How AWS TNB works - AWS Telco Network Builder
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How AWS TNB works

AWS TNB integrates with standardized end-to-end orchestrators and AWS resources to operate full 5G networks.

AWS TNB allows you to ingest network function packages and network service descriptors (NSDs) and provides you with the automation engine to operate your networks. You can use your end-to-end orchestrator and integrate with AWS TNB APIs, or use AWS TNB SDKs to build your own automation flow. For more information, see AWS TNB architecture .

AWS TNB architecture

AWS TNB provides you with the ability to perform lifecycle management operations through the AWS Management Console, AWS CLI, AWS TNB REST API, and SDKs. This allows the different CSP personas, such as members of the Engineering, Operations, and Programmatic System teams, to take advantage of AWS TNB. You create and upload a network function package as a Cloud Service Archive (CSAR) file. The CSAR file contains Helm charts, software images, and a Network Function Descriptor (NFD). You can use templates to repeatedly deploy multiple configurations of that package. You create network service templates defining the infrastructure and the network functions that you want to deploy. You can use parameter overrides to deploy different configurations in different locations. You can then instantiate a network, using the templates and deploy your network functions on AWS infrastructure. AWS TNB provides you with the visibility of your deployments.

Main steps showing ISV and CSP create a template, then instantiate and deploy the service.

Integration with AWS services

A 5G network is made up of a set of interconnected containerized network functions deployed across thousands of Kubernetes clusters. AWS TNB integrates with the following AWS services as telecom-specific APIs to create a fully operational network service:

  • Amazon Elastic Container Registry (Amazon ECR) to store Independent Software Vendors (ISVs) network functions artifacts.

  • Amazon Elastic Kubernetes Service (Amazon EKS) to set up clusters.

  • Amazon VPC for networking constructs.

  • Security groups using AWS CloudFormation.

  • AWS CodePipeline for deployment targets across AWS Regions, AWS Local Zones, and AWS Outposts.

  • IAM to define roles.

  • AWS Organizations to control access to AWS TNB APIs.

  • AWS Health Dashboard and AWS CloudTrail to monitor health and post metrics.

AWS TNB resource quotas

Your AWS account has default quotas, formerly referred to as limits, for each AWS service. Unless otherwise noted, each quota is specific to an AWS Region. You can request increases for some quotas, but not for all quotas.

To view the quotas for AWS TNB, open the Service Quotas console. In the navigation pane, choose AWS services, and select AWS TNB.

To request a quota increase, see Requesting a quota increase in the Service Quotas User Guide.

Your AWS account has the following quotas related to AWS TNB.

Resource quota Description Default value Adjustable?

Network service instances

The maximum number of network service instances in one Region.

800

Yes

Concurrent ongoing network service operations

The maximum number of concurrent ongoing network service operations in one Region.

40

Yes

Network packages

The maximum number of network packages in one Region.

40

Yes

Function packages

The maximum number of function packages in one Region.

200

Yes