monitoring (NSM) Forum, hosted at the Rohde & Schwarz headquarters in Munich.

This forum brought together leading experts from regulatory authorities and industry to bridge the gap between regulatory obligations and the technical realities of field operation. From deep-dive technical sessions to live demonstrations of the latest monitoring technology, these recordings offer a comprehensive look at the strategies needed to manage crowded RF environments.

What you’ll find in the on-demand sessions:

Technical Perspectives: Insights into the practical challenges of spectrum management.
Innovation in Action: Recordings of interactive demonstrations showcasing the latest NSM technology.
Industry Collaboration: Key takeaways from the exchange of knowledge between global regulators and industry peers.

Want to discuss spectrum monitoring solutions with our experts?

On-demand videos

Interference hunting in mobile networks

Explore the technical complexities of base station interference from two critical perspectives. This section covers the general approach to identifying and mitigating interference to base stations—including common sources and system-specific procedures—as well as managing interference caused by base stations, with a focus on satellite services, out-of-band emissions, and cross-border challenges.

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QoS measurements, cross border coordination and license compliance aspects in mobile networks

Description: Understand the diverse roles that spectrum measurements play in regulatory and operational environments. This section explores various measurement objectives—from supporting authority decisions and contractual compliance to providing public information for users and facilitating international coordination. We also examine the critical process of reporting harmful interference and review a real-world case study from 2010 to illustrate these principles in practice.

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Advanced spectrum monitoring

Modern spectrum monitoring has evolved. Next-generation receivers now offer real-time 4G/5G demodulation, precision geolocation, and networked, "always-on" coverage to capture even the most elusive sub-second bursts. However, technology is only half the battle. While a tool can detect a signal, the true value lies in the expert analysis required to determine its origin, legality, and urgency. Discover how combining cutting-edge hardware with technical expertise turns raw data into actionable intelligence.

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The invisible infrastructure: A global footprint for mega event spectrum management

Managing the RF landscape for Milano Cortina 2026 presents a unique challenge due to its unprecedented geographic scale, covering 24 venues across 22,000 kilometers. To support this distributed infrastructure, a rigorous spectrum strategy was implemented to ensure secure and reliable airwaves. The goal is a zero-interference environment, mitigating the risks associated with a highly congested, cross-regional RF landscape.

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Digital twin geo-map - Analysis below cell-level by radio-monitoring

Explore the next evolution of network oversight, starting with an introduction to TECHCOM’s specialized portfolio. This section delves into the shift from reactive to proactive management through the Digital Twin and Pro-Active GIS concepts. Finally, we examine the power of Self-Organized Network-Processing (SON), featuring Rohde & Schwarz’s Smart Analytics and Proof of Concept (PoC) for intelligent, automated network optimization.

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When 5G becomes critical- delivering business-critical communication over carrier-grade telecom infrastructure

5G networks have become essential in today's world, serving as a powerful toolbox that delivers extreme data rates, high capacity, ultra-low latency, and exceptional reliability. A defining feature of this technology is network slicing, which allows a single physical network to be divided into multiple virtual networks tailored to specific needs. This flexibility supports a wide variety of high-demand use cases, ranging from the precise operations of a 5G private network in a container terminal to the massive connectivity required for 500,000 visitors at a concert venue and the demands of next-generation airports.

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GNSS quality monitoring and jamming/spoofing detection

The GNSS Quality Monitoring System provides unified quality awareness across air, sea, and land operations. Designed for multi-domain coverage and continuous validation, it ensures real-time signal integrity to guarantee reliable and consistent navigation performance globally.

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Mobile network as a sensor-GNSS interference monitoring & drone detection

Detecting GNSS jamming and spoofing using the telecom network as a sensor provides nationwide situational awareness of GNSS signal integrity, helping protect critical industries that rely on accurate positioning, navigation, and timing. This approach is a strong example of civilian and military technology collaboration, leveraging advanced sensing capabilities and AI-driven analytics to identify, assess, and respond to today's evolving threats in real time.

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Network and Spectrum Monitoring Forum 2026

Partnering for a connected world - 1st Network and Spectrum Monitoring Forum

On-demand videos

Interference hunting in mobile networks

QoS measurements, cross border coordination and license compliance aspects in mobile networks

Advanced spectrum monitoring

The invisible infrastructure: A global footprint for mega event spectrum management

Digital twin geo-map - Analysis below cell-level by radio-monitoring

When 5G becomes critical- delivering business-critical communication over carrier-grade telecom infrastructure

GNSS quality monitoring and jamming/spoofing detection

Mobile network as a sensor-GNSS interference monitoring & drone detection