In today’s digital era, where data access speed is crucial, edge computing has become a popular solution for many companies due to its ability to process data quickly, reduce latency, and enhance real-time application performance.
Despite its many benefits, edge computing also faces significant challenges in optimizing its performance, particularly related to data center management and the integration of distributed infrastructure. With data and applications spread across various edge locations, ensuring consistency and coordination with the main data center becomes highly complex.
So, what exactly is edge computing, how does it work, and how can you optimize its use? Here is a complete review.
What is Edge Computing?
Edge computing is an architectural approach that brings data processing closer to the data source itself, such as IoT (Internet of Things) devices or sensors, rather than relying on centralized data center.
The main goal of edge computing is to reduce latency (wait time) and the bandwidth required by processing data locally at the “edge” of the network, where the data is generated. This way, decisions can be made more quickly since data doesn’t need to be sent to a distant data center before being processed.
Examples of Edge Computing Implementation in Industry and Business
Manufacturing
In manufacturing plants, edge computing is used to remotely monitor and control machines in real time. For example, in factories located in remote or out-of-town areas, data generated by the machines can be processed locally first, with only the analysis results sent to a data center in a larger city. This approach increases operational efficiency and reduces downtime.
Banking
In the banking sector, edge computing helps banks accelerate their digital transformation. In certain cases, such as financial transactions requiring low latency or compliance with data regulations, edge computing becomes an ideal solution compared to cloud computing. For instance, companies engaged in algorithmic trading can leverage the low latency of edge computing to execute orders quickly, providing a competitive advantage in high-speed trading.
Retail
In retail stores, edge computing supports real-time sales analysis and inventory management, while also enabling a more personalized shopping experience through tailored product recommendations. For example, in a retail chain with multiple small outlets, data from each outlet can be processed at a regional Micro Data Center (MDC) before being sent to the main data center.
While edge computing offers many benefits, its implementation often faces several challenges in the field. One of the main challenges is the less-than-ideal physical environment, such as limited power and cooling in remote locations. Additionally, space constraints can be an issue, along with the limited availability of specialized personnel who usually have to handle various IT issues on-site.
To address these challenges, Micro Data Center solutions are needed that offer the quality of large data centers but in a smaller, easily adoptable, and easy-to-maintain format. These Micro Data Centers are designed to deliver reliable performance in more constrained and less-than-ideal environments, while also offering ease of installation and maintenance.
Also Read: Tips for Building Modern Applications with the Right Infrastructure
The Role of Micro Data Center in Edge Computing
Micro Data Center are small data center designed to be located close to where data is generated, supporting the principles of edge computing. Their functions include:
Local Data Processing
Providing the processing and storage capacity needed to process data locally at the edge of the network. This reduces the need to transfer data to a distant data center and allows for faster and more efficient data processing.
Improved Latency and Availability
Micro Data Center reduce latency and ensure faster access to data and applications. They also enhance system availability and reliability, especially in locations requiring real-time responses.
Security and Compliance
Micro Data Center enable local management and storage of sensitive data, enhancing security and compliance with data regulations, especially in tightly regulated industries.
Flexibility and Scalability
Micro Data Center are designed to be modular and easy to install at various locations, providing flexibility to adjust processing and storage capacity as needed.
If you’re interested in using Micro Data Center solutions for efficient edge computing data center needs, we recommend the proven solution in the industry: Easy Micro Data Center from Schneider Electric.
Why Easy Micro Data Center from Schneider Electric is the Ideal Solution for Edge Computing?
Easy Micro Data Center from Schneider Electric offers an ideal solution for edge computing needs by combining efficiency, scalability, and ease of management in one compact package.
With its ability to process data on-site with low latency, provide high security, and support applications requiring rapid responses, this solution is an excellent choice for various environments needing fast and efficient data processing. Additionally, this solution offers several key features and benefits for businesses such as:
Key Features
- Pre-engineered and Factory Assembled
EcoStruxture Micro Data Center modules are pre-configured and assembled in the factory according to strict specifications. This ensures high reliability and predictable performance, as the Data Center Infrastructure Management (DCIM) software used effectively monitors and manages operations.
- Quick and Easy Installation
The modular design facilitates installation in various locations, such as offices, factories, or retail. Ready-to-install modules significantly reduce installation time and costs, enabling quick implementation.
- Local and Remote Management
The system allows data center status monitoring both from physical locations and through web-based access. This provides ease in managing and monitoring operations from anywhere.
- High Reliability
EcoStruxture is equipped with fully contained cold and hot aisles to reduce dust and noise, and an integrated power distribution system that ensures stable and efficient operation.
Main Benefits
- Ease of Use
With a pre-configured and pre-assembled design, EcoStruxture Micro Data Center simplifies implementation and operation without the need for additional configuration.
- Cost Efficiency
This solution is designed for cost-conscious customers without sacrificing reliability. Combining power, cooling, and monitoring into a single unit reduces Total Cost of Ownership (TCO).
- Flexibility and Scalability
It can be adapted to various business needs and easily integrated with existing network systems.
EcoStruxture Micro Data Center from Schneider Electric is the ideal choice to enhance edge computing performance, providing reliability, and simplifying IT management at distributed locations.
Get the EcoStruxture Micro Data Center Solution from Schneider Electric at Virtus
Virtus Technology Indonesia (VTI), as an authorized partner of Schneider Electric, provides Micro Data Center infrastructure for your company’s edge computing needs. The Easy Micro Data Center solution can help you position computing resources closer to the data source, creating a responsive and efficient ecosystem for applications and services that require fast response times.
Supported by a team of skilled and certified IT professionals, Virtus assists your company in rapidly and efficiently scaling edge computing. Consult with Virtus today to discuss your needs! For more information, contact our team by clicking here.
Author: Ary Adianto
Content Writer CTI Group
