3/31/2023 0 Comments Wireless netcontrol![]() Access Point (AP): An access point (AP) consists of a Wi-Fi that is advertising a network name (known as a Service Set Identifier, or SSID).For example, if employees have to use scanners to register packages due to be shipped, a wireless network provides the flexibility they need to freely move about the warehouse. In some instances, mobility within an office, warehouse, or other work area is necessary. This gives users the ability to move about the area without sacrificing their bridge to the network. As the reach of Wi-Fi has expanded, a variety of devices may be using Wi-Fi to connect the network, including phones, tablets, laptops, desktops, and more. Clients: What we tend to think of as the end user devices are typically called ‘clients’. ![]() Several components make up a wireless network’s topology: This has forced Wi-Fi networks to implement various security measures over the years to protect the confidentiality of information passed wirelessly. This has several implications: 1) unlike a wired network, wireless can’t both talk and listen at the same time, it is “half duplex” 2) All users are sharing the same space must take turns to talk 3) everyone can ‘hear’ all traffic going on. ![]() In a Wi-Fi network, the medium (the radio frequency being used for the network) is a shared resource, not just for the users of the network, but often for other technologies as well (Wi-Fi operates in what are called ‘shared’ bands, where many different electronic devices are approved to operate). In addition, most wired networks have a dedicated cable that runs to each end user device. Most modern wired networks are now “full duplex”, meaning that they can be transmitting/receiving packets in both directions simultaneously. There are more subtle technology differences that come in to play between wired and wireless. These devices are often desktop or laptop computers but can also include scanners and point-of-sale machines. A wired network, on the other hand, makes use of cables that connect devices to the network. Fohhn is a true partner during a project and supports with planning and simulation all the way to on-site system tuning - in the small conference room, in the cathedral as well as in Europe’s largest opera house.At the most obvious, a wireless network keeps devices connected to a network while still allowing them the freedom to move about, unencumbered by wires. This allows the systems to be mounted discreetly straight on the wall without having to be tilted or curved. ![]() The famous Fohhn Beam Steering Technology allows the control of the sound dispersion by mouse wheel. From special colors, special enclosure lengths and special weather protection to complete custom-builds. That’s why Fohhn offers numerous customizing options. Because the visual integration of the system is also crucial in many projects. Fohhn’s ambition goes beyond perfect sound. Every software and hardware component is engineered and made in the Fohhn company building in Nürtingen, Germany. The intelligent system amplifiers and digital tools are therefore just as important as the more than 100 types of loudspeakers. Acoustics, electronics, mechanics and software form an inseparable unit. We offer solutions for fixed installations and mobile use for the global market. Fohhn develops and produces innovative and sustainable audio systems for professional applications since 1993.
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