How and when will O-RAN be mature?
The question for many operators is when will O-RAN become fully mature – and how do we get there?
The question for many operators is when will O-RAN become fully mature – and how do we get there?
The bill aims to ensure that public telecommunications providers operate secure and resilient networks and services, and manage their supply chains appropriately.
According to telecoms market research firm Omdia, Open RAN currently makes up less than 1% of the market – although the analysts expect it to account for around 9% by 2024.
One of the advances we’re seeing in BSS to enable this ‘agile operator’ to exist is the use of no-code BSS.
The global private 4G/5G infrastructure market will hit close to $6 billion by 2024, IDC predicts. Is that actually good news or bad news for mobile operators?
DDoS gangs appear to have taken a real interest in telecoms over the last few years, reaching its high watermark over the last year.
Telecoms operators became the natural bridge between unstructured screen time and the “positive screen time” ideal that parents want for their children.
With a global network infrastructure that can now support huge volumes of data transfer, and the widespread rise of cloud computing, video games face an inflection point.
As mobile devices integrate further into daily routine, the onus of protecting user devices throughout the customer’s lifetime journey becomes increasingly imperative.
As the world anxiously waits out a global pandemic, cyber thieves have been taking full advantage of our lives getting increasingly and rapidly digitalized to commit mobile fraud of epic proportions.
Ongoing success for service providers will come down to fully embracing a new architecture model.
CRTC, in mid-April 2021, announced a new regulation allowing certain regional MNOs of Canada to negotiate and sign interconnect agreements with the country’s National MNOs.
With a typical cable having an engineering design life of at least 25 years, it’s not surprising that a given cable will have the opportunity to use several generations of transponder technology over its lifetime.
5G Advanced can be understood as the evolution of 5G, or as an extension and enhancement of the three standard ITU usage scenarios recommended for IMT 2020 and beyond.
As regulators worldwide prepare for 5G, some operators with enterprise Fixed Wireless Access (FWA) services are facing the total loss of their networks, especially in parts of Asia and Africa.
The future of enterprise networking is all about cloud, and connectivity is required that fits the bill, mirroring cloud’s ease of deployment and able to adapt to business needs at cloud speed.
For many consumers, the tangible benefits of 5G are still quite unclear. While there has been much hype, not all phones on the market are 5G-enabled.
CSPs’ IoT leaders lack the knowledge, resources, and avenues to engage with the IoT opportunity. Ultimately, it’s a challenge of three parts, an IoT trilemma.
With IoT destined to become the way of the future in our homes and businesses, it’s important that providers build a strong infrastructure on the back end, because most devices in our world are not connected.
Larger enterprises have been eyeing up attractive private 5G networks, and DIY deployments that would once again demote the telco to ‘Dumb Pipe’ provider.
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