Nothing evolves faster than technology. Read on to catch up with the fastest game changers.
- Tomorrow’s technology will be increasingly tailored to customers’ unique needs.
- Super-strong, flexible materials promise faster, higher frequency electronic transmissions.
- 3D-printed elements will revolutionize electronics and their applications, streamlining multiple industries and enhancing sustainability.
Every year, technology improves with amazing speed. It challenges electrical experts like UES to keep pace. It’s therefore highly intimidating for businesses to stay current with new and emerging tech and understand how to use/plan for it to keep their organizations efficient and competitive.
The good news is that many innovative developments remain in the early phases, meaning there’s plenty of time to get in on the ground floor for tomorrow’s technologies. This article spotlights key areas gaining momentum in 2024 so your business can appraise new breakthroughs.
Advanced electronic materials and their applications
Ongoing exploration of semiconductor materials like graphene and nanomaterials reveals their potential to surpass, or at least enhance, traditional silicon’s performance and efficiency. Graphene – a layer of carbon atoms only one atom thick – is strong (200 times stronger than steel) and pliable, making it an ideal candidate for lighter, tougher electronics in the future.
Graphene is also an excellent conductor of electricity and heat that allows for higher operational transistor frequencies. This could lead to more efficient medical imaging, wireless communications, and high-speed data transfer, to name just a few.
Nanomaterials such as carbon nanotubes and silver nanoparticles will further miniaturize electrical circuits. Their manipulation occurs at the atomic and molecular levels. This will mean ever smaller, more efficient electrical devices make currently cumbersome electronics easily portable. This provides a major advantage for the medical industry. Nanoscale electronics will also reduce their power consumption, making them cheaper to use and kinder to the environment.
These tiny devices will also work much faster than larger scale components. Signals will travel far shorter distances, making data transmission quicker and latency lower. Energy harvesting – the capacity to draw energy from nontraditional sources such as heat, light, and motion –will ultimately make nanotech cheaper to operate and further ease electricity’s inherent environmental strain.
Currently, graphene and nanomaterials carry drawbacks. On their own, they’re not go-to solutions. However, harnessing and amplifying their advantages (particularly in tandem with silicone) will one day significantly impact integrated circuit design and overall electrical efficiency.
The integration of AI in electrical systems
Speaking of integration, Artificial Intelligence (AI) is increasingly entwined with electronics. This relationship will only deepen. Two of AI’s impressive abilities are machine learning and pattern recognition and analysis. These are key to predictive maintenance that helps identify potential issues before they manifest, thus playing a crucial role in maintaining manufacturing productivity and reducing downtime.
AI is also tied to nanotechnology, because the latter’s capacity to create ultra-dense memory chips with unprecedented data storage cram huge amounts of information into miniscule spaces. This means the tiniest of tomorrow’s tech could become little AI powerhouses of stored patterns and predictive ability.
AI’s power has already revolutionized the electrical industry’s design processes and product manufacturing. Millions of electrical designs and their potential cost and safety outcomes can be rapidly appraised in minutes, letting product designers work with unprecedented speed. Generative AI will also one day create fully customized electronics designed to suit a specific business’s or individual’s needs. One-of-a-kind, on-demand systems could provide a competitive edge.
IoT and embedded systems
Enhanced connectivity and control are two ongoing benefits of the Internet of Things (IoT), a vast network of diverse electrical devices capable of being interconnected. This is made possible by embedded systems. These microprocessors are hardware and software combinations operating within larger electrical frameworks, and often play central roles in device performance, connectivity, and security.
Consider the modern car’s many computerized electronic functions. Many embedded systems are now connected to the internet and send and receive data and diagnostic information, or they link up with other electrical operations that provide communications or entertainment.
Embedded microprocessors produced in line with nanotechnology can help a vehicle’s internal operations “speak” to each other with greater efficiency and efficiently connect wirelessly to relay and receive data. Multiply this to a widespread world of microscopic embedded systems – from your wristwatch to your home — and you’ve got some idea of how huge the IoT will become.
3D printing and printed electronics
The rise of 3D printing is one of the most exciting and promising developments in modern electronics manufacturing. It will open the creation of innovative electronic component designs while reducing assembly needs.
It’s still early for this branch of electronics, but here are some 3D-printed applications which will one day help electricians and their clients enjoy greater energy efficiency:
- Printing project-specific parts: Sometimes, space constraints are limited and unique to a particular electrical or mechanical application. This means finding the right components to fit the available dimensions can be tricky. 3D printing lets electricians create customized parts tailored to the job at hand which and quickly resolve issues.
- Printing conductive and non-conductive material: 3D printers will be able to generate conductive, lightweight materials which are also tough because they’re made of metals and even plastics. These could minimize or eliminate the need for wires and cables, reducing an overall system’s mass while making it more structurally sound.
Since advancements in printed electronics will yield less component-heavy hardware, which should play a significant role in cost reduction and ease of application. Combining metals, plastics, conductive, and nonconductive materials as projects require should also open a wide array of flexible, hybrid electrical solutions. Printed electronics should change the face of many industries, including medical, automotive, and wearable tech.
Stay future-friendly with UES
The importance of embracing modern technologies can’t be overstated for businesses striving to stay competitive and sustainable. Leveraging these advancements can enhance your business’s operations and contribute to future growth.
The UES team can help make learning and applying these new developments easier. Follow our blog for expert insight and give us a call 954-792-5444 or use our contact form if you have any electrical questions!