Progress in the field of telecommunications does not occur in isolation. It happens when leaders come together to solve complex challenges, empowering operators to move faster and more confidently. This is why we are thrilled to announce a significant milestone in our partnership with Ericsson: the validation of Ericsson Service Orchestration and Assurance on Dell Telecom Infrastructure Blocks for Red Hat.
This is more than just a technical validation; it also shows a commitment to innovation and dependability. We are assisting you in creating a network that is not only powerful but also scalable, predictable, and prepared for whatever the future holds by combining Ericsson’s intelligent service orchestration with our engineered infrastructure.
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Bridging the gap between innovation and operations
For many telecom professionals, the journey to a cloud-native 5G core is filled with challenges. Your operations teams want the “five-nine” stability that keeps the network running, while your planning teams want the agility to launch new services immediately. We are aware that uptime is opposed by risk. These difficulties are directly addressed by this validation. We close the gap by verifying Ericsson Service Orchestration and Assurance on Dell Telecom Infrastructure Blocks. We provide the open, disaggregated architecture your innovators crave, wrapped in stability and support that your operations teams rely on.
What this validation means for you
When we use the term “validated,” we mean that it has passed stringent tests to ensure that it functions as a cohesive system. The guesswork that comes with environments with multiple vendors is eliminated through this collaboration.
- Accelerated deployment: You can avoid integration testing for months. The stack arrives ready, allowing you to focus on service delivery rather than hardware compatibility.
- Reduced risk: We have done the heavy lifting of engineering and validation, ensuring that the hardware, the Red Hat OpenShift platform, and Ericsson’s application layer communicate perfectly.
- Operational confidence: This is a solution that has been tested in the real world and is made to work in Tier 1 telecom environments. It’s built to handle the load, ensuring high interoperability with your existing systems.
The effectiveness of seamless integration
The seamless integration with Red Hat OpenShift is the core of this solution. We are aware that many of you have chosen Red Hat as your container platform of choice. This investment is respected and enhanced by our solution. Co-engineered with Red Hat, Dell Telecom Infrastructure Blocks provide a consistent, factory-integrated foundation. A unified environment where automation flows freely is created when Ericsson’s Service Orchestration and Assurance is added on top. This means that you won’t have to deal with the friction points that are typically found in disaggregated networks when managing workloads across the domain.
“By validating Ericsson Service Orchestration and Assurance on Dell Telecom Infrastructure Blocks, we are giving telecom operators a proven, integrated path to faster 5G deployment,” states Gautam Bhagra, Vice President, Strategic Business Development, Dell Technologies. This collaboration removes the complexity of disaggregation, allowing our customers to modernize their networks with confidence and focus on delivering new, revenue-generating services.”
Jason Keane, Ericsson’s Head of Portfolio, Solution Area Business and Operations Support Systems, stated, “Ericsson Service Orchestration and Assurance is an open, multi-domain, and multi-vendor platform that helps operators accelerate service innovation and deliver services as quickly as they sell them.” This is a quote from Ericsson. Our strategy to provide open, adaptable solutions and advance the 5G ecosystem is bolstered by our collaboration, which includes validating the product on Dell Telecom Infrastructure. Efficiency is about more than just speed; it is about smarter work. Lifecycle management is made simpler by the validated solution, which makes use of advanced automation.