As a concrete measure to improve the value of badging and validation of Open RAN solutions, Deutsche Telekom implemented a review and improvement process for a TIP-defined RIC use case with partners AirHop, Juniper Networks and Keysight. Validation testing was executed in the i14y Lab, resulting in the award of a TIP Silver Badge for PCI optimization based on improved validation guidance.

This paper provides an overview of the main technology elements that Telefónica is developing in collaboration with selected partners in the Open RAN ecosystem. It describes the architectural elements, design criteria, technology choices and key chipsets employed to build a complete portfolio of radio units and baseband equipment capable of a full 4G/5G RAN rollout in any market of interest.

This playbook is developed by teams from Vodafone and Parallel Wireless to capture the learnings from this trial deployment where brownfield sites in Turkey were swapped with OpenRAN solutions for 2G/3G/4G, evaluating the technical and operational KPIs in the process.

The playbook helps the OpenRAN community members, RAN solution providers, network operators, and system integrators take an informed approach to the selection of technology and the planning of OpenRAN deployments.

As operators enter the 5G-era, the RAN is increasingly software-driven and based on open implementation and open interfaces. This white paper profiles the work of the OpenRAN Project Group, covering the following topics:

• The key achievements of the project group and the next phases of OpenRAN development

• How OpenRAN helps operators and the wider ecosystem progress their goals for low-cost, high-performance mobile connectivity.

• Open interfaces in the RAN

• TIP’s recently announced liaison agreement with the O-RAN Alliance with regard to open interfaces in the RAN

Current Radio access networks (RAN) require significant upgrades to keep up with increasing data demand. Operators will be compelled to evaluate new RAN technology from various technology providers. The OpenRAN project group was created to focus on developing a vendor-neutral hardware and software-defined technology based on open interfaces and community-developed standards. Unlike traditional RAN, OpenRAN decouples hardware and software. This gives operators more flexibility to deploy and upgrade their network architecture in various deployment scenarios and geographies.

This document describes the technical specifications for a 5G NR base station that operators can deploy in their mobile networks to provide 5G NR connectivity. The document describes the necessary requirements for deployment by participating operators.

Telecommunications operators face a dilemma with the 5G business case: the deployment of 5G requires significant capital investment and the rate of return is not as straightforward despite the potential of 5G technology. RAN, the largest cost in wireless network architecture, is pushing operators to rethink their current deployment paradigms. Responding to this challenge, Telecom Infra Project (TIP) has created an ecosystem that is founded upon collectively designing and building new technologies to accelerate innovation.

Edotco and TIP were looking at ways to help MNO’s expedite their network coverage/rollout and do it based on current technology. The goal was something that was scalable and upgradable network with a long term OPEX model. This was successfully done in both a lab and field trial setting. Download the report for more details.

The document describes MNO pain points in today’s network lifecycle management, along with new opportunities brought by OpenRAN architecture. Then it presents Telefónica’s perspective, followed by a description of the platform developed in the TIP OpenRAN CI/CD project, supported use cases, overall architecture, and a typical workflow for integration and testing. The document concludes with a call for action.

In India, mobile operators have been actively exploring the use of open and disaggregated technologies in their networks, and have also started to develop in-house solutions that can be exported globally (if and when proven) and scale beyond India to the world. The government of India is also taking steps to strengthen local manufacturing capabilities. This involves incentivising large global players to set up production facilities in India. More importantly in the context of open and disaggregated network technology, the government’s efforts also include supporting homegrown companies to develop solutions that could meet local demand for network equipment and software for years to come, while also exploiting opportunities in the global export market. The supply chain ecosystem in India, made up of original design manufacturers (ODMs), vendors and systems integrators, is also responding to growing demand and government-backed initiatives by developing new disaggregated solutions spanning various network parts and by continuing to foster relationships with international customers to capitalise on emerging export opportunities.

India is expected to be at the forefront of open and disaggregated technology adoption and production in years to come due to the amount of activity driven by its operators, the government and supply chain participants in developing open and disaggregated technologies. For Open RAN alone, Analysys Mason estimates that the incremental GDP impact in India could reach USD18 billion per annum in 2030 (USD58 billion cumulatively from 2021–30), driven by enhancements to mobile internet penetration and data usage. Modelling suggests that these impacts could more than double over the period from 2021–30, should industry facilitation initiatives driven by operators, the government, as well as organisations such as TIP be as successful as envisaged by many of the stakeholders driving Open RAN in India today.

