Cellular antenna/Wala!
Technology, Yanon Ben Shoshan
In the background of the annual world mobile congress MWC in Barcelona, the communication group Partner and the global company Ericsson announced today (Wednesday) that they successfully demonstrated the first data call on a 5G Standalone network, based on the most advanced technology of the 5th generation networks in the world.
The announcement follows the announcement of the two from about a year ago, that they signed a deal to establish the advanced cloud-based network, which they are expected to officially launch in Israel in the coming months with an investment of tens of millions of shekels.
The new technology has many advantages in both the private sector and the business sector.
It enables optimal and maximum utilization of the 5th generation features, including: ultra-fast surfing, low latency, fast access to media, high quality of voice and video calls, stability, reliability, security, encryption, continuity and high capacity of the network.
At the same time, Pelephone also announced that by the end of 2024 an operationally independent 5G network core will be launched in Israel.
Pelephone is currently upgrading to an independent end-to-end 5G network core together with Ericsson.
This is a move that will allow Pelephone to offer groundbreaking services in the worlds of IOT, private virtual networks, management of critical and vital systems in various areas of life and industry, and innovative XR applications.
All these on the basis of low latency, high traffic rates and massive sensor communication provided by the new technology.
The core of the new network that will be established is based on cloud technology and will gradually be used as a unified core for both 4th generation and 5th generation. Today, 5th generation services in Israel are based on radio transmissions with 5th generation technology that provide a large frequency range and allow surfing rates of hundreds of megabits per second to be reached.
The move to replace the network core will complement the existing 5th generation radio infrastructure by creating a flexible and efficient network that will enable the dynamic creation of services that require high browsing rates, high reliability and a quick response of the network to end devices (low latency) such as: smart traffic lights, autonomous vehicles, medical services Remotely, virtual private cellular networks, Gaming applications, AR/VR glasses and more.
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