The speed at which technology is developing is captured by Moore’s Law, the principle that the speed and capability of computers can be expected to approximately double every two years, as a result of increases in the number of transistors a microchip can contain. When Gordon Moore (co-founder of Fairchild Semiconductor and CEO of Intel) made this prediction in 1965, he thought it would continue for at least a decade. Over 50 years later and the evolution of technology is still moving along at breakneck speed. One of the biggest technology rollouts over the next twelve months will be the introduction of 5G across global mobile networks.
The next generation
To put 5G, or ‘fifth generation mobile networks’, into context its worth taking a quick look at the history of mobile telephony. First-generation networks were introduced in the 1980s – analogue networks that only supported voice calls. The launch of 2G digital phones took place in the 1990s and these advanced into carrying text and picture message. The new millennium saw the arrival of 3G, and the introduction of mobile data and video calls. 4G came a decade later, which brought the era of faster mobile internet and streaming services.
The 5G evolution, not revolution
Mobile phone networks have already started introducing 5G in a limited number of markets, but most users won’t gain access until wider rollouts in 2020. It will offer faster speeds and better connectivity than 4G, and the ability to stream high definition media. However, the biggest advance for the latest network will be its support of emergent technologies, such as the Internet of Things (IoT). The combination of higher speeds with lower latency will enable remote control of devices, in sectors and industries where real-time performance will be essential.
Making the connection
Over the next few years, the global rollout of 5G and the new capabilities that come with it will be a significant driver for certain types of businesses. The benefits for some will be more obvious than others. Nokia, as one of the world’s largest providers of mobile network equipment, is clearly well positioned for a world moving into 5G. However, investors should also be looking at the potential opportunities beyond the obvious which are also set to benefit from the high speed and enhanced connectivity that the new networks will bring.
One of those is Dutch company ASML, the dominant supplier of photolithography systems which are required for the production of any electronic chips. The introduction of 5G, and the expected rapid growth in IoT, means that we expect to see a dramatic increase in the connected devices; all requiring embedded chips.
BE Semiconductor Industries (BESI), another Dutch multinational, produces machines that package electronic chips. As chips get smaller, it becomes increasingly important to keep them cool as excessive heat results in deteriorating performance. Modern packaging has to serve a dual role in physically protecting the fragile chips as well as dissipating heat. BESI is the technology leader in the chip packaging industry, which puts it in pole position to benefit from the trend of growth in microchips.
The dawn of 5G promises to unlock the potential for automation through ultra-quick speeds and low latency and the organisations that will benefit the most from next-generation connectivity will be those that are fastest to embrace the changes as well as those that will be able to capitalise on the new technological requirements.