IoT Knowledge
A tailored IT infrastructure is a key factor in competitiveness and future-proofing. It forms the foundation for Industry 4.0 and 5.0 technologies and creates the necessary conditions for IIoT applications. This enables companies to address the growing pressure to improve efficiency and drive innovation in a targeted manner.
The field of industrial IT infrastructure already encompasses a broad spectrum of technologies: whether traditional LAN networks, modern cloud connect and edge computing services, or advanced LoRaWAN solutions—various technologies enable secure data transmission and the seamless integration of typical IIoT components.
Solutions for Optimal Connectivity: Wired & Wireless IT Infrastructure
Wired Connectivity
Wired communication refers to physical connections between devices and networks using copper or fiber-optic cables.
Advantages
- High bandwidth
Wired connections enable very high data rates—ideal for large amounts of data, high-quality streaming, and data-intensive applications. - Low latency
Thanks to the direct connection, there are virtually no delays—making it perfect for real-time applications such as video conferencing, remote control, or online gaming. - High Security
Wired networks are less susceptible to eavesdropping or interference from external signals—a plus for sensitive data and secure communication. - Maximum Reliability
Reliable connectivity without radio interference—wired systems deliver consistent performance, even in complex or high-traffic environments.
Disadvantages
- Restriction on mobility
Devices with a wired connection are tied to a fixed location and cannot be moved freely. - Installation Costs
Installing wired connections can be expensive and time-consuming.
Areas of Application
Server rooms, desktop computers, and network devices are typically connected via cables, as they require a stable, fast, and interference-free connection for continuous operation and high data loads.