

NETWORK CONSTRUCTION
Fibre Network Construction
Our fibre construction services provide the foundation for high-performance telecommunications networks. With a focus on delivering reliable and efficient infrastructure, we offer:
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Optical Fibre Splicing and Testing: Precision OTDR testing, insertion loss measurement, and fibre characterisation to ensure optimal performance for DWDM and CWDM networks.
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Exchange and Network Builds: Professional installation of racks, structured cabling, fibre splicing, and equipment commissioning to maximise network efficiency.
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Wideband Customer Equipment Installations: Seamless deployment of customer premise equipment for enterprise and residential connectivity.
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Civil and Haul Services: Expert management of fibre haul projects, including duct installations and premises connections, to expand network reach and capacity.
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Active Equipment Installation and Commissioning: Comprehensive deployment and integration of active network components, including:
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Core Network Systems: Installation of high-capacity transport and switching equipment from vendors such as Ciena, Cisco, and Juniper.
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Access Network Systems: Deployment of GPON, edge routers, WiFi, and wireless radios for robust last-mile connectivity.

Mobile Network Construction

Orion ICT offers comprehensive construction capabilities for mobile telecommunications infrastructure. Our services are designed to meet the demanding requirements of carriers and contractors:
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Civil Works: Site preparation, foundation construction, and access road development to support mobile tower installations.
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Tower Construction: Erection of mobile towers, including monopoles and lattice structures, built to engineering and safety standards.
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Rigging Services: Precision installation of antennas, radios, and other tower equipment by certified riggers.
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Base Station Integration: Commissioning of base station equipment, including power systems and network testing, to ensure seamless mobile connectivity.
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Small Cell Deployments: Strategic installation and integration of small cells to enhance network capacity in high-density areas.