#USA #Stockholm #Ericsson #RAN Connect #Massive MIMO

Ericsson Unveils Groundbreaking Products for Next-Gen Networks

In a significant move for the telecommunications sector, Ericsson has launched a new collection of radio and antenna products designed to facilitate high-performing programmable networks, as they prepare for increased global demand. The latest offerings, which include several energy-efficient Massive MIMO radios and innovative indoor 5G solutions, are set to enhance the capabilities of communication service providers (CSPs).

A Boost to Product Portfolio

Ahead of the widely anticipated Mobile World Congress (MWC) 2025 in Barcelona, Ericsson is expanding its product lineup to include seven new energy-efficient products. This expansion is also complemented by the introduction of RAN Connect, an open fronthaul solution designed to enhance scalability and efficiency in network operations.

By 2025, Ericsson aims to offer 130 radio products that support these programmable networks, making up over two-thirds of its total deliveries. This move is not just about increasing numbers—it's about providing essential programmability to adapt to the future needs of networks.

Focus on Energy Efficiency

One of the standout innovations, the AIR 3266 radio, exemplifies Ericsson's commitment to sustainability. This next-gen, wide-band MIMO radio boasts a remarkable 400W output in a streamlined design while achieving a 30% reduction in energy usage. Furthermore, its embodied carbon footprint is expected to decrease by up to 50%.

By integrating advanced silicon technology and an adaptable design, Ericsson's innovations underline the increasing importance of energy conservation within the telecommunications sector. These advancements allow CSPs to offer improved user experiences without unnecessary power consumption, positioning them competitively in a rapidly evolving landscape.

A Comprehensive Portfolio

Ericsson's new lineup includes a mix of powerful and scalable solutions:

• - RAN Connect 6381: This all-outdoor solution delivers a staggering 600Gbps capacity and is designed for high scalability and efficiency.
• - AIR 6494: A specialized wide-band TDD Massive MIMO radio providing 480W output power while also ensuring a reduction of energy consumption by up to 30%.
• - Indoor Fusion Unit 8828: Catering to small and medium enterprises, this unit allows for gigabit speeds indoors, enhancing connectivity across various operational scales.

The inclusion of new interleaved antennas allows CSPs to streamline installation processes and reduce costs significantly. These innovations enable seamless integration of multiple frequency bands, thereby optimizing site usage.

Comments from Industry Leaders

Notable industry leaders have expressed their excitement over Ericsson's innovations. Mårten Lerner, Head of Product Area Networks at Ericsson, emphasized the importance of balancing high performance with sustainability, stating that their cutting-edge hardware aims to reduce operational expenses while maximizing efficiency.

Mark Düsener from Swisscom noted the capability of Ericsson’s products to lower total ownership costs by delivering the right performance consumed only when necessary. Likewise, Salim Kouidri from T-Mobile acknowledged the scalable platforms provided by the new radios and antennas as a crucial advancement towards enhancing network capabilities.

Conclusion

As Ericsson unveils this innovative portfolio, it sets a new standard in the telecommunications industry with products that not only enhance performance but also prioritize sustainability and energy efficiency. With high expectations for 5G technologies to manage a significant portion of mobile data traffic in the near future, Ericsson’s commitment to operational adaptability and cutting-edge solutions reflects the industry’s progression towards more intelligent, energy-conscious networks.

Ericsson’s enhanced portfolio is expected to positively transform the dynamics of network competition, ensuring that CSPs can meet future demands vigorously and sustainably. With a focus on facilitating modern network architectures, these innovations herald a promising future for programmable networks in an increasingly interconnected world.