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      Grow business with Ericsson 5G Advanced solutions

      Explore use cases

      Real use cases. Real value. Right now.

      Explore how Ericsson 5G Advanced solutions enable you to deploy use cases at scale, such as AR, big events, RedCap, automotive and transport, public safety, indoor and outdoor positioning, and live broadcasting– turning your network into a powerhouse for business growth and innovation. Ericsson 5G Advanced solutions are designed to empower, drive, and adapt your 5G RAN network in alignment with business objectives. Ericsson 5G Advanced is a key enabler of networks for AI – networks tailored for AI applications. It enables high-performing networks with true programmability, ensuring they are intent-driven, service-aware, and AI-optimized by design.

      A day in life with Ericsson 5G Advanced solutions

      Ericsson 5G Advanced powers the scale-up of real-world use cases already today —turning your network into a driver of business growth. See how our technology brings deterministic latency, superior performance, and precise positioning to life.

      Are you ready to ignite your network evolution with Ericsson 5G Advanced solutions?

      Grow business with 5G Advnced without ISAC

      Bringing Ericsson 5G Advanced to life – Explore the use cases

      AR & Cloud gaming

      Augmented reality and cloud gaming

      Explore how advanced AR experiences—like lifelike conversations, cloud-rendered content, and multi-modal AI interactions— and cloud gaming are shaping the future of immersive connectivity.

      • Remote rendered content
      • Cloud Multi-modal AI assistant
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      Live broadcasting

      From professional productions on the move to real-time influencer streams, Ericsson 5G Advanced is redefining live broadcasting with mobility, quality, and reach.

      • Professional live broadcast with mobility
      • Influencer live broadcast

      ""

      Big events

      From seamless sharing and streaming to connected point of sales and professional broadcasting, Ericsson 5G Advanced powers standout experiences at every big event.

      • Happy smartphone users
      • Connected point of sale
      • Casual video streaming
      • Static professional live broadcast

      ""

      Location-based services

      Ericsson 5G Advanced location-based services are enabling smarter operations on the ground and in the air—connecting autonomous robots in factories and drones in cities with real-time precision and control.

      Redcap

      RedCap

      RedCap brings efficient 5G Advanced connectivity to compact devices—powering smartwatches, surveillance cameras, and industrial sensors with lower complexity, longer battery life, and reliable performance.

      • Industrial wireless sensors
      Automtransp

      Automotive and transport

      Discover how Ericsson 5G Advanced is transforming automotive and transport —enhancing intersection safety, enabling autonomous driving, hands-free parking, and optimizing road operations through real-time connectivity and intelligent coordination.

      • Enhanced intersection safety
      • Connected autonomous vehicles
      • Automated valet parking
      • Road infrastructure operations
      Ericsson_KV_5GAdv_MISSION

      Mission Critical Services

      Experience how 5G Advanced powers Mission Critical Services with ultra-reliable, low-latency connectivity—keeping first responders connected when every second counts, enabling safe and efficient railway operations, and supporting real-time monitoring and control of smart power grids.

      • First responders
      • Railways operations
      • Smart power grids

      Augmented reality and cloud gaming

      Explore how advanced AR experiences—like lifelike conversations, cloud-rendered content, and multi-modal AI interactions— and cloud gaming are shaping the future of immersive connectivity.

      Hologram AR meeting

      The use case involves 3D avatar conversations where participants appear as if they aren't wearing any XR headsets. It is applicable in areas such as telepresence, virtual meetings, social VR, healthcare, AI-powered assistants, and social media influencers.

      Connectivity requirements

      • Downlink: 10 Mbps
      • Uplink: 6 Mbps
      • Latency: <150ms Typical e2e latency application with -40-60ms RAN RTT latency budget

      Technology enablers

      • 5G Advanced RAN Differentiated Connectivity and Critical IoT to secure deterministic latency performance
      • Additional battery saving features

      Ericsson 5G Advanced subscriptions

      • RAN Differentiated Connectivity
      • Critical IoT
      AR Remote rendered content

      Remote rendering is a technology that enables the processing of high-quality 3D content in the cloud and streams it to devices such as AR glasses in real time. This method preserves every detail while maintaining visual quality. By moving the processing to the cloud, AR glasses can achieve better visual content quality and reduced battery usage, which enhances user experience and extends device life.

