Additionally, you get flexibility and the ability to scale, as you can create your applications once and easily deploy them to any supported AWS Wavelength Zone. As an AWS customer, you can work in a familiar environment, relying on AWS tools to build, deploy, and secure your product. AWS Wavelength Zones also feature a high-bandwidth secure connection to their parent AWS Region, allowing you to easily access other AWS services when needed. And because the traffic doesn’t extend to the public internet, latency is kept to a minimum, allowing customers to fully utilize the advantages of 5G.Īchieving ultra-low latency for various 5G applications is certainly one of this service’s many benefits. AWS Wavelength relies on Wavelength Zones these consist of AWS infrastructure deployments residing in the data centers of telecommunication providers, located at the edge of 5G networks.īy placing the AWS resources in this way, end users can reach the application servers without ever leaving the telecommunication provider’s network. AWS Wavelength: An IntroductionĪWS Wavelength utilizes the high bandwidth and ultra-low latency of 5G in combination with its own services (like compute and storage) to deliver a highly capable infrastructure that can host different application types. In this article, we’ll review one of the latest AWS services, AWS Wavelength, and show you how Amazon is using it to bring the game to a whole new level. With applications being hosted all over the world, achieving low latency is not always possible, so the only solution is to bring the infrastructure, and the application itself, closer to end users. But while these networks provide high reliability and bandwidth, there is still an ever-present choke point called latency. Radio technology has progressed a great deal in recent years, and we now have high-density radio interfaces through 5G.

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