Spectrum Management Solutions
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Spectrum Management Solutions
#imetrixexpert
For over three decades, ATDI has produced advanced software solutions to manage radio engineering and spectrum management. As a testament to our success, our solutions span the globe with customers on every continent. Our software solutions continuously develop to support emerging technologies and industry trends. Our solutions help customers plan and manage their radio spectrum.
Electromagnetic Spectrum (EMS) is widely used for military operations. Competing demands for radio spectrum means it must be strictly coordinated and controlled.
Radio spectrum is the lifeblood of the radiocommunications industry. It’s the allotted frequencies or spectrum which supports all wireless communications.
Spectrum engineering has a defined lifecycle. The processes enable radio engineers to understand whether spectrum can be used in given bandwidth without causing undue interference to others.
Spectrum monitoring serves as the eyes and ears of the spectrum management process and improves frequency use. Radio spectrum licenses are allocated by band or technology.
Telecom networks are integral to many industries. Over recent years, significant improvements have been seen in combining wired and wireless systems to improve network resilience and efficiency.
Radio network operators are passionate about efficiency – getting the maximum return for the minimum outlay. Planning a network with the least amount of base stations to meet service requirements is one way to achieve that.
Demand for low-cost high-resolution map data is on the up. Users want access to royalty-free datasets to support existing networks and technologies and the exponential growth in markets such as 5G
In an industry where new and emerging technologies drive service uptake, energy and focus are needed to ensure the engineering team is competent and well trained. Training can enable employees to upskill and improve their overall performance.
Analysing the impact of Broadcast allocations on Instrument Landing Systems
This case study looks at the impact of interference between different spectrum allocations is essential for life-critical systems at airports. Specifically, the impact of interference between different broadcast allocations and instrument landing system localiser.
Webinar: 5G – features & functions in HTZ
HTZ supports emerging technologies like 5G. This webinar gives an overview of the features and functions available. For more information visit our product page.
Analysing the Impact of Footbridge on GSM-R coverage
Understanding the impact of footbridges or other structures on a railway communications network is essential for operational safety. This use case looks at how to model the impact of these structures in HTZ.
Private-LTE transforms automation in mines
Automation is playing a key function in transforming the mining industry with the potential to increase productivity and improve safety and working conditions. Transport in mines is well suited to autonomous vehicles which operate around the clock. Private cellular networks (LTE) connect vehicles and coordinate paths and exchange safety-critical information.
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