      Connectivity requirements

      • Heavy downlink: 10-120 Mbps depending on quality of visuals
      • Typical latency application level e2e: 50-100 ms depending on type of application, if active/passive
      • RAN RTT latency budget: ~40 ms

      Technology enablers

      • 5G Advanced RAN Differentiated Connectivity and Critical IoT to secure deterministic latency and throughput requirements
      • Uplink Configured Grant, Latency-prioritized Scheduling and L4S (Low Latency, Low Loss, Scalable Throughput) to secure consistent latency requirements

      Ericsson 5G Advanced subscriptions

      • RAN Differentiated Connectivity
      • Critical IoT
      • Premium Network Performance
      AR Conversational

      Multi-modal AI integrates diverse input types, such as voice, audio, text, haptics, video, and gesture from various AI-powered devices. These inputs are integrated to execute complex and precise tasks. This technology facilitates diverse use cases like real-time language and speech translation, real-time text translation in newspapers, and contextual decision-making.

      Connectivity requirements

      • Uplink audio and video: <1-10 Mbps
      • Downlink audio and video: <0.5-5 Mbps
      • Latency: 100 ms

      Technology enablers

      • 5G Advanced RAN Differentiated Connectivity and Critical IoT to secure deterministic latency and throughput requirements

      Ericsson 5G Advanced subscriptions

      • RAN Differentiated Connectivity
      • Critical IoT
      A woman playing a game over 5G on her phone

      Cloud gaming delivers high quality, console level games directly from the cloud, requiring low latency, stable throughput, and reliable mobility to maintain smooth, real-time play.

      Connectivity requirements

      • Heavy downlink: 2-35 Mbps
      • Typical latency application level  e2e: 50-100 ms
      • Uplink: ~0.5 Mbps

      Technology enablers

      • 5G Advanced RAN Differentiated Connectivity and Critical IoT to secure deterministic latency and throughput requirements
      • Uplink Configured Grant, Latency-prioritized Scheduling and L4S (Low Latency, Low Loss, Scalable Throughput) to secure consistent latency requirements

      Ericsson 5G Advanced subscriptions

      • RAN Differentiated Connectivity
      • Critical IoT
      • Premium Network Performance

      Back to use cases

      Live broadcasting

      From professional productions on the move to real-time influencer streams, Ericsson 5G Advanced is redefining live broadcasting with mobility, quality, and reach.

      New York City marathon race across Verrazano

      Professional live broadcasting with 5G technology offers cable-free mobility for camerapersons through high-speed, low-latency connectivity. A high-resolution camera paired with a 5G device enables real-time transmission, capturing live events or news with professional quality and reliability, enhancing broadcast flexibility and immediacy.

      Connectivity requirements

      • Uplink (HD): 3-50 Mbps
      • Uplink (4K): 5-100 Mbps
      • Downlink: ~5 Mbps
      • e2e latency: <200 ms

      Technology enablers

      • 5G Advanced Differentiated Connectivity with Rate Control Scheduling and Enhanced UL QoS Control to secure UL and DL throughput requirements.

      Ericsson 5G Advanced subscriptions

      • RAN Differentiated Connectivity
      • Premium Network Performance
      A woman interacts with a phone

      An influencer's live broadcast uses social media to connect with audiences in real-time. With high-resolution cameras and 5G, influencers can stream live events, share experiences, and engage with followers seamlessly. The high-speed connectivity ensures professional broadcast quality, fostering closer connections and driving engagement.

      Connectivity requirements

      • Downlink: <1 Mbps
      • Uplink: ~5 Mbps
      • e2e latency: <200 ms

      Technology enablers

      • RAN QoS function (Relative Priority Scheduling, Rate Control Scheduling) to achieve higher priority for meeting throughput KPIs.
      • Network Slicing with Radio Resource Partitioning to avoid the impact on other MBB users and to meet KPIs during congestion.

      Ericsson 5G Advanced subscriptions

      • RAN Differentiated Connectivity

      Back to use cases

      Big events

      From seamless sharing and streaming to connected point of sales and professional broadcasting, Ericsson 5G Advanced powers standout experiences at every big event.

