Placing small cells indoors improves coverage and capacity in enterprise and public access areas.
Mobile data traffic is growing rapidly, with more than 80% of the traffic being terminated indoors. Large numbers of clustered users in urban areas such as office buildings, shopping malls, hotels, and small enterprises, effectively create indoor mobile hotspots, which require high-capacity mobile service.
Exacerbating the problem is the fact that external building walls have a large negative impact on cellular signal penetration, leading to some users having no cellular service at all, while others suffer from poor user experience.
Placing the small cells indoors right at the hotspots in enterprises and public access areas improves cellular signal quality, and thus enables great user experience for indoor users.
Placing small cells indoors improves coverage and capacity in enterprise and public access areas.
Mobile data traffic is growing rapidly, with more than 80% of the traffic being terminated indoors. Large numbers of clustered users in urban areas such as office buildings, shopping malls, hotels, and small enterprises, effectively create indoor mobile hotspots, which require high-capacity mobile service.
Exacerbating the problem is the fact that external building walls have a large negative impact on cellular signal penetration, leading to some users having no cellular service at all, while others suffer from poor user experience.
Placing the small cells indoors right at the hotspots in enterprises and public access areas improves cellular signal quality, and thus enables great user experience for indoor users.
