5G wireless technology is meant to deliver higher multi-Gbps peak data speeds, ultra-low latency, more reliability, massive network capacity, increased availability, and a more uniform user experience to more users. Higher performance and improved efficiency empower new user experiences and connect new industries.
Faster connectivity speeds, ultra-low latency and greater bandwidth are advancing societies, transforming industries and dramatically enhancing day-to-day experiences. Services that we used to see as futuristic, such as e-health, connected vehicles and traffic systems and advanced mobile cloud gaming have arrived.
5G is powering exciting possibilities and creating never-seen-before opportunities for people and businesses. Its launch in the country will also play a key role in realizing the government’s Digital India vision. As India gets ready to step into the 5G era, Ericsson is imagining an India where limitless connectivity means limitless possibility. At the India Mobile Congress, Ericsson demonstrates 5G use cases that will – enable an exciting future, help unlock never seen possibilities, redefine businesses and pioneer a sustainable future.
Immersive Consumer Experiences with 5G
Cloud gaming – Mobile cloud gaming is an early use case opportunity enabled by network slicing. This is because slicing can provide gamers with the guarantee of the performance needed for a good user experience. This demonstration deep dives into how mobile operators can take on mobile cloud gaming and better utilize network slicing.
Holographic Communications – Holographic Communication enables fully immersive, real-time, 3D experiences that can be built with consumer-grade mobile devices over 5G while providing a greater sense of spatial awareness, proximity, and presence. With holographic technology closely replicating face-to-face interaction, it opens up a wide variety of applications for the general public as well as for industries such as manufacturing, utilities, and education.
Smart Manufacturing with 5G – Smarter robots can carry out a greater number of tasks in the manufacturing process, allowing their human counterparts to be employed in other areas. In ‘smart manufacturing, the majority of production processes could be remotely controlled and monitored in the cloud, minimizing the need for plant infrastructure and dramatically reducing costs. 5G is integral for the robots to be able to interact with their environment in real-time as huge amounts of information will have to be transferred instantaneously.
5G Remote Driving – From operating machines in a manufacturing facility to connecting supply chain with trucks on the road to remote controlled/autonomous machines, connectivity is fundamental to enabling next-generation Enterprise use cases. As the leading 5G technology provider, Ericsson has been demonstrating concepts and pilots with various partners and helping understand how going wireless with 5G, IoT, Sensors and WAN bring about a transformational change. 5G remote drive/operations will help to avoid sending staff to potentially dangerous zones. Our demonstration allows people to drive a small vehicle that is in Stockholm over a commercial 5G network.
Ericsson Private 5G – Ericsson Private 5G is a next-generation, private network, tailored to drive Industry 4.0, the modernization and digitalization of infrastructures and business process operations. Organizations gain secure and powerful 4G/LTE and 5G Standalone (SA) connectivity allowing them to optimize and simplify business operations through data creation, collection, and analysis.
Built on Ericsson’s successful 4G/5G radio and dual mode core technology, Ericsson Private 5G unlocks a wide variety of innovative use cases for both indoor and outdoor environments while easily integrating with business operations, devices and applications. As a result, companies can improve productivity and create more value for customers, all while using a solution that is secure and more environmentally friendly.
AI for Industry
AI Exchange for Industry 4.0 – According to our market research, we see that 98% of organizations experience challenges in deploying Artificial Intelligence for their use cases. Our AI Exchange for Sustainability seeks to solve that challenge by providing an ecosystem of data providers, model providers and subject matter experts to connect sustainability needs with AI-enabled deployable and dependable solutions.
Edge AI Camera – There are many use cases in safety, security and sustainability that benefit from Computer vision though the costs of transmitting video data to central servers in the cloud or a data center for processing can be prohibitive. Our Edge AI Camera solves that problem by performing the processing in the camera enabling real-time interventions.
Smart Rice in the Metaverse – The metaverse is here and we see many opportunities to create digital twins in the virtual space using this technology. Agriculture and especially rice production is a key priority for the nation, and we will demonstrate how the latest advances in Artificial Intelligence, the Internet of Things, Unmanned Aerial Vehicles and Virtual Reality can come together to provide and test innovative solutions.