      Happy smartphone users

      A common use case where numerous users gather for a large event, capturing photos, and sharing them on social media. It underscores the prevalent use of smartphones and social media for real-time experience sharing. Attendees document their participation, share perspectives, and engage with a broader audience beyond the event's physical limits.

      Connectivity requirements

      • Typically up to 1000 UEs per cell, with downlink: 10 Mbps
      • Typically up to 1000 UEs per cell, with uplink: 1 Mbps

      Technology enablers

      • Massive MIMO solutions to secure enough throughput to simultaneous users
      • PDCCH Capacity Boost to handle the extreme capacity requirements for the downlink control channel

      Ericsson 5G Advanced subscriptions

      • RAN Differentiated Connectivity
      • Premium Network Performance
      Connected point of sale

      A connected point of sale (PoS) system is a digital or electronic platform enabling transactions between merchants and customers via 5G mobile devices. These systems allow CSPs to earn revenue by offering guaranteed connectivity to PoS vendors at events for a fee.

      Connectivity requirements

      • Up to 300 PoS terminals with direct 5G connection or via 5G router
      • Low bitrate but guaranteed

      Technology enablers

      • Network Slicing with Radio Resource Partitioning, Rate Control Scheduling and QoS control to ensure that PoS devices always get the required minimum bitrate
      • Additional device battery saving features to reduce risk of PoS running out of battery

      Ericsson 5G Advanced subscriptions

      • RAN Differentiated Connectivity
      • Premium Network Performance
      Casual video streaming

      Individuals use 5G smartphones to record and stream real-time video content during live events. High-speed connectivity allows seamless sharing of experiences such as concerts, sports events, family gatherings, and travel adventures. Enhanced video quality and minimal lag foster a sense of connection with loved ones. This technology also offers new opportunities for content creation and social media engagement, enabling instant sharing of moments.

      Connectivity requirements

      • Downlink: 2 Mbps
      • Uplink: 2 Mbps
      • One-way latency: 80 ms

      Technology enablers

      • UL Booster, UL MU-MIMO and UL-aware Advanced Multi- Layer Coordination to secure uplink throughput even during high traffic load and interference
      • 5G Advanced RAN Differentiated Connectivity with Rate Control Scheduling and Enhanced UL QoS Control to optimize the connection for video streaming application

      Ericsson 5G Advanced subscriptions

      • RAN Differentiated Connectivity
      • Premium Network Performance
      Static professional live broadcast

      Static professional live broadcasts utilize high-speed, low-latency wireless connectivity from 5G networks, enabling real-time transmission without wired connections. This technology is particularly beneficial for media professionals covering major events, such as sports games or concerts, where mobility and immediate broadcast are crucial. The reliability and efficiency of 5G networks ensure that live feeds are uninterrupted and of high quality, thus enhancing the overall viewing experience for the audience.

      Connectivity requirements

      • Uplink for 4K streaming (device depending): 20-50 Mbps

      Technology enablers

      • UL performance features (SU-MIMO, UL Carrier Aggregation and UL Tx Switching) to meet the demanding UL throughput requirements
      • Rate Control Scheduling and Network Slicing with Radio Resource Partitioning to meet KPI during congestion scenario and provide good observabilities

      Ericsson 5G Advanced subscriptions

      • RAN Differentiated Connectivity
      • Premium Network Performance

      Back to use cases

      Location-based services

      Ericsson 5G Advanced location-based services are enabling smarter operations on the ground and in the air—connecting autonomous robots in factories and drones in cities with real-time precision and control.

      Connected robots

      A use case where connected robots utilize 5G technology in manufacturing to optimize production processes. These robots autonomously navigate and operate, performing tasks such as material handling, assembly, and inspection with high precision and efficiency. 5G connectivity ensures real-time communication and coordination between robots, enhancing productivity and reducing operational costs. This technology is essential for advancing smart manufacturing and Industry 4.0.

      Connectivity requirements

      • 5G Standalone network
      • Ericsson Radio Dot System, RAN Compute, and Ericsson Network Location (ENL)
      • UE-agnostic: Plain vanilla 5G Standalone UE (>-Release 15)

      Technology enablers

      • Mid-band TDD up to 100 MHz
      • Integrated Positioning and Communication increases
        addressable market and lowers barrier of entry, while reducing UE power consumption with longer battery life as result
      • 1-3m position accuracy with innovative and unique technology, enabling highly accurate & reliable measurements

      Ericsson 5G Advanced subscriptions

      • Critical IoT
      Connected drones

      Connected drones using 5G technology for delivery, surveying, and emergency response. These autonomous drones navigate complex environments and provide real-time data transmission. 5G enhances control, precision, and reliability, making them essential for modern urban infrastructure and disaster management scenarios.

