Celcom partners with NSN for 4G LTE in Klang Valley

Celcom Axiata Berhad (Celcom), Malaysia’s mobile operator and a wholly-owned subsidiary of the Axiata Group Berhad has partnered with Nokia Solutions and Networks for 4G LTE solutions and services in Klang Valley, which comprises Kuala Lumpur and the surrounding suburbs.

The operator has awarded NSN a contract to supply the network infrastructure for the 2600 MHz and 1800 MHz frequency bands for LTE services, and refarming services for its 1800 MHz GSM band to enhance user experience by providing higher throughput and better performance in the multi-technology environment.

With 4G network data speeds up to ten times faster than 3G networks, Celcom users can enjoy a superior mobile data experience while using bandwidth-intensive applications such as video streaming and online applications in real time.

“Celcom’s Klang Valley network upgrades underline our commitment to delivering a superior service experience to our subscribers who will increasingly enjoy the results of our extensive LTE investments and rollouts throughout Malaysia,” said Dato Sri Shazalli Ramly, chief executive officer, Celcom Axiata Berhad.

“NSN’s consistency in providing quality infrastructure and services support was a key fit in our network blueprint for superior coverage across spectrums and the best end-user experience,” added Ramly.

“This project is another important milestone in our long-standing and well-established relationship with Celcom in Malaysia,” said Paul Tyler, senior vice president of Asia Pacific at NSN.

“We will continue to support Celcom in its endeavor to create a future-ready communications infrastructure in Malaysia,” added Tyler.

Under the three-year contract, NSN will be transforming Celcom’s entire Klang Valley network to a Single RAN (Single Radio Access Network) system based on Flexi Multiradio 10 Base Station for GSM, 3G and LTE.

The deal also includes intelligent Self Organizing Network (iSON) functionality to improve LTE network quality with self-healing, self-optimization and self-configuration across the radio network.

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