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Types of 5G Networks

Types of 5G Networks

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1. What is private 5G?

Dedicated wireless network that utilizes 5G technology. Unlike public 5G networks run by cellular providers, private 5G is deployed and controlled by a specific organization for its exclusive use.

2. How is private 5G different from public 5G?

Public 5G offers broad coverage and caters to a wide range of users with diverse needs. however, provides several key differences:

Ownership and Control: The organization, own and manage the private 5G network, giving complete control over its operation and performance.
Access: Only authorized devices and users within your organization can connect to the network, enhancing security.
Customization: This could involve prioritizing low latency for real-time applications, optimizing bandwidth allocation, or implementing stricter security measures.

3. Types of Private 5G Networks:

There are two main types of private 5G networks:

Standalone Private Network: Lease the spectrum licenses and build the entire network infrastructure, offering maximum control and customization.
Non-Standalone Private Network (using Network Slicing): A public 5G network infrastructure but have a dedicated “slice” of the network resources, allowing for some customization within the shared infrastructure.

4. When to Use Private 5G:

Ideal for organizations that require:

Enhanced Security: More secure environment compared to public networks.
Mission-Critical Applications: Low latency and guaranteed bandwidth are crucial for real-time applications like industrial automation, remote surgery, or autonomous vehicles within a controlled environment.
High Levels of Control: Organizations requiring full control over network operation and performance can benefit from private 5G.
Specialized Needs: Private 5G can be customized to address specific needs, such as high-precision asset tracking or connected agriculture solutions.

5. Advantages of Private 5G:

Security: Reduced risk of unauthorized access and potential security breaches.
Customization: Tailored to meet specific needs, optimizing performance for critical applications.
Control: Full control over network infrastructure and operation.
Lower Latency: Can achieve significantly lower latency compared to public 5G networks.
Reliability: Dedicated network resources minimize congestion and ensure consistent performance.

6. Disadvantages of Private 5G:

Cost: Higher upfront cost for deployment and ongoing network maintenance compared to using public 5G.
Complexity: Requires technical expertise for network design, deployment, and management.
Scalability: Scaling the network beyond a specific location might require additional infrastructure investment.
Regulation: Depending on spectrum usage, additional permits or approvals might be necessary.

7. Limitations of Private 5G:

Coverage Area: limited geographic area compared to public 5G networks.
Ecosystem Maturity: The private 5G ecosystem is still evolving, with fewer device options compared to public 5G.

Disclaimer – This post has only been shared for an educational and knowledge-sharing purpose related to Technologies. Information was obtained from the source above source. All rights and credits are reserved for the respective owner(s).

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Source: LinkedIn

Credits: Mr. Ashutosh Kumar

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