GL Communications announced the release of their End-to-End 5G Lab Testing Suite, a comprehensive environment for emulating, testing, and validating every element of the 5G Standalone (SA) network. Built on…

Infovista announced a strategic partnership with Dhiraagu, the Maldives’ leading telecom operator, to support the country’s first end-to-end 5G rollout using Infovista’s integrated Planet, TEMS and Ativa solutions. The deployment…

Talkpool announced that it has signed a Frame Agreement with Nokia USA, covering Electromagnetic Energy (EME) and Maximum Permissible Exposure (MPE) testing services for T-Mobile’s U.S. network. In press release…

Anritsu Corporation has expanded its 5G NR NTN testing capabilities by adding 3GPP-compliant wireless test cases to the New Radio RF Conformance Test System ME7873NR.

The launch of the SENCITY Urban 300 is the latest addition to the indoor/outdoor directional antenna range from HUBER+SUHNER.

As mobile networks continue to evolve to support increasingly immersive and responsive services, the importance of consistent low latency has never been greater. Whether it is cloud gaming, extended reality, remote machine operation or real-time collaboration, all these applications rely on the ability to react instantly to user input. The slightest delay can affect the user experience, making the role of the network even more critical.While 5G has introduced major improvements in radio latency and overall throughput, many time-critical applications are still affected by a factor that is often overlooked - queuing delay. This occurs when packets build up in buffers before they are forwarded, creating spikes in delay and jitter. Traditional methods for congestion control, such as those based on packet loss, are too slow to react, especially in mobile environments where network conditions can change rapidly.Low Latency, Low Loss and Scalable Throughput (L4S), is a new network innovation […]

Article by RADCOM - The leading 5G automated assurance expert Customer experience and operational automation were the top two priorities for communications service providers (CSPs) in an Omdia survey in 2024. In an AI-flooded world, where telecom networks are expected to become more advanced, more innovative, and faster, the demands placed on customer experience and automation are likely to increase dramatically. Subscribers will be consuming The post Why Advanced Telecom Networks Need NWDAF? appeared first on https://radcom.com/blog/

The concept of network slicing has been one of the standout features in 5G (no pun intended). It allows operators to offer logically isolated networks over shared infrastructure, each tailored for specific applications or services. These slices are identified using a combination of the Slice/Service Type (SST) and an optional Slice Differentiator (SD), together forming what is called a Single Network Slice Selection Assistance Information (S-NSSAI).To ensure global interoperability and support for roaming scenarios, 3GPP standardises a set of SST values. These are intended to provide common ground across public land mobile networks for the most prevalent slice types. Over the course of different 3GPP releases, the list of standardised SST values has grown to reflect emerging use cases and evolving requirements.The foundation was laid in Release 15, where the first three SST values were introduced. SST 1 represents enhanced Mobile Broadband (eMBB), suitable for high throughput services […]

The Nokia 5G lab will test 5G products and support growing sales and supply chain operations in the region.

Introduction 5G brings a range of new opportunities for telecom operators to provide personalized solutions that meet specific customer requirements. Through a combination of increased bandwidth, virtualized and software-oriented network capabilities, 5G enables the network slicing capability where a single physical infrastructure can be split into multiple network slices. Though network slices share common infrastructure,