AWTG is thrilled to announce its pivotal role in the SCONDA project, where we are pioneering the integration of O-RAN innovations into Three UK live public mobile networks. By embracing O-RAN, we are not only pushing the boundaries of interoperability and innovation through open standards but also enabling a diverse range of legacy and new entry equipment vendors to contribute to the ecosystem. This approach increases competition, reduces costs, and significantly enhances our ability to scale network capabilities with agility, ultimately bringing substantial financial value to the UK economy. Fostering a more open and competitive environment allows us to drive social value by ensuring that future networks can better serve communities and high street businesses
AWTG leverages its extensive knowledge and experience in Open RAN, covering design, integration, optimisation, and operations. AWTG integrates the results of the Flex-5G and Flexi-DAS initiatives within a High Demand Density (HDD) environment. The CORE project seeks to develop an advanced, multi-vendor 5G Open RAN neutral host platform tailored for HDD areas. This endeavour aspires to build technical proficiency and garner critical implementation insights, aiming to expedite 5G deployment in comparable cities throughout the UK.
In parallel, the HiPer-RAN (Highly Intelligent, Highly Performing RAN) project, funded as well by Department for Science, Innovation and Technology (DSIT) and led by the University of Surrey, aims to develop RAN Intelligent Control (RIC) and other automation for Open RAN systems. HiPer-RAN focuses on creating an open platform capable of hosting diverse software-based intelligence that spans the entire RAN architecture, from the higher layers down to the physical layer, delivering measurable system-level benefits. The project faces two primary challenges: developing interoperable, efficient, and reliable software for automation (e.g., xApps and rApps) and translating this intelligence into quantifiable and measurable gains in a plug-and-play fashion.
At AWTG, we leverage our engineering and software expertise to develop robust and reliable xApps and rApps for the HiPer-RAN project. Our contributions ensure that the software automation is efficient and reliable, including innovations in Non-Real Time RIC, paving the way for significant advancements in RAN technology. We extend our sincere gratitude to DSIT for funding this project, which has enabled collaboration between SMEs, academia, and industry. Continued funding will be crucial for advancing future development and ensuring the long-term success of these groundbreaking initiatives.