Edge computing is designed for always-on, real-time solutions. Data processing near its points reduces latency, and organizations receive meaningful insights in real time. They can instantaneously reply to clients and offer important information to surgeons while they work. Also, they run warehouses with optimal efficiency and safety. They can drive autonomous car innovation, among other things.
Huge AI at the edge is conceivable thanks to AI and cloud services, IoT with millions of devices, and 5G networking. Investigate the NVIDIA technologies that turn that promise into reality. It also automates knowledge at the point of attack and enabling real-time decision-making.
The EGX hardware portfolio includes NVIDIA-Certified systems in the data center that can run true voice recognition, advanced business forecasting, interactive graphical experiences, as well as other modern workloads, as well as the small, power-efficient NVIDIA® JetsonTM family at the edge for tasks like image recognition as well as sensor fusion. To develop quicker, more efficient, and more secure data centers, NVIDIA convergent accelerators integrate the power of NVIDIA Maximum current GPUs with NVIDIA SmartNIC & DPU technology.
Many companies have begun their path toward edge computing to benefit from data generated at the edge. The term “edge computing” has a very broad definition. This approach brings processing capacity physically closer to where an edge device or an IoT sensor creates data.
This includes both far-flung scenarios like mobile smartphones and electronic sensors and closer-to-home use cases such as microdata centers or remote office computing. This term is so wide that it is frequently used to refer to anything that is not in the cloud or a primary data center.
With so many varied use cases, it’s critical to understand the various forms of edge computing & how they’re being used by businesses today.
Advantages of the provider
The supplier edge is a net of Internet-connected computing resources. You can use them to offer services from telecommunications companies, service providers, media firms, and content delivery network (CDN) providers. Content delivery, online gaming, and AI as a service are some examples of application cases.
Augmented reality (AR) and virtual reality (VR) project as two examples of technologies expected to grow significantly. Service providers are looking for solutions to provide this eXtended Reality (XR) application cases from the internet to end-user user edge devices.
Google and NVIDIA announced a collaboration in late 2021 to achieve outstanding XR streaming through Google Cloud NVIDIA RTX-powered servers to light mobile XR screens. Users may access different information from the system and higher technical education, full graphic, realistic XR experiences with the other groups or customers using NVIDIA CloudXR for broadcast first from provider edge.
Kinetic Vision helps businesses develop AI for these initiative environments by training and optimizing a classification method. They then implement this method in the real world using a virtual model, or photorealistic virtual counterpart, of a fulfillment or distribution facility. This enables faster product inspections and order fulfillments, even if they are less agile.
A touch of the industrial
Smaller compute instances can be one or two compact, rugged servers or even integrated devices installed outside of any data center environment at the industrial edge, also known as the far edge.
Robotics, automated checkout, smart city features like traffic, and intelligent devices are all examples of industrial edge use cases.
These use cases operate outside of the traditional data center framework, posing various unique space, heating, security, and management issues.
BMW sets the standard for the industrial edge by utilizing robotics to reimagine production logistics. These robots remove boxes containing raw parts from the line and transfer them to racks to await manufacture. It uses various robots for different process sections. They take them to manufacture and return them to the supply area after they finish.
Robotics applications necessitate computing capability in the autonomous machine and the manufacturing floor’s computing systems. NVIDIA developed the NVIDIA Isaac Autonomous Guided Platform to improve the efficiency and speed up the deployment of these solutions.
Increasing the speed of edge computing
Each one of these network edge scenarios has its own set of requirements, advantages, and deployment difficulties. Download the Factors for Deploying AI at the Edge paper to see if your use case could benefit from edge computing.
NVIDIA’s EGX platform offers tailored software for accelerated computing from the data center to the edge. NVIDIA AI Enterprise gives businesses access to cloud-native, end-to-end AI and data analysis tools optimized. It is maintained by NVIDIA for use on VMware vSphere with NVIDIA-Certified Systems. NVIDIA AI Enterprise is a collection of NVIDIA’s main enabling technologies for rapid deployment, administration, and scalability of AI workloads in today’s hybrid cloud.
FAQs
1. What is the NVIDIA Edge Product Family?
The NVIDIA Edge Product Family refers to a range of hardware and software solutions designed for edge computing applications. These solutions leverage NVIDIA’s technology to bring AI, machine learning, and advanced computing capabilities to edge devices and edge computing environments.
2. What are the key components of the NVIDIA Edge Product Family?
The NVIDIA Edge Product Family includes hardware platforms such as the NVIDIA Jetson series of system-on-modules (SOMs) and developer kits, software frameworks like NVIDIA Edge AI, and specialized software applications for edge computing use cases.
3. How does the NVIDIA Edge Product Family enable edge computing?
The NVIDIA Edge Product Family enables edge computing by providing compact and powerful hardware platforms with built-in AI and ML capabilities. These platforms allow edge devices to perform complex computing tasks locally, reducing latency, conserving bandwidth, and enhancing privacy and security.
4. What are the primary use cases for the NVIDIA Edge Product Family?
The NVIDIA Edge Product Family is used in various edge computing applications, including intelligent video analytics (IVA), autonomous robotics, industrial automation, smart cities, healthcare IoT, retail analytics, and more.
5. What are the benefits of using NVIDIA Edge Products?
The benefits include improved performance and efficiency for edge computing workloads, reduced latency and bandwidth usage, enhanced privacy and security through local processing of data, and the ability to deploy AI and ML applications directly at the edge.
6. What types of developers and industries can benefit from the NVIDIA Edge Product Family?
Developers and industries across various sectors can benefit from the NVIDIA Edge Product Family, including software developers, system integrators, OEMs, researchers, and enterprises in industries such as automotive, manufacturing, healthcare, retail, logistics, and smart cities.
7. How does NVIDIA support developers and users of the Edge Product Family?
NVIDIA provides comprehensive support for developers and users of the Edge Product Family, including documentation, tutorials, software development kits (SDKs), developer forums, and technical support. Additionally, NVIDIA collaborates with partners to offer specialized training programs and certification courses for edge computing.
