Category Archives Wireless

Technology has developed rapidly over the past few decades, and standing atop of that development is the creation of the 5G network. This technology has surpassed its predecessor in every way imaginable, and the impact it has on industries all over the world is highly beneficial. One of the industries benefiting from this technology is […]

The ever-growing demand for higher and larger bandwidth, computing power, storage and speed capabilities in the modern age, not to mention constructing a seamless and secure cloud service, can only be fulfilled by a complete hyperscale ecosystem integrated with the 5G. This ground-breaking technology has been pushing the digital ecosystem by introducing more intelligence to […]

5G networks are set to transform and revolutionise how their assembly lines work in the future. This state-of-the-art technology is the most potent iteration to ever exist on the planet. The benefits it produces are insurmountably crucial and valuable for the development of manufacturing moving forward. Nevertheless, for this technology to be truly embedded into […]

The recent pandemic has opened people’s eyes to the importance of the internet. Some may go further and propose that the internet is no longer a privilege but a rather basic human necessity. With this increased demand for fast connectivity and less network disruption, a worldwide 5G network rollout is greatly anticipated by both users […]

With the rollout of 5G, synchronization in carrier networks is becoming even more critical. Mobile cellular networks need to be synchronized to avoid base stations with shared coverage interfering and disrupting each other, leading to declining network quality for customers. Throughout the Third Generation (3G) cellular communications, the NodeBs relied on satellite communications for synchronization, […]

As high-bandwidth requirements continue to rise over the last few years, multiple system operators (MSOs) transform their hybrid fiber/coax (HFC) networks. Available architectures, such as DOCSIS 3.1 and Remote PHY, rely on fiber-based bandwidth deep into the cable television (CATV) network, which is why countless operators aim to create Node+0 architectures via “fiber deep” initiatives.  […]

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