It has been almost two years since the first commercial deployment of 5G and we have seen operators around the world embark on the deployment of the next-gen mobile wireless network. In these early days of 5G, use cases such as smart factories are touted as proving grounds for 5G’s disruptive potential, but we will need URLLC. neXt Curve is joined by renowned telco industry analyst, Dean Bubley of Disruptive Analysis to discuss the state of URLLC. What is real and what is hype today?
The Digital Twin is considered by some the next big thing since network slicing. Rob Tiffany, renowned IoT pioneer established the non-profit Moab Foundation to bring the bigness of digital twins to do good in the world. The charter of the foundation aims to bring the benefits and enablement of IoT to bear in furthering the UN’s 17 SDG (Sustainable Development Goals).
The space industry is undergoing a great shift with some winners, some losers and significant change in the landscape. While billionaire-funded entrants like SpaceX, Blue Origin, Amazon, Virgin Galactic are shaking things up with the incumbent space industry leaders, there are many other advances being made by smaller angel and venture-funded space startups with promising potential.
With the advent of Release 16 of 3GPP’s 5G technical specification and the introduction of SA (Standalone) 5G NR, operators can now explore the benefits of E2E network slicing. It will be critical in enabling dynamic placement of network functions across mobile network edge. But 5G is also about MEC which will converge the pipe with compute.
Arguably, edge computing is nothing new. Depending on your domain, you are familiar with the idea of edge computing. You might say you have been doing it forever. But what makes edge computing different in the era of 5G? What is the industry getting excited about? What are the novel aspects of edge computing that will make 5G transformative.
In November of 2019, the RISC-V Foundation moved their base to Switzerland as the US government continued its increasingly aggressive protectionist policies impacting tech trade globally. Flash forward to today. The US Department of Commerce continues to press its campaign against China’s tech industry. RISC-V presents a possible neutral zone in what is a global semiconductor industry divided by geopolitics. Growing interesting in RISC-V have been further fueled by Nvidia's recent announcement that it would be purchasing Arm for $40 billion. Are the stars aligning for RISC-V?
AI related technologies have been around for decades. It is nothing new despite the recent hype that has elevated AI to the forefront of the “digital” discussion. Why are we excited about AI? It is becoming increasingly ubiquitous thanks to some pivotal advancements in how and where AI can be deployed. TinyML is one of these advancements that promises to bring AI to the tiniest of things.
In the modern digital age, there has been no moment that has been as disruptive as what humanity is experiencing today amid the novel coronavirus pandemic. The IoT world has been shocked as the promise has been stripped away as enterprise budgets have withered as have their IoT ambitions. Yet, now more than ever, we need innovation. The IoT industry must adapt and rethink how they approach a very different market in a highly abnormal reality that may be with us for a while.
We are in a race against fake and the ever expanding cyber attack surface that is the Internet of pretty much everything. With the advent of DeepFakes and other artificial challenges to reality and truth, the fundamental fabric that binds our societies, our economies and our business and personal relationships is fast fraying be becoming undone. Trust will become a valuable commodity as we seek to de-risk ourselves from contrived data, dubious transactions, and questionable parties. The emergence of trust platforms are inevitable and essential for restoring and sustaining the fabrics of trust that underpin our lives and make our civilization viable.
The semiconductor industry is the foundation of our digital world. Everything runs on semiconductor products and continues to advance with each new process node. As we reach the physical limits of Moore’s Law, what comes next? Heterogenous computing and heterogenous packaging are opening up new possibilities for progressing Moore's Law through advancements in the way that we design, integrate semiconductor devices and systems.