Connecting the Unconnected
Fixed Wireless Access – Millions of users are still waiting for reliable home broadband, especially in rural areas. While wired services require the laying of expensive cabling, Fixed Wireless Access (FWA) can provide an efficient and scalable alternative. FWA can help bridge the digital divide, surpass consumer expectations, and drive monetization.
Connected Ambulance – The use case demonstrates an urgent medical assistance intervention for a critical patient/accident victim while being taken to the hospital in an ambulance. In this simulation, the emergency technician wears HoloLens glasses that transmit everything to the doctor and simultaneously receive instructions from him thus, enabling much more specialized and real-time assistance. Inside the ambulance, the ultra-high definition (4K) 360 video camera, the integration of vital sign monitoring equipment and the inclusion of facial recognition technology (which, after being processed in the cloud, provides information about the patient) allow the doctor to remotely guide the pre-hospital emergency technician and follow the victim much more closely leading to faster and more effective diagnosis and treatment.
Networks of the Future
Ericsson Radio System – Ericsson has recently announced the introduction of ultra-lightweight Massive MIMO 32T32R radios that are best fit for India’s needs – AIR 3219 and AIR 3268 (Antenna Integrated Radio). These 5G radios, which will be produced in India, are energy efficient and come with coverage-enhancing features such as Uplink Booster that make them very relevant for a densely populated country like India. These radios have been designed for 5G mid-band Massive MIMO performance to deliver the benefits of deployment simplicity and improved energy efficiency. With their reduced weight, these Ericsson radios make installations easy on towers, rooftops, poles, and walls.
Street furniture – Ubiquitous coverage, especially in urban areas and hotspots is critical for a seamless 5G experience. Ericsson’s pioneering new radio solution utilizes existing streetlights and adds as many as five times better download speeds. All in as little as 15 minutes of site installation time.
Enterprise service ordering and orchestration – Service orchestration is the process of designing, creating, delivering, and monitoring service offerings in an automated way which helps CSPs deliver value beyond connectivity. Operator networks have traditionally been domain-specific and managed in silos, which makes the service creation and delivery to enterprise customers slow and costly. Enterprise service orchestration removes those silos to enable more flexible and automated networks, based on multi-vendor, multi-cloud and multi-hyper-scale cloud provider (HCP) environments.
Packet Core optimized for the edge – Edge-enabled applications and services are due to generate billions of dollars in long-term economic value and span a wide spectrum of use cases. Ericsson’s dual-mode 5G Core can support a variety of use cases by combining different products and functionalities in the user and control planes. Discover more about how we solve customer challenges on the edge with Ericsson Local Packet Gateway and dual-mode 5G Core.
Cognitive software – Network design and optimization are becoming increasingly challenging with today’s dynamic and multidimensional networks to analyze and optimize. At the same time, the incremental performance gains are becoming smaller, putting pressure to improve efficiency further from both the design through the optimization cycle. Ericsson’s Cognitive Software offering meets these challenges, shifting to automated solutions and insights by leveraging the latest developments in AI technology.
With deep insights into performance and reliability, communications service providers can adapt and optimize networks to meet growing customer demands. With unique domain knowledge built into the algorithms, cognitive technologies transform operations to deliver on complex and diverse business goals, taking service providers closer than ever to zero-touch networks.
Cognitive network operations – 5G Networks are inherently complex. Operational complexity due to 5G will increase many times and will require a new approach to deliver network operations. Intent-based autonomous network operations offer new functionalities that enable benefits of 5G to be realized – intent based 5G N/W slice operation use case allows us to manage the complete life-cycle of the slice covering Plan, Design, Validation, Fulfilment & Assurance in an automated way.
Additionally, Ericsson’s Cognitive energy solution reduces energy spend on-site level whilst protecting network quality and user experience. It complements the RAN features with customized energy-saving actions applied in a predictive manner.