Verizon 5G Edge with public MEC
Improve response times and performance by storing and processing data at the network’s edge.
What it is
Colocated infrastructure
The mobile edge computing (MEC) infrastructure is colocated with the Verizon public wireless network, moving compute and storage closer to devices and endpoints, where data is generated, for ultra-low latency.
MEC infrastructure
The infrastructure allows developers to build, deploy and scale applications with ultra-low latency and fast response times, dramatically enhancing performance and the end user experience regardless of location—available in the U.S. only with Verizon.
Data residency
The solution provides the flexibility to manage, store and process data within geographic boundaries to help meet corporate, legal or regulatory requirements.
Multi-tenant resource sharing
Public MEC offers a suitable infrastructure for applications that do not require constant, dedicated compute resources—which can help reduce compute costs.
Benefits
Supports mobile inputs
Best for applications that support mobile users and devices, such as gaming devices or autonomous vehicles on the public 5G network.
Reduces latency
The potential for single-digit latency opens the doors to a new generation of applications.
Decreases data transport costs
Brings compute resources closer to your bandwidth-intensive application endpoints to help reduce backhaul needs and costs.
Allows for multi-tenant resource sharing
Supports applications that do not require constant, dedicated compute resources— which can help reduce compute costs.
How it works
Bring technology resources closer to where work happens. With cloud computing at the edge of the Verizon public LTE and 5G cellular network, you get ultra-low latency to help enable a new generation of applications.
Public vs. private
Public MEC is a service that’s available to any Verizon customer. With Private MEC, specific MEC services are located on the customer’s premises and dedicated to their use.
Public MEC
Supports mobile inputs.
Best for applications that support mobile users and devices, such as mobile gaming devices or autonomous vehicles on the public 5G network.
Reduces latency.
Substantially reduces app latency, compared to traditional cloud-computing architecture.
Decreases data transport costs.
Brings compute resources closer to your bandwidth-intensive application endpoints to help reduce backhaul costs.
Allows for multi-tenant resource sharing.
Supports applications that do not require constant, dedicated compute resources—which can help reduce compute costs.
Private MEC
Serves fixed locations.
A dedicated infrastructure paired with a Private Wireless Network supports critical applications at sites such as manufacturing facilities, warehouses and ports.
Delivers near real-time performance.
Located on premises, it accommodates applications that require extreme low-latency for better performance.
Provides data sovereignty.
Dedicated onsite compute and storage resources provide better control over data and enhance security.
Serves as a dedicated resource.
Private MEC accommodates compute-intensive applications that call for dedicated, always-on private resources.
Use cases
Enhancing educational experiences with tech
Discover how 5G can support increased data volumes, could enable innovative technologies like AR and VR—and engage students in new, powerful ways.
Increasing efficiencies in manufacturing
Read how 5G can support the massive number of sensors used in manufacturing facilities to detect when something is broken or needs to be replaced.
Improving guest experiences with real-time analytics
See how the Florida Panthers changed the game by implementing cashierless concessions in Amerant Bank Arena, so fans could get back to their seats without missing any big plays on the ice.
Enhancing road safety using Verizon 5G Edge
Learn how ADOT and MAG partnered with Verizon to create a successful pilot program using 5G virtual roadside units – to better understand real-time traffic issues and help promote safety.
Expanding advertising reach via connected devices
Discover how HarperDB helps companies like Edison Interactive power connected devices in order to expand their platform, enabling a flexible and scalable solution for content delivery and additional advertising revenue.
Related solutions
5G Edge Crowd Analytics
Help visitors navigate crowded airports, stadiums, retail stores and other spaces based on traffic-flow pattern analysis.
5G Edge Cashierless Checkout
Evolve the customer experience with a SaaS solution that uses computer vision and machine learning to enable simple seamless shopping.
Resources for you
Business innovators
Stay current on the latest edge computing trends and use cases, so you can make better-informed decisions for your business.
FAQs
Public Multi-access Edge Computing (MEC) revolutionizes mobile edge computing by embedding cloud computing, storage, and other essential resources directly at the edge of the public cellular network. This means that resources are pooled and available for any mobile customer to subscribe to and use. With the integration of LTE and 5G mobile networks, public MEC offers unparalleled availability and convenience.
Public MEC solutions are ideal for organizations that need broad geographic coverage and are working with time-sensitive applications requiring ultrafast response times. Industries such as public safety, smart health, and autonomous vehicles benefit from public MEC's low latency and high-performance capabilities.
Private MEC involves custom-built edge computing and storage infrastructure installed on-site at a customer’s fixed location(s). This setup typically leverages a private wireless network, providing dedicated resources used exclusively by the particular customer, and ensuring data sovereignty. Due to its bespoke nature, private MEC requires more resources and investment.
In contrast, public MEC offers a shared, multi-tenant environment, making it suitable for applications that do not require stringent data sovereignty and control. It utilizes the existing cellular network, making it an excellent option for organizations looking to optimize resources without constructing a private wireless solution.
There are scenarios where a combined public and private MEC solution makes perfect sense. For example, a company might use a private MEC solution within its production facility to enable efficient, round-the-clock precision manufacturing processes. This setup allows for near real-time data capture, and storage.
Outside the facility, for distribution and quality control purposes, a public MEC solution could provide the necessary end-to-end visibility throughout the supply chain. Verizon 5G Edge with AWS Wavelength brings the resources of the world’s leading cloud provider to the edge of the Verizon 5G Ultra Wideband and 4G LTE network.