This report follows Analysys Mason’s global study, published in May 2021, looking specifically at developments related to open and disaggregated technologies in India.

This ABI Research white paper focuses on TIP´s practical and unique community-based approach to the productization of telecom network technology, discussing Open RAN specifically. After an initial overview on market trends and the evolution of the supply chain, the paper moves into describing the role and activities of the OpenRAN Project Group. It underscores how releases are a key aspect of the TIP process, improving each project group’s work and output. The paper also highlights the core elements of the TIP process, from technical roadmaps, to test and validation, and the resulting listing of products, solutions and blueprints in TIP Exchange.

This report details the activities carried out by BT and Accelleran as early contributions in the TIP OpenRAN RAN Intelligence & Automation (RIA) project. TIP RIA focuses on the availability and use of data, so that a centralized RAN controller can manage a disaggregated, virtualised and multi-vendor RAN. This central controller, the RAN Intelligent Controller (RIC), plays a crucial role in enabling OpenRAN deployments to satisfy the wide range of use cases envisaged for commercial deployments of the next decade.

TIP’s OpenRAN Project Group (OpenRAN PG) is focused on scaling up productization of OpenRAN technology driven by an ecosystem of technology suppliers, including hardware and software vendors, along with system integrators and service providers. The overarching goal of the OpenRAN PG is to streamline the industry’s efforts on OpenRAN development and to accelerate OpenRAN adoption.

The activities within the Project Group have been categorized as per the release procedures defined in the “OpenRAN Release 2 Roadmap” document.

One of the biggest challenges often raised in the industry is the complexity of Open RAN automation i.e CD/CT (Continuous Deployment/Continuous Testing). This challenge comes as no surprise as Open RAN represents one out of many examples where systems get disaggregated into smaller pieces. Such dis-aggregation inevitably calls for the corresponding aggregation – i.e., the integration. Open RAN is (in many of the cases) a multi-vendor exercise where vendors of various parts of the RAN as well as infrastructure vendors need to come together and make sure their products are interoperable in the configurations requested by the market.

This white paper aims at outlining the challenges, industry best practices and standards in integrating the CD/CT platform for Open Radio Access Networks (Open RAN). The paper follows on from our previous paper titled “TIP OpenRAN White Paper Toward OpenRAN CICD Automation October 2020” Therefore, readers of this white paper are encouraged to read the previous one as an introduction, thus also familiarizing themselves with the concepts of virtual RAN, Open RAN and Continuous Deployment.

An understanding of the trends in demand (number of users, bandwidth, latency) due to the growth in existing mobile use cases and the emergence of new ones is important for the planning of mobile network deployments. This is particularly important in the outdoor urban environment where there are few alternative connectivity solutions.

The purpose of this study is to identify the existing and emerging connectivity dependent use cases that are, or will be, heavily used in the next 2-5 years, and evaluate whether they require a significant connectivity upgrade.

TIP’s test and validation program, and industry alignment, can accelerate development and adoption of commercial, carrier-ready solutions. Open RAN solutions are designed to give operators optionality in their choice of suppliers across the value chain.

By disaggregating the different functions of the network, operators can deploy networks made up of solutions from different vendors within the technology stack. This gives them several benefits.

They can access solutions that they feel are best of breed or best suit their purpose, without having to buy all parts of the solution from the same vendor. Similarly, they can update and upgrade software and hardware independently, instead of being dependent on the upgrade roadmap of just one, integrated vendor.

There are clear, well-documented benefits to developing a network made up of disaggregated, open solutions that include innovation, increased choice of suppliers and also lower TCO. However, integration and testing have become significant tasks for operators. Many call for more help integrating Open RAN systems and accessing tested market-ready solutions that meet their requirements. TIP’s planned Certification process, called SCOPE, is the solution. It is designed to create significant structural efficiencies within the supply chain to streamline efforts across operators and their vendors and reduce the complexities inherent in the integration and testing of carrier-grade Open RAN.

As a concrete measure to improve the value of badging and validation of Open RAN solutions, Deutsche Telekom implemented a review and improvement process for a TIP-defined RIC use case with partners AirHop, Juniper Networks and Keysight. Validation testing was executed in the i14y Lab, resulting in the award of a TIP Silver Badge for PCI optimization based on improved validation guidance.

This presentation outlines ARIANE’s objectives, use cases, scope, and more for the UK DSIT Open Networks Ecosystem Competition.