Connectivity. Mobility. Wireless.
Wireless Network Deployment And Maintenance
Wireless communication technologies are at the core of modern connectivity, enabling seamless communication across mobile devices, networks and connected systems. As wireless standards evolve and network demands increase, ensuring performance, reliability and efficiency becomes increasingly complex.
About Wireless Network Deployment And Maintenance
We provide wireless network test solutions for antenna alignment, RF and 5G performance analysis, and interference detection. Our portable and multifunction test platforms help field teams verify installations, assess signal quality, identify faults, and optimise cellular and microwave networks.
Antenna Alignment And Monitoring
Wireless and RF solutions enable the design, testing and optimisation of modern communication systems across mobile networks, connected devices and high-frequency environments. These solutions provide the tools needed to analyse signal behaviour, validate performance and ensure reliable connectivity across 4G, 5G and emerging wireless technologies.
KEY BENEFITS
- Improve antenna alignment accuracy
- Optimise wireless network coverage and performance
- Reduce installation time and deployment costs
- Increase signal quality and link reliability
- Verify line-of-sight for microwave and backhaul links
- Simplify network maintenance and troubleshooting
- Improve service quality and customer experience
- Reduce operational costs through accurate network deployment
3Z RF Vision Antenna Alignment Tool
A compact antenna alignment solution that enables accurate alignment and automated line-of-sight surveys for wireless and microwave networks, improving performance, coverage and operational efficiency.
RF Analysis And 5G Network Test
5G network testing solutions enable the validation, optimisation and performance analysis of next-generation mobile networks. These tools help engineers assess coverage, throughput, latency and signal quality to ensure reliable, high-speed connectivity across complex and high-demand environments.
KEY BENEFITS
- Validate RF and 5G network performance
- Optimise network coverage and signal quality
- Accelerate 5G deployment and commissioning
- Identify interference and performance issues quickly
- Improve network reliability and service quality
- Simplify RF troubleshooting and fault isolation
- Support spectrum analysis and wireless network optimisation
- Reduce deployment time and operational costs
VIAVI OneAdvisor 800
RF Analysis And 5G Network Test
The VIAVI OneAdvisor 800 stands out with its sophisticated design, integrating a multi-functional architecture that covers a wide array of test applications and effectively scaling.
Keysight FieldFox N99xxD
RF Analysis And 5G Network Test
Enable deeper insights in measurement and analysis by expanding the capabilities of your FieldFox handheld analyzer with field-upgradeable software licenses.
Intereference Hunting
Portable and bench PIM (Passive Intermodulation) testing solutions are used to detect and analyse interference caused by passive components in RF systems. These tools help ensure signal integrity and optimal network performance by identifying sources of distortion in antennas, cables and connectors.
KEY BENEFITS
- Detect and locate RF interference quickly
- Improve wireless network performance and reliability
- Minimise service disruptions and network downtime
- Accelerate fault identification and resolution
- Optimise spectrum utilisation and signal quality
- Support proactive network monitoring and maintenance
- Enhance coverage and customer quality of experience
- Reduce operational costs through faster diagnostics
Keysight FieldFox N9918B
Intereference Hunting
Portable analyzers are equipped to handle your toughest working environments during routine maintenance, in-depth troubleshooting, and anything in between.
Keysight FieldFox N9953B
Intereference Hunting
Portable analyzers are equipped to handle your toughest working environments during routine maintenance, in-depth troubleshooting, and anything in between.
Keysight FieldFox N9912C
Intereference Hunting
A lightweight, durable, and software-defined cable and antenna analyzer, spectrum analyzer, network analyzer, and more
Keysight FieldFox N9915C
Intereference Hunting
Portable analyzers are equipped to handle your toughest working environments during routine maintenance, in-depth troubleshooting, and anything in between.
Frequently Asked Questions
What wireless network deployment solutions does Concilium offer?
Concilium provides antenna alignment tools, RF and 5G network test platforms, portable spectrum and network analyzers, and interference-hunting solutions for cellular and microwave network deployment, commissioning, optimisation, and maintenance.
Why is accurate antenna alignment important during wireless network deployment?
Accurate antenna alignment helps achieve the intended coverage, signal quality, and link performance. Alignment tools can also verify line of sight for microwave and backhaul links, reducing installation errors and repeat site visits.
Which measurements are used to assess RF and 5G network performance?
Depending on the selected test platform, engineers can evaluate RF signal quality, spectrum activity, coverage, throughput, latency, interference, and other network performance indicators during deployment and troubleshooting.
What are handheld RF analyzers used for in the field?
Handheld analyzers support spectrum analysis, cable and antenna testing, network analysis, and RF troubleshooting at installation and operational sites. Their portable design allows technicians to perform measurements directly at the point of deployment.
How is RF interference detected and located in a mobile network?
Portable spectrum analyzers are used to identify unexpected signals, analyse their frequency and behaviour, and trace the interference source. Faster interference location helps restore signal quality and reduce service disruption.
Can the same wireless test equipment support deployment and maintenance?
Yes. Multifunction and software-upgradeable platforms can support site commissioning, antenna and cable verification, RF analysis, interference hunting, fault isolation, and ongoing network optimisation.