5G/6G

Public Networks

Supporting Operator Needs

Network Slicing: Network slicing divides the network into virtual “slices,” each tailored to specific needs. Using specialized software, we configure and manage these slices, allocating resources like bandwidth and latency individually. This enables a single physical network to support diverse services simultaneously, such as high-quality video conferencing and remote industrial machinery control, with efficiency.

Edge Computing Integration: Integrating computing capabilities with 5G communications significantly reduces latency, enabling real-time applications. This improves network responsiveness, optimizes resource usage, and unlocks possibilities in sectors like healthcare, industrial operations, and smart cities.

Extreme Edge: This involves computational nodes at the network’s edge, close to end-user devices. These nodes include routers, switches, and IoT devices. Managing the extreme edge ensures optimal performance for applications and services by coordinating these elements effectively.

Private Networks

Tailored Planning and Deployment

Planning: Meticulous evaluation of an organization’s specific needs, focusing on:

• Coverage: Determining which facility areas need 5G coverage and the density of expected devices.
• Capacity: Estimating data volume and application types (e.g., IoT, video, voice).
• Latency: Ensuring applications meet latency requirements (e.g., for industrial control).
• Reliability: Establishing availability levels and redundancy mechanisms.
• Security: Mitigating threats with robust security measures.

Design:

• Radio Planning: Strategically placing base stations to ensure optimal coverage.
• Core Design: Configuring essential network elements like mobility gateways and data gateways.
• Integration: Creating interfaces to connect the 5G network with existing systems like industrial control and building management systems.

Deployment:

• Equipment Installation: Setting up base stations, network cores, and auxiliary equipment.
• Network Configuration: Fine-tuning key parameters, including cells, users, and services.
• Testing: Conducting comprehensive tests to ensure proper network functionality.

Support:

• Monitoring: Continuous performance oversight to detect and address issues.
• Maintenance: Routine preventive and corrective tasks.
• Updates: Rolling out software and hardware updates for security and performance.