Cambium Networks Provides Modern Networks for the Logistics Industry

Efficient processes are crucial in the warehousing and logistics industry. Digitalization and automation enhance processes in various ways – for example, for IoT applications, data transfers between different devices and systems in real-time, or machine-to-machine (M2M) communication. However, companies require a modern and reliable network infrastructure for this. Together with the ICS Group, Cambium Networks offers modern WLAN and microwave networks specifically tailored to the needs of the logistics industry.

(Hoffman Estates/Kelsterbach) For the warehousing and logistics industry, wireless networks enable stable and reliable connections over large areas. By using WLAN and microwave technology, laptops, tablets or toughbooks, IoT devices and sensors, machines and systems, as well as autonomous vehicles and mobile workstations are seamlessly interconnected. This allows for real-time communication and data transfer. Inventory can be managed precisely, processes can be automated, and transport routes can be optimized. Microwave technology complements this infrastructure by providing fast and secure connections over greater distances – for example, between different warehouses or outdoor areas. Together, WLAN and microwave technology provide the foundation for a modern, efficient, and scalable network solution for logistics.

Requirements in Advance

• Environmental influences: Warehouses and distribution centers are often equipped with dense metallic shelving, large vehicles, and extensive inventories that can significantly impair radio signals. These physical obstacles pose one of the biggest challenges in providing a reliable network.
• Large areas: Logistics centers are often large, and comprehensive coverage requires careful planning of the network infrastructure. This ensures that all areas of the site are optimally connected – including outdoor areas such as loading ramps or remote locations like warehouses.
• Interference: Radios, microwaves, and other wireless systems can affect network performance. For smooth communication, these interferences must be detected and effectively managed.
• Reliability and fault tolerance: A network failure has the potential to paralyze the entire operation in a logistics center. Therefore, it is essential to focus on maximum reliability and redundancy while minimizing downtime.
• Seamless roaming: Forklifts and other transport vehicles are constantly in motion, just like mobile devices such as tablets and toughbooks. This makes it difficult to maintain stable and consistent connections. Therefore, seamless roaming is of great importance, allowing connections to exist throughout the site and devices to switch automatically between different access points and microwave components as needed.
• High capacity: A high data rate and bandwidth are important to process large amounts of data and support numerous simultaneous connections.
• Scalability: Wireless networks in logistics should also be flexible and easily expandable for future needs.

Success Factors for Wireless Networks in Logistics and Intralogistics

Modern wireless networks can meet these specific requirements of the warehousing and logistics industry. In particular, Wi-Fi 6/6E and 60 GHz microwave technology offer improved performance, lower latency, and higher capacities. These technologies are thus ideal for the complex and large-scale requirements of warehousing and logistics environments. Mesh networks and failover mechanisms ensure that the network remains stable even in the event of failures. Additionally, technologies such as dynamic frequency selection (DFS) help minimize interference and optimize network performance.

Certain Steps in Advance are Essential

• Needs analysis: A thorough analysis of the specific requirements and challenges of the logistics environment forms the basis for successful network design.
• Site survey: A detailed site survey helps identify and consider physical obstacles and potential sources of interference. The use of spectrum analysis tools helps minimize interference and ensure optimal performance.
• Network design: The careful placement of access points and microwave components is crucial to ensure comprehensive coverage. Redundancy and interference must also be taken into account.
• Pilot phase: Before final implementation, performance and reliability should be tested under real conditions to make any necessary adjustments.
• Support: Technical training and support should ensure that employees can optimally utilize the network.
• Continuous monitoring: Using management tools, network performance can be continuously monitored. This allows for quick identification and resolution of issues.

In the warehousing and logistics industry, modern, reliable, and high-performance wireless networks are indispensable. With the right technologies and careful planning, companies can make their processes more efficient, drive digitalization, and prepare for the future. Wireless network solutions not only provide the necessary connectivity but also the flexibility needed to keep pace with the ever-growing demands of the industry.

DS Smith Also Relies on the Solution

DS Smith, an internationally leading provider of eco-friendly packaging, also relies on the joint solution from Cambium Networks and the ICS Group for modern connectivity. Initially at the Hövelhof site in North Rhine-Westphalia and in the future progressively at other locations in Germany, the network infrastructure is being modernized with WLAN and microwave technology from Cambium Networks.

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