      Connectivity requirements

      Network-based UE agnostic positioning:

      • 5G Standalone network R16
      • Standard 5G Standalone UE

      Network-assisted UE based positioning, real-time kinematic (RTK):

      • 5G Standalone network
      • 5G Standalone UE with 3GPP RTK GNSS support

      Technology enablers

      Integrated Positioning and Communication increases addressable market and lowers barrier of entry.

      Network-based UE agnostic positioning:

      • Massive MIMO radios, mid-band TDD
      • High-resolution Timing Advance & Uplink Angle-of-Arrival
      • On-demand and periodic reporting
      • Up to 8x range improvement in 5G vs 4G. Sub-20m positioning accuracy in line-of-sight conditions

      Network-assisted UE based positioning (RTK):

      • Positioning satellite information broadcast over air using SIB
      • Enables cm-level positioning accuracy for capable devices

      Ericsson 5G Advanced subscriptions

      • Outdoor Positioning

      Back to use cases

      RedCap

      RedCap brings efficient 5G Advanced connectivity to compact devices—powering smartwatches, surveillance cameras, and industrial sensors with lower complexity, longer battery life, and reliable performance.

      Smartwatches

      RedCap Smartwatches, also known as fitness trackers, necessitate very low data rates for activities such as monitoring or specific applications like fitness data transmission and background data collection. Nevertheless, when operating in full cellular connection mode (non-tethered), they can frequently be utilized for music streaming, particularly when users are at the gym or engaging in outdoor exercise.

      Connectivity requirements

      • Few Mbps for apps

      Technology enablers

      • RedCap device with enhanced DRX and other industry aligned network-controlled device power saving features

      Ericsson 5G Advanced subscriptions

      • RedCap
      Video surveillance in factory with domed digital camera

      A cost-effective, high-performance camera using RedCap technology for efficient monitoring, integrated with 5G networks to improve video quality and data transmission. Ideal for surveillance in smart cities and industrial settings.

      Connectivity requirements

      • e2e application latency: <200 ms
      • Reliability up to: 99-99.9%
      • Uplink peak rate up to: 50 Mbps

      Technology enablers

      • 5G Advanced with RedCap & Critical IoT to provide deterministic low latency performance
      • Additional battery saving features

      Ericsson 5G Advanced subscriptions

      • RedCap
      • Critical IoT
      Surveillance cameras

      An industrial surveillance sensor leverages 5G technology to efficiently and reliably monitor and transmit data. As a Reduced Capability (RedCap) device, it offers lower complexity and extended battery life.

      Connectivity requirements

      • e2e application latency: <100 ms
      • Reliability: 99.99%

      Technology enablers

      • 5G Advanced with RedCap & Critical IoT to provide deterministic low latency performance.
      • Additional battery saving features

      Ericsson 5G Advanced subscriptions

      • RedCap
      • Critical IoT

      Back to use cases

      Automotive and transport

      Discover how Ericsson 5G Advanced is transforming automotive and transport —enhancing intersection safety, enabling autonomous driving, hands-free parking, and optimizing road operations through real-time connectivity and intelligent coordination.

      Enhanced intersection safety

      The objective is to improve safety through the application of predictive analytics at road intersections, thereby preventing collisions involving vehicles, pedestrians, cyclists, motorcyclists, and other road users.

      Connectivity requirements

      • <1 Mbyte basic safety and critical data critical data: 100ms RTT
      • High/ultra-high quality video stream: 1-15 Mbps

      Technology enablers

      • 5G Advanced RAN Differentiated Connectivity and Critical IoT  to ensure Latency-prioritized Scheduling and  Low-latency Mobility

      Ericsson 5G Advanced subscriptions

      • Critical IoT
      • RAN Differentiated Connectivity
      • Mission Critical Services
      Connected autonomous vehicles

      Automated vehicles on public roads and campuses require stable heart-beat signals to the control center and differentiated connectivity for advanced driver assistance systems (ADAS) and autonomous driving (AD). The integration of ADAS with differentiated connectivity significantly improves safety, efficiency, and resource management beyond local sensors.

