Bharti Airtel appoints Nokia Siemens Networks to supply, manage 4G network in Maharashtra

MAHARASHTRA, INDIA: Bharti Airtel, a leading operator in India, has selected Nokia Siemens Networks to build and operate its TD-LTE (time division duplex long term evolution) network in Maharashtra, one of the country’s largest telecom circles.

TD-LTE is a 4G mobile broadband technology that delivers instant internet access and can support video streaming and high-definition video conferencing. The launch of commercial TD-LTE services later this year will offer Bharti Airtel subscribers in Maharashtra a much improved experience when using bandwidth-intensive applications, with more consistent network coverage and faster response times (low latency).

Bharti Airtel will deploy its TD-LTE network in the 2.3 GHz frequency band allocated by the Indian government for broadband wireless access technologies.

Being part of India’s large-scale 4G commercial rollout, Nokia Siemens Networks will deliver the TD-LTE network and end-user data devices that can provide data speeds of upto 100 megabits per second (Mbps) as specified by 3GPP. The company will use its newly introduced and industry’s first TD-LTE 6 pipes radio. This integrated solution considerably reduces site space and the operator’s total cost of ownership per site compared to the traditional approach of using one remote radio head per sector. Nokia Siemens Networks is widely deploying this TD-LTE solution to commercial customers in Russia, Brazil and Saudi Arabia.

Nokia Siemens Networks’ NetAct operations support system will enable effective and consolidated monitoring, management and optimization of Bharti Airtel’s GSM and TD-LTE networks. Nokia Siemens Networks will provide network design, integration, commissioning and optimization services to the operator for rapid roll-out of the network and full set of care services including hardware, software and competence development services. It will use its Global Network Solutions Center at Noida, India that is already supporting TD-LTE networks globally, to remotely deliver services for improved efficiency and network performance.