Revolutionizing Wireless Infrastructure: Ceva, Arm, and SynaXG Team Up for Energy-Efficient 5G NR Processing

The wireless infrastructure landscape is poised for a significant transformation, as Ceva, Arm, and SynaXG join forces to redefine energy efficiency in 5G NR processing. This strategic collaboration aims to deliver unparalleled power efficiency for 5G NR processing in wireless network equipment and satellites, paving the way for sustainable Low Earth Orbit (LEO) satellites and terrestrial 5G-Advanced infrastructure.

The customized, highly-integrated solution combines carrier-grade software from SynaXG, working seamlessly on power-efficient hardware provided by Arm and Ceva. The Ceva-PentaG-RAN platform, Arm Neoverse N2 CPUs, and SynaXG's carrier-grade RAN software come together to deliver a remarkable 10X better efficiency than traditional solutions and 20X more efficient than FPGA-based alternatives. This breakthrough in energy efficiency has the potential to revolutionize the form factor of wireless network equipment, enabling more compact, lightweight, and environmentally friendly infrastructure.



The collaboration between Ceva, Arm, and SynaXG addresses two critical market segments: Low Earth Orbit (LEO) satellite communications and terrestrial 5G-Advanced infrastructure. For LEO satellite communications, the power constraints inherent in space-based platforms make the claimed 10X-20X efficiency improvements potentially transformative for satellite architecture. As LEO satellite constellations expand rapidly, this solution could provide meaningful advantages in total cost of ownership and sustainability. For terrestrial 5G-Advanced infrastructure, the focus on compact, lightweight equipment with reduced power requirements aligns with operator priorities. Networks face pressure to reduce operational expenses and environmental footprint while increasing capacity and capabilities. A solution that enables more energy-efficient 5G processing could provide meaningful advantages in total cost of ownership.

The integration of Arm Neoverse CPUs, Ceva's hardware-accelerated 5G NR baseband platform, and SynaXG's 5G NR RAN expertise contributes to the overall energy efficiency and sustainability of the solution. Arm Neoverse N2 CPUs deliver industry-leading performance-per-watt efficiency, while Ceva's PentaG-RAN platform offers up to 20X savings in power and area compared to available FPGA and commercial-off-the-shelf (COTS) CPU-based alternatives. SynaXG's comprehensive 5G NR software suite, including carrier-grade 5G PHY and stack solutions, is integrated with the high-performance, power-efficiency capabilities of Arm Neoverse and Ceva's innovative platforms. This integration delivers a transformative solution that sets a new standard for efficiency and sustainability in 5G-Advanced infrastructure.

The potential environmental benefits of this integrated solution are significant. By reducing power consumption, operators can lower their operational expenses and contribute to reduced greenhouse gas emissions associated with power generation. Smaller, lighter, and more compact equipment can result in lower material usage and reduced waste during manufacturing and disposal. Additionally, the solution enables more sustainable LEO satellite communications, as satellites with lower power requirements can be designed to be more environmentally friendly and have a reduced environmental impact.

In conclusion, the collaboration between Ceva, Arm, and SynaXG represents a significant technological advancement in the 5G infrastructure space. The claimed 10X-20X efficiency improvement in baseband processing addresses critical market segments, such as LEO satellite communications and terrestrial 5G-Advanced infrastructure, and has the potential to drive market adoption through its potential advantages in total cost of ownership and sustainability. As the wireless industry evolves, this innovative solution paves the way for a new era of sustainable and connected 5G networks.