Innovation has always been at the core of Ericsson. From producing some of the first mobile phones, to developing a programming language used by some of the biggest names in the digital world, we are proud to be shaping the future of communication. Recognized as a leader in cellular network technologies with over 60,000 granted patents and numerous accolades, Ericsson is at the forefront of creating game-changing solutions that define the future of manufacturing. Our 5G technology, with a cloud-native dual-mode 5G Core architecture is designed to be scalable and flexible. By combining innovation, expertise and cutting-edge technology, we enable new possibilities in manufacturing communication and operations. We’re accelerating business transformation with the unmatched capabilities of 5G.

And, as a high-tech manufacturer ourselves, Ericsson brings a unique perspective to the challenges and opportunities in manufacturing. Across our factories in the US, Europe and Asia, we’ve successfully implemented 5G technologies and Industry 4.0 practices. By integrating intelligent automation and real time data insights, we continuously optimize operations and drive innovation—experiences that position us to guide other manufacturers on their digital transformation journeys.

• Ericsson Private 5G provides high speed, secure 4G and 5G connectivity, designed for industrial use to accelerate factory transformation. This easy-to-deploy, manage and scale private network supports a wide range of industrial applications both indoors and outdoors.

• An award-winning radio portfolio supporting global industry standards and licensed spectrum

• A cloud-based network management portal and a troubleshooting app built to meet users' needs while keeping data secure

• Options for 24/7 support of managed operations and SLAs.

• With its open API, Ericsson Private 5G integrates easily with IT and OT systems. Designed to scale alongside business growth, the solution offers a range of deployment options to match manufacturers’ unique situations, allowing them to start small and scale as the business grows—providing a seamless path to Industry 4.0.

Sustainability

Sustainability is central to our purpose. Ericsson is creating a world of limitless connectivity, where mobile technology opens new possibilities to pioneer a sustainable future. With global collaboration and digital innovation, carbon emissions can be reduced by 15% by 2030. With 5G we can do even more. By working together, a better world is within our reach.

We drive sustainability in networks through improved energy efficiency in our solutions and integration of renewable energy sources, while increasing performance with more innovation and accelerating the build of fully performing 5G. As one example of this in practice, we have the ambition to reduce the energy consumption of a typical new cellular site by approximately 40% between 2021 and 2025. Together with the transition to more renewable energy sources in mobile networks, the resulting CO2 emissions per site can potentially be reduced by around 70%.

To reduce energy consumption when scaling up 5G, modernizing the existing equipment is vital. Multi-band technology allows the functionality of several radio units to be combined into a single physical unit for existing frequency bands. The

energy efficiency, size and weight can be improved by integrating more components into the same radio. With the new generation of multi-band radios, we can add frequency bands while reducing the amount of radio units and energy consumption.

During recent years, Ericsson has taken significant steps to improving the energy efficiency of Massive MIMO radios by up to 50% and our multi-band radios by up to 20% compared to the earlier generations. At the same time, our basebands are

30–60% more energy efficient than competitors when delivering the same capacity.

Source: breaking-the-energy-curve-report.pdf

Future outlook

As manufacturers modernize their operations, the need for the right connectivity has never been more critical. Data transformation in manufacturing starts with a unified connectivity platform that seamlessly integrates your existing digital assets to enable new technologies. At the heart of this transformation is 5G connectivity, delivering scalable, flexible solutions that harness massive amounts of data generated by Industrial IoT devices.

To maximize investments in autonomous things, Industrial IoT and advanced analytics, manufacturers must adopt a strategic view, particularly around connectivity solutions that enable the smart factory journey. In many cases, traditional networks often lack the power and flexibility to meet today’s demands, which will limit future growth, hyperautomation and agility expected in today’s smart factory. Alternatively, advanced connectivity solutions, such as private 5G networks, are crucial for driving success and accelerating impact.

• Accelerate smart factory hyperautomation through the power of 5G: 5G’s faster data speeds, higher bandwidth, and ultra-low latency enable seamless communication paths for AMRs, smart robots, drones and more.

• Unlock smart factory process optimization with Industrial IoT and 5G: 5G offers the reliable, low-latency connectivity that IIoT devices require for smooth operation in factory settings.

• Drive smarter factory decisions with pervasive 5G-enabled advanced analytics: AI and machine learning will propel smart factories to the next level, but they will require advanced connectivity that are only possible through a 5G network.

Smart factories are no longer a future consideration for manufacturers—they are a present reality. Truly transformative applications, including full automation, depend on continuous, high-quality data and real-time responsiveness. Ericsson solutions, including private 5G networks, facilitate top-of-mind priorities to propel factories into the Industry 4.0 era. The high-speed, enhanced security and low-latency of 5G makes it the key enabler of digital transformation—addressing the needs of today as well as what’s required for tomorrow.

Ericsson private networks directly support manufacturing use cases that enable sustainability including:

• Energy management: Sensors can monitor energy consumption and optimize power usage across the factory.

• Smart building: Sensors can collect data about the condition and performance of building systems and automate and optimize systems (e.g., HVAC, lighting, security, and alarms).

• Remote equipment automation: Workers at remote locations controlling robots and equipment and have them drive around the factory for tasks such as to see production in progress.