5G行動邊緣運算平台

To Think 5G, First Let There Be Edge

With the advent of 5G networking, speeds and content quantity will be incredible, and the response time will be instantaneous. However, 5G requires the technology to come closer to the user. A 5G Multi-Access Edge Computing (MEC) platform, based on GIGABYTE's server hardware, provides an effective way to support a new generation of 5G services such as eMBB for high bandwidth content streaming at amazing speeds, URLLC for mission critical jobs like autonomous driving, or mMTC for scaling a smart city IoT network.

Why 5G MEC Networking Platform

Economic Feasibility

Easily adoptable, reducing infrastructure capital and operating expenditures.
Network Maintainability

Easily install network utilities in containers or VMs for agile deployment or deletion to achieve network slicing.
Quick Deployment

Compatible with multiple virtualization technologies for easy deployment of services.
Just-in-Time

Application services can start dynamically when needed in fractions of a second and shut down when not in use.
Seamless Service

Deploy repeated service utilities in containers or VMs to provide seamless service, as well as work with various cloud platforms such as AWS, Google Cloud, etc.
Better User Experience

Provide real-time service feedback of AIoT through MEC deployed at the edge, which can provide a better user experience.

MEC Accelerates 5G Applications in Our Industries

Transportation

Empower an IoV and autonomous vehicles with ultra-low latency communications to ensure a comfortable and safe mobile experience.
Smart City

Accelerate the intelligent infrastructure of edge computing deployed to aggregate and analyze the massive data from AIoT devices. This, in turn, boosts the agility and efficiency of the system.
Entertainment

Deliver a live immersive experience using high-bandwidth 8k 360° video content and AR/VR gaming anywhere, utilizing edge computing capabilities.

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What is edge computing?

Edge computing is a type of computing network architecture, where computation is moved as close to the source of data as possible, in order to reduce latency and bandwidth use.

How does 5G iMEC network’s topology help reduce costs?

MEC is deployed to store, process and analyze massive data at the edge of a network to reduce network backhaul and cloud operation costs, such as swapping private lines for general internet access.

Why AIoT is driving the need for edge computing?

To make quick responses locally. Previously, complex decision making was handled at a central server. Through MEC computing and response in the near field, it reduces the data transfer time and provides a real-time AIoT experience.

Why is 5G important, compared to 4G?

It is a generational improvement. In general, 5G offers these benefits over 4G: 10x faster data rate, 50ms to 1ms latency, and 100x more capacity. This equates to a massive amount of fast moving data with virtually no lag.

Which GIGABYTE servers can be deployed as a MEC platform?

We offer a range of server solutions ideal to be used as a MEC platform. These range from compact edge server platforms such as the H242 series which can be deployed at base station towers, to larger and more powerful platforms such as the G291-series (G291-280 / G291-Z20) or the E251-U70 which feature GPU acceleration to be used for AR / VR or mobile gaming applications that can be deployed at aggregated edge data centers.

To Think 5G, First Let There Be Edge

Why 5G MEC Networking Platform

MEC Accelerates 5G Applications in Our Industries

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You May Be Curious

Together We Are Smarter