Pilot Wireless Network

Dingli's Pilot Wireless Network Solution is instrumental in ensuring seamless signal transmission between base stations and mobile devices. This cutting-edge solution is tailored to improve the performance, reliability, and efficiency of wireless networks, delivering enhanced network quality and user experience.

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Small Cell

Small Cell Test Networks stand at the core of the continuous transformation of wireless communication. They serve as pivotal elements in the expansion and fine-tuning of wireless infrastructure to cater to the ever-growing need for swift and dependable connectivity. Unlike public networks, some organizations, such as smart enterprises or hospital possess heightened demands for network quality.

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Drive Test/Outdoor Test

Drive tests, or outdoor tests, are vital for optimizing 4G and 5G networks. By evaluating network performance in real-world conditions, they provide key insights into coverage, signal quality, and performance, helping operators quickly address issues.

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Indoor Test

Indoor Network Test Solutions are essential for evaluating and optimizing cellular networks in indoor environments. Designed to tackle connectivity challenges, they ensure seamless performance in spaces like shopping malls, hospitals, offices, residences, schools, and underground parking lots.

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Autonomous Measurement

Autonomous Measurement leverages advanced tools, software, and processes to assess, monitor, and validate network performance. By replacing or complementing manual testing methods, it streamlines network evaluation, enabling engineers to optimize performance efficiently.

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Laboratory Automation

Laboratory test solutions are integral to the development, validation, and pre-deployment stages of 4G and 5G networks, ensuring their robustness and stability before market introduction. Within these controlled environments, network equipment, devices, and software undergo thorough testing to guarantee optimal performance, reliability, and compatibility.

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Post Processing

Dingli is at the forefront of providing cutting-edge Post Processing solutions tailored for network testing. These solutions are designed to enhance the entire spectrum of network analysis, ensuring optimal performance, reliability, and efficiency. We provide robust software analysis and processing platform for network benchmarking.

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5G Network Deployment: A Complete Guide from Planning to Validation

DingLi Aug 05, 2025 Product Insights

5G network deployment is transforming global connectivity by enabling ultra-fast speeds, low latency, and high device density. From telecom operators to industrial enterprises, the push to deploy reliable 5G networks has never been stronger. This guide walks through every stage of 5G deployment—from planning and testing to optimization—with insights into challenges, best practices, and smart solutions.

Deployment Models Overview (NSA vs SA, Public vs Private)

5G can be deployed in two main models: Non-Standalone (NSA) and Standalone (SA). NSA uses existing 4G infrastructure, making it ideal for early rollouts. SA, on the other hand, offers full 5G capabilities with independent 5G cores and is better suited for advanced use cases like network slicing and private networks.

    Private 5G networks, especially in smart factories, ports, and campuses, are gaining traction for their ability to offer dedicated bandwidth, enhanced security, and reduced latency. DingLi provides essential testing tools tailored for both public and private 5G environments.

    RAN Deployment Considerations

    Successful 5G deployment depends on several critical elements:

      • Infrastructure & Small Cells: Higher frequencies in 5G (like mmWave) require denser cell deployment. Small cell technology becomes crucial for urban coverage.
      • Network Slicing & Edge Computing: These enable differentiated services. Accurate QoS testing is vital, especially for industries like healthcare and manufacturing.
      • Backhaul & Power Supply: Reliable fiber or microwave backhaul is essential. Energy solutions such as PoE or solar backup must also be considered.
      • Business Drivers: Enterprises are investing in 5G to support IoT, AR, and real-time automation. Deployment must align with ROI and service continuity goals.

      Challenges and Testing Solutions

      Challenges such as spectrum constraints, interference management, and multi-UE synchronization are common. DingLi addresses these with advanced tools:

        • Pilot Matrix: An automated drive-test solution used in nationwide projects, including with China Telecom.
        • Pilot Performer: A lab-based tool that enables synchronized testing for up to 16 devices, ideal for private network and RedCap scenarios.

        These tools ensure reliable 5G performance across different deployment phases.

        Security and Compliance

        Security is a cornerstone of 5G network deployment. For private networks, this includes end-to-end encryption, device authentication, and compliance with telecom regulations. DingLi's solutions incorporate testing for security resilience, interoperability, and compliance validation.

        Deployment Roadmap

        A successful 5G rollout follows a phased approach:

          • Planning Phase: Spectrum analysis, coverage simulation, and site surveys.
          • Pilot Testing: Trial deployment using tools like Pilot Pioneer to validate network parameters.
          • Full-Scale Deployment: Comprehensive field testing, RedCap optimization, and ongoing performance monitoring.

          Case Studies

            • China Telecom: Automated nationwide drive-testing improved coverage and reduced testing costs by over 20%.
            • CertusNet: Lab validation with Pilot Performer ensured performance before field deployment.
            • RedCap Deployments: Pilot Pioneer proved effective in optimizing low-cost, power-efficient device support.

            Quick Reference Table

            PhaseKey ChallengesDingLi Solutions
            Lab TestingMulti-UE sync, function testingPilot Performer
            Field DeploymentCoverage, RedCap tuningPilot Matrix / Pioneer
            Private NetworksSecurity, performance, interopEnd-to-end testing suite

            FAQ

              How long does a typical 5G deployment take?
              Timelines vary, but most projects span 6–12 months.

              Is NSA sufficient for industrial use cases?
              SA is preferred for mission-critical services.

              Do all enterprises need private 5G?
              Not all, but industries requiring high security and low latency benefit most.

              What is RedCap and why is it important?
              RedCap supports low-cost, power-efficient IoT devices, essential for mass deployment.

              Conclusion

              5G network deployment is a complex but rewarding journey. By leveraging DingLi’s testing and validation tools, operators and enterprises can ensure reliable performance, secure communication, and future-proof infrastructure. Explore more tools or get in touch with our experts to start your 5G deployment right.

              Tags

              5G network deployment

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