Masorange chooses Huawei for the deployment of the brand new 5.5g community | Companies | EUROtoday

Masorange has begun the deployment in Seville of the brand new 5G Advanced (5.5g) community, an infrastructure that the corporate describes as “pioneer in Europe and the first of this type in Spain”, which can open the door to the longer term 6G expertise. This has been confirmed by the CEO of Masorange, Meinrad Spenger, throughout his speech on the 5G Forum held within the Spanish capital, the place he has affirmed that “the innovative 5G Advanced network that is deploying in the Cartuja will allow, within the frame collaborate ”.

This first deployment consists of a set of nodes wherein it’s used, along with the center and low bands, 26 GHz spectrum and the 140 MHz of the three.5 GHz band in Masorange, the most important quantity of this spectrum of an operator in Spain. “We are very proud to be the first operator in Spain to use this innovative technology that will allow us to offer more speed, less latency and advance in new services such as sensing o 5g new calling And, therefore, a better experience for our clients to remain the most satisfied in Spain, “Spenger added.

The network has been launched in collaboration with Huawei, despite the fact that the Chinese company is banned by the United States and the European Commission. This technology is an intermediate step between the 5G “classic” and the “future 6g”, which will improve connectivity, while introducing new capabilities.

Journey to China

Precisely, Spenger traveled last week to China to meet with the CEO of Huawei, a company vetoed by the United States for his alleged espionage for the Chinese government. The Austrian executive wanted to meet first hand the last developments linked to 5G technology, and also met with the three largest Chinese mobile phone operators. The Masorange CEO was accompanied by Miguel Santos, technology director of the company, and Jacobo Gálvez, general director of marketing and television.

The expedition to Beijing occurs after Masorange awarded, at the beginning of March, the contract for the network control center (Network Operation Center or noc) to Huawei. An agreement that was signed days before Pedro Sánchez moved to China – in full attack of the United States to the Asian country for the tariff war – to meet with President Xi Jinping and reinforce commercial and cultural ties between the two nations. Masorange opted for Huawei against other offers, such as Ericsson’s, despite the fact that the Chinese multinational has been vetoed by the European Commission and the United States for the risk for communications security.

Regarding connectivity, the 5G Advanced network will offer, according to the company, more speed, less latency, greater capacity to connect more devices, lower energy consumption, and an improvement in coverage in urban environments. This will improve customer experience in video calls, online games and gaming en cloud With extended reality, holographic called without glasses, virtual clothing tester, remote work and streamingin addition to producing lower battery consumption and greater communications security. In addition, it will offer a “better connectivity” of balloons and drones permitting to broaden the protection to distant areas beforehand disregarded very helpful for emergency conditions or supply of drones packages. It additionally has improved assist for personal networks natively integrating synthetic intelligence into the community.

Innovations in 5g

One of the 5G Advanced innovations is the integration of capacities of sensingwhich allows to detect, identify and track static or moving objects with a deviation less than ten centimeters, by using the communication signals of the mobile network, without requiring additional hardware. The capacities sensing From the 5G Advanced allow monitoring the traffic of vehicles and pedestrians without the need for cameras, precise monitoring of machinery or workers for greater security of these, while driving the connected vehicle, and has great potential in defense solutions for undercover surveillance or in low visibility conditions.

Improvements are also introduced to enrich voice calls with 5G New Calling, which allows higher audio quality, dynamic adaptation to the quality of the network, avoiding cuts and degradations, reducing the time of establishment of the call and latency during the conversation. Additionally it supports Enriched Voice Services, allowing to integrate simultaneous multimedia capabilities to the call, such as sharing screen while speaking, location or video in real time, during a call. It also allows real -time calls to an emergency or in areas with congestion.

Finally, with respect to IoT, 5G Advanced perfects and expands the Redcap protocol (Reduced Capability NR), already introduced in 5g. It is a specification for IoT devices, based on architecture 5G SA, “superb for individuals who don’t want such demanding cellular connectivity, and may work with easier gear.” Therefore, RedCap is ideal for mid -range devices (wheables, sensors), offering them average speed, latency and consumption values. For example, it is a “good” solution for connected medical devices and for security cameras with not very demanding connectivity needs.

In short, 5G Advanced will promote the digitalization of public administrations, and companies from all sectors, enabling use cases that will promote for example the autonomous systems telecontrol, the automation of factories and logistics centers, will facilitate autonomous driving, will allow surgical operations at a distance, remote production of TV, control of vehicles not crew at a distance and the deployment of remote Massive IoT.

Similarly, in some instances, it may be used within the discipline of well being, on medical gadgets for distant affected person monitoring. In addition, in transport, it may be used within the distant analysis of autos, taxis or driverless buses. Also, in Industry 4.0, it serves for atmosphere sensors, inspection cameras of predictive upkeep methods; in logistics, for clever labels, sensors and counters that assist management and cut back consumption, in addition to for the supply of packages with autonomous autos; In safety, for drones for intrusions or clever surveillance with cameras with small power wants. Also, in site visitors administration, 5.5G networks can routinely detect obstacles or anomalies on the highway and warn drivers by their cell phones with a kilometer upfront inflicting transportation to be safer.