      Connectivity requirements

      • Periodic heartbeat signals including vehicle status and position in congested scenarios, ~100 kbps every 1s
      • Indirect or direct remote control depends on video quality and  if direct control allowed
      • 1-15 Mbps High/ultra-high quality video stream

      Technology enablers

      • 5G Advanced RAN Differentiated Connectivity with Rate Control Scheduling to guarantee seamless transmissions also in congested scenarios
      • 5G Advanced Critical-IoT with Low-latency Mobility & L4S (Low Latency, Low Loss and Scalable Throughput)

      Ericsson 5G Advanced subscriptions

      • Critical IoT
      • RAN Differentiated Connectivity
      • Mission Critical Services
      Automated valet parking

      Automated valet parking enables a vehicle to autonomously drop off passengers and park itself in a predetermined parking area, utilizing 5G connectivity in conjunction with cloud-based intelligence and services. When needed, the vehicle is capable of returning to the designated pickup location automatically.

      Connectivity requirements

      • Periodic heartbeat signals including vehicle status and position ~100 kbps  every 1s
      • Driving commands, driving permission ~1 Mbyte every 100 ms 40 ms one-way latency
      • Potential video surveillance of parking facility 1-15 Mbps (depending on 
        quality and number of cameras)

      Technology enablers

      • 5G Advanced RAN Differentiated Connectivity with Rate Control Scheduling to guarantee seamless transmissions also in congested scenarios
      • Critical-IoT with L4S (Low Latency, Low Loss and Scalable Throughput) and  Low-latency Mobility

      Ericsson 5G Advanced subscriptions

      • Critical IoT
      • RAN Differentiated Connectivity
      • Mission Critical Services
      Road infrastructure operations

      The concept involves real-time traffic flow monitoring and adaptive control of traffic signals, including prioritization for emergency vehicles. Real-time alerts will facilitate the movement of emergency vehicles by informing surrounding traffic. Data collected from connected vehicles, sensors, and cameras allows for AI-driven adjustments to traffic flow, thereby reducing congestion.

      Connectivity requirements

      • 1-15 Mbps High/ultra-high quality video stream CC-TV uplink 
      • Control signal for e.g. traffic lights are down to hundreds of  byte level control messages

      Technology enablers

      • 5G Advanced  RAN Differentiated Connectivity with Rate Control Scheduling to prioritize traffic in congested scenarios and Low-latency Mobility
      • Critical-IoT with L4S (Low Latency, Low Loss and Scalable Throughput)

      Ericsson 5G Advanced subscriptions

      • Critical IoT
      • RAN Differentiated Connectivity
      • Mission Critical Services

      Back to use cases

      Mission Critical Services

      Experience how 5G Advanced powers Mission Critical Services with ultra-reliable, low-latency connectivity—keeping first responders connected when every second counts, enabling safe and efficient railway operations, and supporting real-time monitoring and control of smart power grids.

      Mission Critical Services

      his capability enables communication service providers to serve sectors that require networks with high resilience under heavy loads and have specific service requirements for emergency responders.

      Connectivity requirements

      • High prioritized access: <2 seconds Urgent real-time video transmissions starts after request.
      • Low latency: <1 second e2e delay for urgent real-time video transmissions.
      • Reliability: <10-6 Packet errors loss rate.

      Technology enablers

      • 5G RAN slicing allows mission critical slices
      • Advanced Unified Access Control, Advanced Priority-based Admission Controlto enable prioritized access during the high levels of congestion
      • Service admission and preemption to guarantee performance requirement of prioritized service
      • UL performance, Low latency and capacity functionalities

      Ericsson 5G Advanced subscriptions

      • Mission Critical Services
      • RAN Differentiated Connectivity
      • Premium Network Performance
      Backpackers walking and talking on train station

      Mission critical rail operations rely on real time communication between trains, trackside systems, and control centers to ensure safe, efficient, and reliable transport. Applications include signaling, train control, predictive maintenance, and automated operations—all requiring uninterrupted, deterministic connectivity.

