There has been an incredible rise in the prominence of smartphones and mobile devices over the last decade, and this can be attributed to the evolution of mobile computing technology. Machines have gotten smaller, but yet the size does little harness their impressive capabilities. The computers and processing systems become smarter, lighter and more powerful, wrapped up in mobile devices. If you want to know just how fast smartphones have gotten, consider the revelation that the tech and chips within the average smartphone are faster than the computer that has been installed on the Orion spaceship that is being tested by NASA for a trip to Mars. Mobile devices have reached a whole new dimension when it comes to computing power.
The Power Behind Mobility
With each new revelation of a smartphone design or processing system, users find increased storage potential with speeds that process faster than your average laptop. The Samsung Galaxy Note20 was designed with 8GB Ram and 128GB of storage. If you want to compare this to prior models, the first Galaxy S smartphones released back in 2010 had only 512MB of Ram and may have 16GB of storage. It also features complete 5G connectivity, speeds that are just now being achieved through WiFi connections over a standard laptop. There are few interruptions to your day’s productivity requirements with these processing systems, but that doesn’t even include the 108MP camera that can record 8K video. The tiny mobile device also has biometric sensors built-in for facial and fingerprint authentication. With these advancements, there is no doubt that the performance gap between laptops and smartphones keeps getting wider.
The Reliance on High-Powered Connectivity
Because of the note-worthy performance in smartphones, there is a strong reliance on these devices for computing functions. For many users, smartphones do more than their notebook PC. With all the apps and functionality, what PCs can do, smartphones can already do much better. It is estimated that there will be around 7 billion smartphones in use by 2023. The use and dependence on these tiny but mighty machines increase beyond just personal use. For mobile workers, about one-third of their workday is spent using their smartphone, and this use extends across industries. With the smartphone, you can access company invoices construction scheduling software and payroll entries. The computing power delivers accurate information within seconds, increasing productivity and efficiency for mobile workers. In fact, about 42% of employees in one survey indicated they would keep their smartphones over any of their other devices if they were limited in computing devices.
The Long Game for Mobile Use
Even though there is a critical reliance on smartphones for improving workforce productivity, many companies have Bring Your Own Device strategies for their employees. It used to be that the company would issue mobile devices for corporate users, but now, the BYOD process is thought to present more of a cost-savings for companies. When thinking about how quickly technology and processing abilities are changing, corporate-issued devices could quickly fall behind in abilities and security features. However, BYOD companies had reported the least amount of satisfaction with communication, collaboration and access to work-critical information. Each operating system has a range of functions and applications unique to the system, and many areas experience little crossover between iOS and Android devices. While the device itself may have a powerful processing system, if it doesn’t mesh with the company software or connection requirements, then it doesn’t do the employee any good. In this case, productivity is hampered by device reliance.
The Future of Computing Power
Because of the different needs across organizations, there is a lot of room for growth in mobile developments. Computing features will continue to amaze and impress, given the emerging areas of artificial intelligence and machine learning. For many, these technologies have already been a huge part of daily life. Think of how often Siri or Alexa helps you out during the day. It isn’t just numbers that mobile devices are computing. They are constantly running complex algorithms to answer your Google search or to filter through movies you may be interested in on your Netflix account.
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