Project: AARNet Fibre Optic Upgrade
Client: TDK Civil
Location: Murchison, WA
Overview:
Our team at THM Electrical & Communications was engaged to complete the splicing and testing of over 300km of upgraded AARNet fibre optic cabling in the remote region of Murchison, WA. This project was vital in improving long-distance connectivity for critical networks, showcasing our expertise in large-scale fibre installations.
Scope of Work:
Splicing and connecting high-capacity fibre optic cables over a stretch of 300km+.
Comprehensive testing to ensure seamless network performance and reliability.
Adhering to strict technical standards in a remote and challenging environment.
Challenges:
The project presented logistical hurdles due to the remote location and long distances covered. Our team carefully planned each stage to overcome environmental challenges and meet client deadlines.
Outcome:
The project was successfully completed to the highest standard, ensuring the upgraded fibre optic network delivered exceptional performance. This significant infrastructure upgrade supports improved connectivity for research and communication systems across the region.
Project: Optus Satellite Facility
Overview:
This project involved the installation and splicing of a high-capacity 312-core fibre optic cable to support the setup of a new satellite antenna at Optus’s Lockridge facility. The project was designed to enhance the communication network, ensuring a seamless and robust connection to meet future demands.
Scope of Work:
Our team undertook the following tasks:
Installation of a 312-core fibre optic cable to connect critical systems.
Precision splicing to ensure optimal performance and network reliability.
Testing and validation to meet the client’s technical specifications.
Challenges:
Working with a 312-core cable required meticulous attention to detail and advanced expertise to ensure every connection was flawless. Additionally, the site’s technical requirements demanded a high level of coordination and adherence to strict timelines.
Outcome:
The project was completed on schedule, delivering a reliable and efficient fibre optic connection for the satellite antenna. This enhanced Optus’s communication infrastructure and supported their ongoing commitment to innovation and connectivity.
Project: Tonkin Gap Fibre Optic Splicing
Overview:
We were engaged to support the Tonkin Highway Upgrade by delivering fibre optic splicing and testing for Main Roads’ Intelligent Transport Systems (ITS) network. This critical project aimed to improve traffic flow and safety along one of Western Australia’s busiest corridors.
Scope of Work:
Our team carried out:
Precise fibre optic splicing to connect and strengthen the ITS network.
Detailed testing to ensure reliable and efficient communication systems for road operations.
Key Challenges:
Working on a live highway presented unique challenges, including coordinating with other contractors and managing work under strict timelines. Careful planning was essential to ensure minimal disruption to traffic and site safety.
Outcome:
The project was successfully completed to the highest standard, meeting all client requirements. Our work improved the reliability of the ITS network, which will support safer and smoother travel for the community.