Hint: Yes, AI takes on a whole new meaning in the world of wireless connectivity
The future of wireless connectivity is bright, promising to deliver bespoke experiences that evolve with the user. 6G is expected to revolutionize the way we connect with the world around...
The great challenge for private 5G vendors and integrators in industrial sectors is to design solutions that are entirely unique and appropriate for the purpose of all kinds of different enterprises and applications, and at the same time to offer systems that can be...
Reducing total cost of ownership (TCO) as a key design requirement for 6G.
The jump to a new generation of wireless technology typically comes with the fanfare of the game-changing innovations it will enable, but with 6G, one of the biggest disruptions could be how much...
Artificial Intelligence (AI) is poised to revolutionize cellular networks, from right-sizing the network build to enhancing radio link performance and streamlining operations. One of the most significant impacts will be in optimizing network operations. By leveraging AI-powered solutions, operators can reduce costs, improve reliability,...
The big goal of 5G is to deliver advanced services that leverage high throughput, low latency, high reliability and other features to create new revenue streams that make operators money and save enterprises money. While getting to this end state requires numerous technological and...
Crossing the divide between public and private cellular network technologies occurs when there is a need to extend the feature-rich public services offered by mobile network operators deep into the enterprise network. Distributed Antenna Systems (DAS) are one such well-established solution that is used...
As AI use cases crystallize and general technology is adapted for domain specificity, in this case, telecoms, the song remains the same—aligning investment with opex reduction and monetizable service delivery. AI has a clear role to play but in the context of networks that...
Artificial intelligence and machine learning has been moving into many aspects of network testing, from the field to service assurance, to fuel automation and increased efficiency. So where exactly is AI/ML being applied in network testing and assurance today, how is it proving its...
Coming in at a lower price point commensurate to its reduced capabilities, it's looking like 5G NR Light can fit a number of relevant, immediate use cases ranging from fixed wireless access (yes, really), to what it was seemingly initially designed to do—bring the...
NExT, powered by Telit Cinterion, provides customers with global IoT connectivity plans and intelligent SIM technologies. This solution empowers them to overcome challenges throughout the IoT life cycle.
There are three phases to an IoT life cycle: planning, rollout and operation. Each phase comes with...
Since the initial rollout in 2020, Canada's 5G network has expanded significantly. Now, all major cities and many rural areas have access to 5G services. Devices that can use the network have become widely available, and the adoption rate has surged. The Canadian government...
As we reach the midpoint of the 10-year cycle following the commercial launch of 5G in 2018/19, attention is increasingly shifting towards 6G.What lessons from 5G can be applied or avoided for 6G? Will this next generation of cellular help the industry finally deliver...
The great challenge for private 5G vendors and integrators in industrial sectors is to design solutions that are entirely unique and appropriate for the purpose of all kinds of different enterprises and applications, and at the same time to offer systems that can be...
Diverse wireless technologies require car manufacturers to adopt comprehensive test support
The automotive industry is experiencing an unprecedented integration of wireless connectivity, which is transforming the driving experience by improving vehicle accessibility, safety, security, convenience and reliability.
In-vehicle wireless technologies are broadly categorized into three groups:...
Securing a facility that is essential to the public good has never been more important. Energy production and distribution sites, agricultural plants, manufacturing and logistics centers, and public safety facilities are all vital to our collective interests. Unfortunately, these sites are also regularly targeted by...
This is the second blog in a two-part series introducing private mobile networks and the benefits they can bring to businesses in Australia. Read part one here.
From bustling ports to massive manufacturing plants and entertainment venues, organisations across Australia can benefit from using private...
Open RAN has long been described as a journey, with the first steps focused purely on disaggregating hardware and software, then reaggregating it into a function radio system.
Now the focus is shifting to more robust implementations that go beyond disaggregation and get into open,...
Enterprise digital transformation is in full swing. For the telecoms industry, the big question is how can existing trends around cloud repatriation, edge computing, the internet of things and AI-led augmentation of human talent be bolstered with the addition of powerful, bespoke 5G connectivity.Join RCR...
As industries grapple with the complexities of Industry 4.0, many are still in the experimental phase. Yet, the dawn of the 5th Industrial Revolution is already upon us, with AI poised to work hand-in-hand with humans. But are businesses aware that the next wave of innovation is already gathering...
The big goal of 5G is to deliver advanced services that leverage high throughput, low latency, high reliability and other features to create new revenue streams that make operators money and save enterprises money. While getting to this end state requires numerous technological and...
The internet has transformed how we live, work, and learn, offering endless opportunities for growth and development. However, a stark digital divide persists between urban and rural regions, with many sparsely populated communities struggling to access the same level of connectivity as their urban...
A major catalyst for 6G is the conversion of physical, digital, and virtual realms, which enables new user experiences and applications. Wireless sensing plays a crucial role in this transformation, as it allows for the detection and recognition of the physical world before it...
As the telecommunications industry rapidly evolves towards 5G, Open Radio Access Network (O-RAN) architecture is emerging as a transformative approach to enhance network flexibility, reduce costs, and foster a multivendor ecosystem. A critical component in this architecture is the Distributed Unit (O-DU), responsible for...
FWA has emerged as a strategic tool to increase competition in residential broadband markets
While it’s true that U.S. telco providers built 5G for mobility, Fixed Wireless Access (FWA) has become a standout use case for mid-band and millimeter wave (mmWave) 5G spectrum. In fact,...
