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11 January, 2022Ericsson, Universiti Teknologi Malaysia (UTM) and Digital Nasional Berhad (DNB) recently announced their collaboration for an education initiative on 5G in Malaysia that will help educate Malaysian students on 5G and emerging technologies. This collaboration will enable UTM students to participate and contribute to the country’s digital economy and Industry 4.0 transformation.
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08 September, 2021With 5G now emerging as a commercial reality in some markets, much of the early activity is happening in private networks. These provide an early opportunity for service providers of various types to monetise 5G Value Plane. However, as public networks add further coverage, 5G will enable an even larger number of use cases. The technology enables opportunities from selling network slices for specific functions to enabling assured experiences.
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20 November, 2019Nokia, working in partnership with Docomo Pacific, is powering connectivity in Guam with the first commercial 5G service in the Marianas. This marks Nokia’s 49th 5G commercial contract. (more…)
02 July, 2019As mobile operators in the U.S. begin to deploy 5G technology, there is a rapidly growing need for skilled, fully trained cell tower crews. While Nokia is working with operators to put the network infrastructure in place, its subsidiary, SAC Wireless, is laying the groundwork by recruiting and training military veterans for tower climber jobs. (more…)
24 January, 2019The GSMA today launched the ‘Digital Declaration’ at the World Economic Forum in Davos. The declaration is said to “capture key principles that serve as a guide to acting ethically in the digital era”, helping companies deliver what matters most to digital citizens, industry and governments. (more…)
11 February, 2016We live in a connected world. Whether we’re in line at the grocery store checkout, running laps at the gym, waiting for our train, or closing a business deal – the need to be connected is constant. (more…)
28 January, 2016Quortus announced significant upgrades to its EdgeCentrix (ECX) technology, aligning its cellular core network solutions with Mobile Edge Computing (MEC) principles. The ETSI-endorsed MEC initiative enables innovative wireless services by moving intelligence to the network edge – a trend that Quortus has pioneered for several years.
The developments announced today also move the Quortus Evolved Packet Core (EPC) to the split user/control plane and network slicing architectures that will be a key feature of 5G networks.
MEC architectures combine wireless technology with an IT-type service environment to deliver efficient communications services with ultra-low latency and high bandwidth. MEC software applications can tap into local content and information about network conditions so that traffic can be handled in an optimal way. Examples include local traffic offload and caching, and video optimization.
Quortus’ ECX technology takes this principle a step further, by implementing core network functions themselves in software at the network edge. The combination of these two approaches will allow service providers to truly deliver on the promise of MEC. Services are provided where they are consumed – at the network edge.
“To date, the thinking around MEC has focused on the user plane – looking at the traffic in the network and making decisions on ‘over the top’ optimizations such as video encoding or caching,” said Andy Odgers, Quortus CEO. “By also implementing network functions at the edge we open up even more powerful possibilities. We can use the capabilities of the network itself to create new services and optimize the user experience. At the same time we retain the robustness, security and control that’s expected by both mobile network operators, and their customers.”
New versions of Quortus’ ECX Enterprise and ECX Core, announced today, mark the first time a core network solution has been MEC-aligned, allowing for 5G evolution and enabling compatibility with a host of IoT and other applications. These innovations will be particularly powerful within the enterprise environment, where they will enable genuine integration between local IT resources and operator-provided cellular networks.
The new Quortus technology will allow MNOs and systems integrators to build a variety of new service offerings. Potential applications include offering SMEs presence-based solutions, or 4G-based digital media services that work “out of the box” without the need for a local IT department. For larger organizations, MEC strategies will allow local data and voice offload with PBX and LAN integration. This is particularly useful in campus type or remote locations, where sending data back to the core network might introduce unacceptable latency or security risks. MEC has also aroused interest for IoT applications as diverse as building control and medical monitoring, which require devices such as sensors and actuators to be connected to local computing resources, again without the need to touch the core network.
Quortus is a pioneer of MEC technology and network virtualization and has been at the forefront of moving core functions and intelligence to the network edge since 2009. Its award-winning EdgeCentrix technology enables a number of advanced products that push intelligence to the edge of the network.
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