The reasons why AWS's decision to move into private 5G networks will change the game

One of the most notable announcements from the Amazon Web Services Re: Invent 2021 conference this morning was the launch of the AWS Private 5G. This fully managed service lets businesses set up the mobile network of their choice with high capacity. It is designed to be utilized inside buildings to enhance -- and eventually a substitute for WiFi. For more articles visit Unlimited wireless internet

Businesses are interested in 5G technology. However, the model of deployment is difficult. A stacking system that is stacked and racks equipment from carriers isn't enough for all companies and can take months to be up and running. Utilizing a service provider may be more convenient, but it isn't without its problems -- like the ownership of data, the cost for the services, as well as the footprint of the service provider.

The best option is private 5G, where the IT department can set up and control the network independently. However, few options have been offered until now.

The recently announced Private 5G is a turnkey service controlled by AWS's console. AWS console. Customers specify where they would like to establish a network and the amount of capacity required to be able to AWS supplies the equipment and SIM cards. The network is automatically configured and can be utilized anywhere from traditional office spaces to factory floors and a large campus.

Like everything else at AWS, The company has tried to cut the cost of complexity and inefficiency from the infrastructure they offer. The portal-based model eliminates the long planning cycle and the multi-vendor integrations that are typically required. In terms of cost, AWS has disrupted markets through utilization-based pricing, and they're doing it with this one.

PROVIDE AS MANY DEVICES necessary, and only pay for BANDWIDTH

5G

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Customers can purchase as many devices connected to 5G as they like and only pay for the bandwidth they consume. The standard pricing model is per SIM. However, IoT isn't the most efficient because many devices require extremely little bandwidth. For example, an IoT-connected industrial copier could only transmit toner volumes daily. In a cost-per-month model, a business could be paying the equivalent of $10 per month. The capacity pricing model cloud can cost only two cents per day.

In his keynote speech for the first time as CEO of AWS, Adam Selipsky talked about the importance of this method. "AWS Private 5G offers a one-stop-shop to manage private cell network," Selipsky said. "It allows customers to start with a small amount and grow as they need by using a pay-as-you-go pricing model. Simply insert your SIM card into the devices, and you're connected."

Similar to most AWS technologies, One of the first users is Amazon itself. A private 5G solution can be found within Amazon's Amazon Fulfillment Centers (FCs) to accelerate the delivery of products.

Amazon utilizes robots to scan packages and track millions of items each day. Before 5G, the company was required to install WiFi. Although this technology is not uncommon, it's notoriously insecure. It's also expensive for outdoor deployments as it requires power cables and lines to be connected through light poles to connect the APs.

With 5G, outdoor cells can be positioned in the corners of an industrial warehouse, for instance, which speeds up deployment and ensures more consistent performance. Cellular is a lot more stable than WiFi.

At Re: Invent, AWS also announced Private 5G networks for Koch Industries and Dish Network. There was not much information on the networks; however, both companies spoke about the advantages of 5G without the deployment problems.

In the near term, I don't expect the private network to "globally eliminate WiFi," as Pat Gelsinger predicted in his last VMworld keynote. I anticipate being able to see it used in situations where WiFi's reliability is not as high, and 5G will also take wireless to areas where WiFi isn't easily extended.

Long-term As the cost of SIM-connected devices declines and eSIMs become widespread. The market could be witnessing a further shift away from WiFi to 5G. Keep an eye on the market.