Accelleran Academy

A Private 5G network is a dedicated, isolated network tailored to your business’s specific needs, offering unmatched speed, reliability, security, and scalability. Unlike public 5G networks shared by the general population, a Private 5G network gives your business full control over connectivity, ensuring that critical operations run smoothly without interference or downtime.

Building a Private 5G network begins with assessing your business’s specific needs, including the scale of operations, the number of devices, and the required coverage area. Partnering with a provider like Accelleran simplifies this process by offering an Open-RAN aligned turnkey solution. This means that you get a fully integrated system, from the core network to the radio units (O-RU), all tailored to your requirements.

To build a Private 5G network, you need the following key components:

•Core Network: Manages the overall network, including security, data routing, and service management.

•Radio Units (O-RU): These devices transmit and receive radio signals to and from connected devices.

•Distributed Unit (DU) and Central Unit (CU): These components handle data processing and traffic management between the core network and radio units.

•Network Management Software: Provides tools for monitoring, configuring, and optimizing the network in real time.

•Edge Computing Infrastructure: Supports low-latency applications by processing data closer to where it is generated.

Security is a top priority in Private 5G networks. These networks offer advanced encryption and dedicated infrastructure, ensuring that sensitive data is protected against cyber threats. Additionally, implementing strong access controls, continuous monitoring, and compliance with industry-specific security standards is crucial. Partnering with an experienced provider can also help manage security aspects effectively.

1. Planning: Define your network’s goals, such as coverage area, device capacity, and specific applications.

2. Design: Collaborate with a provider to design a network that meets your operational needs. This includes selecting the right hardware, software, and radio units.

3. Installation: Set up the core network, radio units, and edge computing infrastructure. This often involves integrating the 5G network with existing IT systems.

4. Testing: Conduct thorough testing to ensure that the network operates as expected, covering aspects like latency, bandwidth, and security.

5. Optimization: Use network management tools to fine-tune performance and ensure that the network scales as needed.

6. Maintenance: Regularly update and maintain the network to address new security threats and accommodate evolving business needs.

Private 5G networks offer several advantages over traditional WiFi:

•Range and Coverage: Private 5G can cover larger areas with fewer access points, making it ideal for extensive industrial sites.

•Reliability: Unlike WiFi, which can suffer from interference, Private 5G offers a more stable connection, crucial for mission-critical applications.

•Capacity: Private 5G supports a higher density of devices, perfect for IoT-heavy environments.

•Latency: 5G’s low latency is better suited for real-time applications, such as autonomous systems and remote control operations.

•Security: Private 5G networks are more secure, offering advanced encryption and dedicated infrastructure, which is crucial for protecting sensitive data.

The cost of building a Private 5G network depends on several factors, including the scale of deployment, the specific components needed, and the level of customization required. While the initial investment may be higher than traditional networks, the long-term benefits—such as increased efficiency, reduced downtime, and enhanced security—often justify the expense. Working with a provider that offers turnkey solutions can help streamline costs by providing a fully integrated package.

An Open-RAN aligned Private 5G solution offers greater flexibility and interoperability by allowing different vendors to provide components for the network. This approach reduces dependency on a single supplier, often resulting in cost savings and the ability to incorporate best-in-class technologies. It also enables easier scalability and upgrades, ensuring that your network can adapt to future technological advancements.