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Spirent Announces its Work with China Telecom for 5G SA

Spirent Communications has recently announced its work with China Telecom on system-wide performance verification and assessment efforts for 5G Standalone (SA) network equipment.

spirent logoChina Telecom used Spirent Landslide to rapidly test 5G core network commercial equipment from four vendors, conducting end-to-end system function verification and interoperability. This development marks a critical step forward in the scaled deployment of 5G SA networks.

“The system-wide performance verification of 5G SA core network commercial equipment completed jointly by Spirent, China Telecom and four vendors is a milestone event with great significance to the commercialization of 5G,” says Jacky Wu, Senior Director for Business Development of Spirent Communications. “Spirent Landslide delivered effective assurance to these tests, provided valuable reference data for equipment vendors to further optimize offerings, and laid a solid foundation for the scaled deployment of 5G SA.”

According to Spirent’s “5G: What To Expect In 2020” report, network equipment manufacturers and operators globally are accelerating 5G SA timetables, driven by a number of factors, including inability to achieve market differentiation with 5G Non-Standalone. Performance of 5G core networks is paramount for attracting enterprise investment, trust and use case adoption. This is driving operators to expedite realistic and authentic system testing emulating real world conditions, spanning a range of network elements and complex procedures and bringing higher stability and endurance requirements.

In the tests for China Telecom, Spirent Landslide is used to simulate large-scale 5G devices and base stations to test scenarios such as large-scale end point registration, session setup and service traffic ramp-ups for core network elements. These tests and verifications help China Telecom validate and assess system stability and resource utilization of 5G core network equipment from different vendors. They also demonstrate the influence of underlying architectures on the system performance of 5G core networks, helping carriers achieve early deployment and commercialization of 5G SA networks. China Telecom achieved a series of innovative outcomes in service models, traffic ratio and rules, constructing over 40,000 identification rules, and thoroughly verifying the overall performance and deep packet inspection capabilities of its 5G core network system.

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Nitisha Dubey

I am a Journalist with a post graduate degree in Journalism & Mass Communication. I love reading non-fiction books, exploring different destinations and varieties of cuisines. Biographies and historical movies are few favourites.

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