Ericsson has announced a new partnership with operator e& Egypt that marks what is described as a ‘significant milestone in advancing ICT infrastructure in Egypt and the wider region’.
High-performing 20-port antennas from Ericsson Antenna System (EAS) will be integrated into e& Egypt’s network supporting high-order site sharing for all operators in the country on e& Egypt’s infrastructure, optimising structures for anticipated 5G rollout and fostering what is described as a robust ecosystem for future telecommunications endeavours.
Ericsson says its advanced antenna system caters to the demands of modern networks, featuring multiple frequencies and technologies on a single radio site. The integration of advanced EAS antennas, it says, will offer faster speeds, enhanced reliability, and improved connectivity for users across Egypt.
Hossam Abdelkader, Networks Director at e& Egypt, says: “e& is committed to supporting, building, and developing the communities in which it operates. Our efforts in Egypt align with the Sustainable Development Strategy (SDS): Egypt Vision 2030. Our new partnership with Ericsson will enable us to open new opportunities for consumers and businesses in the country through expanding 4G capabilities and preparing for 5G.”
Featuring multiple frequencies and technologies on a single radio site, EAS enhances network performance and coverage without requiring additional power sources. With easy integration and efficient design, the solution optimises signal reception and transmission for superior connectivity.
Ericsson has a long history in Egypt with multiple operator customers; indeed, a number of deals have been anounced in recent months. In June we reported that Vodafone Egypt had become the first mobile operator to deploy the company’s triple-band radio, which supports both FDD and TDD spectrum.
In April we noted that Ericsson and Orange Egypt had signed a multi-year deal to collaborate on accelerating the telco’s digital transformation by fortifying its backend and building a resilient architecture across its network.
