India's second biggest mobile operator, Bharti Airtel, has awarded a contract to tech giants Nokia and Qualcomm focusing on the expansion of 5G fixed wireless access (FWA) and Wi-Fi solutions to facilitate high-speed internet access to millions across India.
As part of the arrangement, Nokia will supply Airtel with its 5G FWA outdoor gateway receiver and Wi-Fi 6 access point, utilising Qualcomm Modem-RF and Wi-Fi 6 chipsets. Nokia says this initiative will enable Airtel to provide superior broadband services in areas where fibre connectivity is either scarce or challenging to implement.
It adds that the deployment of fixed wireless broadband access via 5G networks stands out as a significant application of 5G technology, especially in India, which faces low fibre penetration and a high demand for digital services.
Airtel says it will leverage Nokia's FastMile 5G outdoor receivers, which are tailored for multi-dwelling units and capable of serving two households concurrently, thus facilitating a reduction in connection expenses.
These receivers feature high-gain antennas that enhance broadband access over extended distances while efficiently managing radio resources. Furthermore, the FastMile 5G outdoor receiver utilises power-over-Ethernet (PoE) technology, enabling simple installation on various surfaces such as walls, balconies or poles.
Airtel says it will implement Nokia's Wi-Fi 6 access point within residences to enhance the in-home experience. This solution offers intelligent mesh capabilities and self-optimising network features, ensuring that customers can enjoy an exceptional broadband experience throughout their homes.
Nokia's 5G Fixed Wireless Access (FWA) and Wi-Fi 6 access point devices will be produced in India and packaged in fully recyclable materials.
As Sandy Motley, President of Fixed Networks, Nokia, points out: “India’s vast size and population density presents unique challenges for connectivity. In those communities where fibre is difficult to deploy, FWA can be used to provide reliable wireless broadband connectivity.”
