Integration & Commissioning of Wireless Sites
Our commitment to high testing standards and advanced technology deployment sets a strong foundation for future integration and commissioning projects.
Project Overview & Challenge
As the technology landscape continues to evolve with high-speed innovations like 5G NR, the need for meticulous optic fiber loss, SFP TX and RX level verification, and proficient mobile call testing have gained prominence.
This project sought to fortify the robustness of fiber-based technologies through comprehensive testing and commissioning processes. It looked to enhance the proficiency of installation and engineering personnel, emphasizing the significance of these tests for the deployment of advanced technologies such as 5G.
Delving into the vital aspects of Integration & Commissioning, this project focused on critical components such as testing optic fiber pairs within a multi-fiber Hybrid Feeder cable for the Telstra Mobiles network, undertaking optic testing of DWDM Fronthaul and CPRI fiber links between the Baseband Main Unit and Radio site Remote Radio Units.
The primary focus of this project was to perform mandatory tests on newly installed hybrid feeder and RRU/AIR systems, along with system augmentation and upgrades at Macro, IBC, and Small Cell sites. Additionally, it sought to accomplish the proficient deployment of 5G Small Cell equipment and conduct effective mobile call testing using the specialized mobile drive testing tools tool.
Engineering Scope & Methodology
The project involved testing optic fiber pairs in various systems, including 4G and 5G, with a focus on call testing. The approach consisted of varied testing methodologies, dependent on the site's classification as D-RAN (Distributed RAN) or C-RAN (Centralized RAN), considering C-RAN necessitates an extra fiber-based 10Gbs (or 25Gbs) DWDM connection to a Baseband Hotel.
Implementing rigorous testing and verification protocols, the project focussed on multiple facets, including hybrid feeder and RRU/AIR systems and system augmentation and upgrades. It placed a high emphasis on the successful deployment of 5G Small Cell equipment and ensures the seamless operation of mobile call testing through the specialized mobile drive testing tools tool.
Outcomes & Results
The project's successful implementation enabled the optimal operation of optic fiber pairs, facilitating the deployment of advanced technologies like 5G. The inclusion of mobile call testing using specialized mobile drive testing tools enhanced network service quality, improved customer satisfaction, and bolstered the company's standing in the telecommunications sector.
The project underscores the importance of thorough optic fiber testing (OTDR), effective mobile call testing using specialized mobile drive testing tools, and successful 5G deployment.
The dedication to maintaining high testing standards and the capability to manage advanced technology deployment reflects the company's commitment to offering exceptional service, setting a precedent for future integration and commissioning projects.