Wireless Networks

Etisalat installs backhauling solution across UAE network

As part of a major network expansion, UAE-based operator Etisalat is deploying a new backhauling solution for mobile data...

As part of a major network expansion, UAE-based operator Etisalat is deploying a new backhauling solution for mobile data. The operator is using Zhone Technologies’ MXK solution to enable a 1 Gigabit Ethernet (GE) link to each LTE mobile radio base station (RBS) as transitions to advanced 4G wireless service throughout the UAE.

Etisalat aims to leverage the Zhone Gigabit Passive Optical Network (GPON) MXK platforms currently deployed throughout the UAE which support its existing FTTH based multi-play services. This will allow the operator to transition its existing circuit-based backhaul to next generation fibre backhaul with minimal infrastructure overlay. The solution supports Active Ethernet and GPON simultaneously, allowing for flexible network configuration.

“Zhone's FTTx solution gives us flexibility, scalability, robust network control and the ability to offer more bandwidth to customers with greater efficiency,” said Esmaeel Al-Hammadi, vice president of fixed access and radio networks, Etisalat. “Now, we are able to efficiently offload LTE services and provide efficient mobile backhaul utilising our existing nationwide FTTH network.”

Etisalat has completed a pilot LTE backhaul trial using Zhone’s MXK system. The convergence of existing mobile and fixed FTTH networks allows the operator to offer higher backhaul capacity using the access systems already in place, as well as providing backhaul coverage to any LTE site within reach of the UAE’s existing nationwide FTTH network. Etisalat was able to minimise its overall network investment for backhaul services and achieve unprecedented mobile bandwidth capacity.

“The MXK platform is designed specifically for all-IP networks and intelligent traffic management of massive amounts of bandwidth,” explained Brian Caskey, chief marketing officer, Zhone. “Etisalat has maximised the capital expenses of its existing national FTTH infrastructure to improve network quality of service (QoS), speed and overall network capabilities without significant additional investment.”

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