36.016

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Part Status:	Active

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36.016 is an IEEE 802.16 standard for high speed wireless broadband access. 802.16 is widely known as WiMAX and represents one of the next generation technologies for providing high speed wireless access over a wide area. By using high speed, long-range, and multicasting capabilities WiMAX can be used for a variety of services, from simple high speed wireless access to wireless backhaul for cellular networks.In this article, we will discuss the general applications and working principles of the IEEE 802.16 standard. We will also go over the benefits and some of the security concerns associated with this technology.##### ApplicationsWiMAX has a multitude of applications in the wireless networking industry. It can be used for providing broadband access to subscribers, can also be used as a backbone for cellular networks, and can serve as a reliable control network for public safety and military applications. WiMAX can provide broadband access in rural areas where no other access is available and can also provide backup for mobile broadband services in case of service interruptions.WiMAX is an ideal technology for providing wireless access over a wide area, as it has high speeds and long range capabilities, which make it suitable for providing broadband access over large geographical areas. WiMAX can provide high speed access to satellite networks for data transmission and can also be used to provide high speed access over urban areas, where high concentration of users exist.WiMAX can also be used for delivering multimedia services, such as video and audio streaming, voice over IP and online gaming. WiMAX-enabled devices can access the Internet anywhere there is a WiMAX coverage area, including airports, hotels and public hotspots.##### Working PrincipleThe working principle of WiMAX is based on IEEE 802.16 which is a version of the widely used Wi-Fi IEEE 802.11. The IEEE 802.16 is modified for providing extremely fast wireless access over a wide area, whereas the IEEE 802.11 is limited in terms of range and data rate. WiMAX uses orthogonal frequency-division multiplexing (OFDM) as the physical layer modulation technique to transmit data on multiple sub-carriers, which provides a much greater capacity than traditional radio signals.WiMAX operates in either two frequency bands; the licensed 2.5 GHz band and the unlicensed 5 GHz band. In the 2.5 GHz band, WiMAX has a maximum range of around 30 km, however this range can be extended further by using cell sectoring. In the 5 GHz band the maximum range is reduced to around 20 km but the data rate is increased to enable faster transmission of multimedia services.The WiMAX network is based around the concept of a Base Station or Access Point. The base station is responsible for providing a reliable connection to the wireless network and transmitting a radio signal in order to reach its customers. The base station operates in either the 2.5 GHz or the 5 GHz band and is connected to the network core via a backhaul link, which provides the internet connection.The customer devices in the WiMAX network access the WiMAX network by connecting to the base station, which is often located in a central location. Each customer device is assigned a certain amount of radio bandwidth, which it can use to transmit and receive data. The base station is responsible for managing the radio channels and bandwidth to ensure that each customer device receives an acceptable level of service.##### SecurityWiMAX also offers a high level of security for both the service provider and the customers. WiMAX networks use a variety of security protocols, such as Advanced Encryption Standard (AES) and WiMAX-specific security protocols, to protect data transmission from intruders. The network also has an authentication layer which helps to ensure that only authenticated users can access the network.In addition, WiMAX networks use a variety of Quality of Service (QoS) parameters which can be configured to ensure that each user is given a minimum amount of allocated bandwidth. This is important in environments where critical information needs to be transmitted quickly and reliably, such as in public safety applications.##### ConclusionWiMAX is an important and powerful wireless technology, which has a wide range of applications in the wireless networking industry. It is capable of providing high speed access over a wide area and can be used to deliver multimedia services to both rural and urban users. WiMAX networks also offer a high level of security and can be configured to provide a minimum level of service for each user.

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