High Fidelity 5G Modeling with Network Digital Twins
As global cellular networks evolve to 5G, they are enabling and expanding a more all-things-connected world. These new 5G system environments create challenges for wired and wireless network planning, network analysis, and cyber threat analysis. Beyond increased complexity, there are other, compounding considerations when operating in 5G environments. Understanding how 4G and 5G Networks will work simultaneously in the same environment is critical for organizations to ensure secure and reliable networks. The need to develop an efficient, high-fidelity approach for understanding, evaluating, and protecting critical infrastructure has never been greater. An important part of the solution lies in innovative new techniques for modeling and simulating 5G mobile networks.
Creating network digital twins of 5G mobile networks will enable effective proficiency training, cyber situational awareness, network analysis, and mission rehearsal exercise support for cyber-physical activities. They will also accurately represent and be interoperable with the new frequencies available with 5G (e.g.,mmWave and cmWave) Access Points (AP), smart buildings and homes, mobile-to-mobile, telematics, and sensor networks.
All commercial networks operating today adhere to some standard for communications using well-defined interfaces and protocols. These networks often operate in an environment where interference from transmissions in other networks operating in the same or neighboring areas may cause conflicts. To ensure that the network can reliably provide the service required of it, such conflicts must be identified and mitigated prior to deployment. This ensures interoperability and enables seamless communications between connected systems.
High Fidelity Modeling of 5G Networks
In the webinar, we will introduce our new 5G Model library. The 5G model library works in conjunction with EXata 7.2, our high fidelity network emulator. We will also discuss how wireless network simulation offers an efficient, cost-effective way to assess how a network will behave under different operating conditions. During the webinar, our host will show a live demo of the 5G Model library. Watch the webinar to learn:
- Benefits of moving to 5G
- High Fidelity modeling of 5G
- What is included in our new 5G Model Library
Network Planning Framework to Support Mobile Communications
We offer an integrated simulation-based network planning framework with a set of semi-automated tools to reduce the complexity of network planning. For example, it can be used to determine the tower locations for an LTE network layout in Yosemite National Park. The park has numerous and varied terrain features that create a challenging and complex wireless environment. We are going to show how our network digital twin capabilities can be used to automatically determine suitable tower locations based on the terrain and channel characteristics to create an LTE network layout to provide coverage to the area of interest while minimizing the amount of interference. Watch the webinar to learn:
- Setting up test networks cost-effectively and efficiently
- Determining the tower locations for an LTE network layout in Yosemite National Park
- How digital twins can be used to automatically determine suitable tower locations based on the terrain and channel characteristics
New Techniques for High-Fidelity Modeling and Simulation in 5G Mobile Network Environments
The blog also delves into how this increasing pressure on standardization has brought to light the need for modeling and simulation platforms in 5G networks to assist with cyber situational awareness, proficiency training, and network analysis.
Cyber Security in the 5G Age Securing your Network
From smart cities to military bases, critical infrastructure is about to get more complex with 5G networks. Modeling and simulation is critical to understand, protect, and ensure the resiliency of network operations.
Optimizing Network Laydown for Mobile Communications
Network digital twins create a digital simulation model of the network, along with the operating environment and traffic load, to compute relevant performance metrics and cost.
Key Features of EXata
Real Time Emulator
Network Digital Twin
Commercial enterprises, educational institutions, and governmental organizations around the world all depend on reliable, effective networks to deliver business-critical, mission-critical communications, and information. SCALABLE maintains a highly experienced group of technical professionals to support customers and projects of any scale and solve challenging problems with our advanced network digital twin technology.