Map existing network elements, assess performance, and accurately plan
for network capacity expansion with Ceragon’s Assessment and Planning service.
The increased complexity of advanced networks requires specific expertise to accurately map the network, assess performance, plan for additional capacity, and identify areas for improvement. The Assessment and Planning services utilize our in-house analysis tools to help ensure the entire process is smooth and productive.
Many operators lack clear visibility on the health of their wireless network causing them to react to individual issues without identifying and addressing their root causes. Ceragon’s Network Assessment service includes a detailed audit of the current network and provides actionable recommendations for preventive measures to maximize network performance.
The process of Link Design can be a burdensome and time-consuming task, even for experienced operators with internal teams capable of calculating Link Budgets and Path Profiles based on site details and capacity requirements. Ceragon’s Wireless Link Design service can handle the entire process for you, freeing up your internal resources to focus on strategic priorities.
Limited resources can make managing and operating a complex network infrastructure a real challenge. Ceragon’s innovative Site Infrastructure Management service can quickly turn that challenge into an optimization opportunity. Utilizing our proprietary in-house suite of tools, we consolidate, map, and model your entire infrastructure. This improves the overall quality of service, reduces on-site visits, and provides detailed tracking on a wide variety of parameters such as used physical space, cooling systems, generators, and commercial energy usage.
The lack of a single source of network information often prevents operators from efficient planning of their network capacity, and impacts communication between planning, engineering, and network operations. Ceragon can model and consolidate multivendor network information for both wireless and optical networks in a single place, and then analyze the data to identify areas that require capacity expansion or reconfiguration.
