Enhanced Reliability
M1’s 5G MEC enhances reliability by minimising potential points of failure. While centralised cloud computing is vulnerable to disruptions, edge computing distributes processing across multiple nodes locally, to ensure continuous uptime and stable connectivity.
Alleviation of Bandwidth Constraints
By offloading data processing to the edge, M1’s 5G MEC reduces the need for transmitting high volumes of data to central networks, preventing congestion and maintaining uninterrupted service for data-intensive operations.
Reduced Latency
Processing data closer to the source ensures faster response times and significantly lowers latency. Time-sensitive industries benefit from low-latency environments where millisecond delays can have substantial impacts.
Compliance Requirements
M1’s 5G MEC solution, Pinnacle, ensures that sensitive data is processed and stored locally. This capability helps enterprises adhere to stringent regional data residency and compliance regulations.
Cost Efficiency Through Mobile Edge Computing
With less need for extensive data transmission and central processing, businesses can benefit from reduced overheads associated with high data transfer costs and cloud services.
Scalability
M1’s 5G MEC solution is highly scalable, allowing businesses to adjust their computing resources based on demand without significant infrastructure changes. Enterprises can take advantage of this to grow and adapt quickly, while maintaining high performance levels and staying competitive.
Low Latency: AR/VR Solution
For AR/VR applications, reduced latency from Mobile Edge Computing results in quicker response times and decreased user discomfort. By bringing the computing power closer to the data source, M1's 5G MEC delivers a seamless and immersive experience for real-time, interactive applications that require high responsiveness.
Privacy and Security
M1 5G's private network, when paired with local processing of sensitive data, translates to enhanced privacy and security for enterprises. With reduced risk of data exposure during transmission, Mobile Edge Computing significantly mitigates security and privacy concerns for applications like video surveillance.
Edge Analytics
Real-time data analysis, powered by 5G Mobile Edge Computing, provides critical insights and predictions, supporting proactive decision-making. Such capabilities are essential for applications like video analytics, connected cars, and various IoT and AI/ML applications.
How M1’s 5G Mobile Edge Computing (MEC) Solution Works
At the core of M1’s 5G MEC solution are 5G-enabled devices that connect to M1's dedicated private access network. This robust network provides the backbone for high-performance computing. For mission-critical applications that require ultra-low latency, M1’s Mobile Edge Computing infrastructure reduces response times and allows operations to run smoothly.
When it comes to applications that can tolerate more latency, M1 utilises centralised cloud infrastructure more suited for general-purpose applications. The centralised cloud provides scalability and flexibility, allowing businesses to manage and process large volumes of data effectively.
By combining the strengths of 5G devices, a private access network, edge computing for low-latency needs, and a centralised cloud for latency-tolerant tasks, M1’s 5G MEC solution delivers a comprehensive and versatile approach to modern connectivity challenges.
Industrial 5G Connectivity
M1 offers tailored 5G connectivity solutions for industrial environments, enabling robust and reliable communication in challenging conditions.
5G Maritime Connectivity
For seamless communication and data transfer at sea, M1 provides 5G connectivity solutions which support various maritime operations.
Enterprise 5G Business Solutions & Services
Designed to meet the diverse needs of enterprises, M1 delivers comprehensive 5G business solutions to drive business growth and transformation.
Private 5G Networks
M1’s private 5G networks provide dedicated and secure connectivity tailored to the specific requirements of individual businesses. These networks ensure high performance, low latency, and enhanced security.
