Wireless access points (WAPs) are a critical component of any modern network infrastructure, especially in senior living residential facilities where wireless devices are becoming more prevalent. Senior living facilities need a reliable and robust wireless network to provide seamless access to a range of services such as telemedicine, personal assistant devices, and entertainment. The placement and quantity of WAPs in such facilities need careful consideration to ensure optimal performance and coverage. In this article, we will discuss the design considerations used in determining the quantity of and where WAPs should be placed in a senior living residential facility, taking into account the density of wireless devices as well as standard considerations.
- Coverage Area The first consideration when determining the number of WAPs and their placement is the coverage area. In a senior living residential facility, the size of the coverage area will depend on the number of residents, the type of applications they are using, and the density of walls and other obstacles. An optimal coverage area of 2000-2500 square feet per access point is generally considered for providing good wireless coverage. The layout of the facility will impact coverage, so it is important to consider open areas and hallways as access point locations.
- Capacity Requirements The second consideration is the capacity requirements of the wireless network. In senior living facilities, it is essential to provide enough bandwidth to ensure the residents’ experience is satisfactory, especially when streaming video, video calling, or gaming. The capacity requirements will depend on the number of residents and their usage patterns. A network designed to handle more than one device per resident can require higher-end access points with faster wireless speeds, greater bandwidth, and support for newer wireless technologies.
- Density of Wireless Devices Senior living facilities must be designed with high-density wireless devices in mind. Residents may have multiple devices, including smartphones, tablets, laptops, personal assistant devices, and health monitoring devices. The density of wireless devices can impact the number of access points required to ensure an optimal user experience. A high-density deployment requires a higher number of access points, and the placement of the access points should be closer together to avoid interference and congestion.
- Interference and Obstructions Another important consideration when placing WAPs is the presence of interference and obstructions. In senior living facilities, there are usually many walls and barriers that can interfere with the wireless signals. Interference can also come from other wireless networks, electronic devices, and other sources of electromagnetic interference (EMI). Therefore, it is important to place access points in open areas, away from EMI sources, and with the ability to adapt to the changing environment.
- Physical Infrastructure The physical infrastructure of the senior living facility can also play a role in determining the placement of WAPs. Considerations include existing Ethernet cabling, power outlets, and space for mounting the access points. It is essential to ensure that the access points are in optimal positions to reduce the risk of interference, enable easy maintenance and installation, and allow for scalability.
- Future Scalability Finally, the future scalability of the wireless network is an essential consideration when determining the placement of WAPs. As technology continues to evolve, it is important to design a network that can accommodate future growth and provide the flexibility required to adapt to changes in the senior living facility. A network designed with the future in mind can help to minimize costs and provide an optimal user experience in the long term.
In conclusion, wireless access points are crucial in senior living residential facilities. The quantity and placement of access points are vital for ensuring a reliable and robust wireless network. To achieve this, it is important to consider factors such as coverage area, capacity requirements, density of wireless devices, interference and obstructions, physical infrastructure, and future scalability when designing the network. By considering these factors, network