Sunday December 18, 2022

stc, Nokia and MediaTek first to switch on 5G 4 Component Carrier Aggregation (4CC-CA) in the Middle East and Africa

Person looking at mobile phone smiling, light is reflecting on face in dark room

December 18th, 2022- Riyadh, Kingdom of Saudi Arabia – stc, Nokia, and MediaTek announced today, their successful verification of 4 Component Carrier Aggregation (4CC-CA) in the 5G Standalone (SA) network within the city of Makkah for the first time in the Middle East and Africa. Carrier Aggregation (CA) allows mobile operators to reach higher throughputs by combining different spectrum assets efficiently to enhance the 5G user experience. CA will also allow stc to deliver leading 5G services to its customers, and achieve a faster time to market for new 5G use cases.
The companies used the combination of two FDD carriers (700MHz, 2100 MHz) and two TDD Sub-6GHz band carriers (2300MHz, 3500MHz) using FDD-TDD CA technology. Nokia used its commercial Air-Scale Baseband, massive MIMO, and RRH products, powered by its Reef-shark chipset on stc’s live network. MediaTek provided its 5G mobile platform featuring its Release-16 ready, M80 modem.
Bader Allhieb, Infrastructure Sector VP at stc, said: “The region-first trial of 4CC-CA in 5G SA mode reiterates our commitment to provide a world-class experience to our subscribers.”
Ibrahim Al-Abbas, Head of the stc Customer Business Team at Nokia, said: “Carrier aggregation allows service providers to make optimal use of spectrum without impacting the network performance. Nokia is at the forefront of developing 5G CA and other technologies that support service providers in maximizing the use of available resources.”
Rami Osman, Director, Business Development Middle East, and Africa at MediaTek, said: “MediaTek has become the largest global supplier of Smartphones and 5G CPE chipsets. Our co-work here with stc and Nokia help stc leverage the maximum data throughput from each and every megahertz of its precious spectrum assets by implementing their required band support into our RF chipset.”

Disclaimer: The views and opinions expressed in this article/press release are those of the authors and do not necessarily reflect the approved policy or position of the GSMA or its subsidiaries.

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