      Connectivity requirements

      • Border crossing mobility: Continuous coverage and communication across the rail tracks
      • Resilience: Baseband redundancy with minimum interruption time, i.e. <1min
      • Reliability: Packet errors loss rate, <10-9

      Technology enablers

      • Advanced Unified Access Control and Advanced Priority-based Admission Controlto enable prioritized access during the congestion
      • Support for 10 MHz carrier bandwidth and FRMCS (Future Railway Mobile Communication System) specific balanced TDD pattern to enable railways communication – focus on Europe
      • Support for high-speed UE  and high-output power UE to improve performance and robustness

      Ericsson 5G Advanced subscriptions

      • Mission Critical Services
      • RAN  Differentiated Connectivity
      • Premium Network Performance
      Power grids from a distance

      Smart power grids depend on real time monitoring and control across generation, transmission, and distribution to maintain stability, prevent outages, and manage growing renewable energy flows. They require secure, deterministic communication among millions of devices and substations.

      Connectivity requirements 

      • Low latency: Mean time to detect (MTTD) and mean time to recovery (MTTR),<10ms
      • Security: Vulnerability protection
      • Reliability: Packet errors loss rate, <10-9

      Technology enablers

      • Advanced Unified Access Control and Advanced Priority-based Admission 
        Controlto enable prioritized access
      • Network Slicing
      • Time-critical Communication Services

      Ericsson 5G Advanced subscriptions

      • Mission Critical Services
      • RAN Differentiated Connectivity
      • Critical IoT

      Back to use cases

      L4S solution brief

      Turning congestion into low latency, predictable experiences

      This solution brief introduces how Low Latency, Low Loss and Scalable Throughput (L4S) enables predictable, low latency performance in 5G Standalone networks by turning congestion into smooth application experiences—supporting differentiated connectivity for latency sensitive applications.

      Key learnings include:

      • How L4S uses early congestion signaling to maintain low latency and low packet loss
      • How L4S complements 5G QoS mechanisms to deliver more stable and predictable application experiences enabled by differentiated connectivity
      • How Ericsson’s 5G portfolio supports end to end L4S across 5G Advanced RAN, Core and Transport
      • Real world deployments demonstrating improved performance for applications such as XR and real time video
      Read the solution brief
      Smartphones raised during live concert

      Ericsson 5G Advanced subscriptions

      RAN Differentiated Connectivity 

      RAN Differentiated Connectivity, in conjunction with network slicing, enhances user service during periods of congestion. This approach facilitates the simultaneous fulfillment of Service Level Agreements (SLAs) for multiple services and allows for greater flexibility in establishing various optimization targets such as latency or throughput. Additionally, it offers enhanced observability, which is essential for ensuring that the provided experience aligns with expectations.

      Critical IoT 

      Critical IoT ensures the transmission and receipt of data within an acceptable timeframe.

      Critical IoT Dedicated RAN facilitates precise indoor positioning by utilizing the Advanced Radio Dot System location support with Uplink Time Difference of Arrival.

      Outdoor Positioning

      This Ericsson 5G Advanced solution consists of two components.

      First, network-based technology generates new revenue streams in non-telco sectors such as finance, retail, healthcare, and IT, where device-agnostic network-based precise location is a key monetization asset.

      Secondly, network-assisted UE-based technology generates new revenue streams in sectors like automobile and uncrewed aerial vehicle (UAV) that require centimeter-level accuracy. 5G Advanced Outdoor Positioning supports Uplink Angle of Arrival, which combined with High Resolution Timing Advance, can achieve an accuracy of approximately 20 meters.

      The location accuracy of device-assisted positioning can be further improved to centimeter-level with the help of global navigation satellite system (GNSS) correction data.

      RedCap

      RedCap integrates all necessary functionalities for connecting Reduced Capability devices to the 5G network. RedCap devices offer lower complexity, improved cost efficiency, and extended battery life compared to a standard 5G smartphone chipset.

      Mission Critical Services

      Mission Critical Services ensures selected users are served even in highly congested scenarios through Service Admission Control, Pre-emption, and prioritization functionalities.

      Premium Network Performance

      Premium Network Performance unlocks additional network capacity and secures the ultimate user experience for flagship devices. It stretches device uplink performance using advanced Massive MIMO technologies and Uplink-aware Advanced Multi-Layer Coordination.

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