AI & HPC Data Centers
Fault Tolerant Solutions
Integrated Memory
Low latency in the realm of edge computing and data transfer can make or break companies. Latency is defined as the length of time it takes for an end user to retrieve data from its source.
Typically, when we hear the word “latency” it relates to video streaming, music downloads, or mobile phone connections. And though issues with latency in these instances can be frustrating or inconvenient, low latency in the realm of edge computing and data transfer can make or break companies. Latency is defined as the length of time it takes for an end user to retrieve data from its source. Note that latency should not be confused with bandwidth.
Latency relates to the time it takes for data to reach the end-user as opposed to how much data can travel over a connection. Latency comes in multiple forms, each of which can cater to all businesses.
Successful latency management is dependent on a reliable infrastructure, which consists of 3 layers:
The functionality of these three layers is critical to application performance and end user experience.
In a typical cloud environment, data processing occurs in a centralized data storage location. As a result, latency within a cloud environment is less predictable and more challenging to measure. Its services are more prone to latency issues because shifting applications to the cloud does not remove the underlying issue of distance between the cloud services and users. Factors contributing to latency include the number of ground-to-satellite communication hops or the number of router hops between the source and the destination. Additionally, if virtual machines (VMs) are on separate networks, this could also introduce delays in service delivery.
Edge computing can alleviate latency issues within the cloud because low data latency is the foundation of edge computing. Edge computing takes place near the physical location that the data is processed and uses the Industrial Internet of Things (IIoT) devices, such as smart sensors, to collect and analyze data. Those devices can then make decisions in real-time. Real-time edge analytics can help find correlations, hidden patterns and other valuable information within organizations. Because the data becoming immediately available as soon as the business activity occurs, is it incredibly beneficial to mission-critical processes.
To see how the 3-Layer IIoT architecture supports real-time control and data collection for specific applications check out our earlier post, Understanding Edge Architecture Through the IIoT Lens
At Penguin, our team designs, builds, deploys, and manages high-performance, high-availability HPC & AI enterprise solutions, empowering customers to achieve their breakthrough innovations.
Reach out today and let's discuss your infrastructure solution project needs.