Portable devices are primarily battery-powered devices with base computing resources in the form of a processor, memory, storage, and network access. The design of portable devices is such that it’s easy to carry around and operate with your hands. Popular portable devices include laptops, tablets, smartphones, cameras, smartwatches, and printers.
The compact nature of portable devices makes them fast. Have you ever wondered, “why is my computer so slow?” Usually, the answer is because it has a lot of programs, functions, and files competing for space. With fewer features, a portable device can be more agile than a computer. Here are four features that make electronic devices portable.
Consumers are constantly demanding convenience, comfort, and speed from their technology. They want their technology to become powerful and in smaller packages. These are the features that make portable devices attractive and popular.
One of the critical developments in reducing the size of devices is the advancement of the microprocessor. Not only have chip manufacturers figured out how to do more in smaller chips, but they have reduced the need for peripherals. For example, if a microchip can process high-level functions easily, a fan is not needed to regulate heat, thus reducing the space required.
As devices become smaller, they also become more portable. The less thought you put into carrying a device, the more portable it becomes. Cellphones are ubiquitous because they fit into your pocket and carry out many functions for their size.
Your tablet can be an office in your hands. You can design art, code, or do administrative work without needing a physical office or flat surface to settle in. The smaller size also makes them easier to handle.
Size also plays an essential role in power consumption. Portable devices rely on batteries to function, so the less power they consume, the better. Smaller components result in lower consumption. Your phone screen consumes less power than the TV screen, and the same principle applies to any component; a small size means less battery consumption, resulting in longer battery life.
2. Rechargeable Batteries
One of the most challenging aspects of portable device viability is power. The device needs a power source that can perform for hours without plugging into the wall. The device must move with its power source as the user uses it.
Batteries are the solution; fortunately, technology is advancing to provide smaller, more reliable, and cheaper batteries. The batteries are becoming more adept at powering high-energy consuming devices, leading to more portable devices, for example, smartwatches and tablets. The more they can power, and the longer they can power, the more powerful portable devices the consumers have.
Component manufacturers have also made their products more efficient. For example, chipsets can automatically shut off additional cores or lower the energy’s frequency to conserve it. So the screen, microchip, or lenses can carry out their functions using less energy. Batteries are not only better, but they are also environmentally friendly. The batteries on portable devices are rechargeable instead of single-use, which reduces waste.
3. Internal Storage
Once again, the technology for space is improving, paving the way for portable products to overtake office machines. Device performance relies heavily on the internal storage available. The space available determines how many programs can run simultaneously and how much work they can do.
The RAM and disk space determine the kind of functions a device can carry out. Improved RAM and disk space in devices open smartphones to productivity apps and incredible gaming experiences. Portable devices can carry out functions offline, but their ability to connect to a network or cloud enhances their productivity.
Cloud services can connect a portable device to high-level data processing capabilities; for example, a miner in the field can process samples on-site using data centers elsewhere. It’s a critical ability that enables users to use portable products on the go without missing a beat.
4. Network Access
The portable device can connect through Wifi, broadband, LAN, or cellular network, and their versatility in connecting to networks enables them to access resources from any location. Whether you are on the move or working remotely, your office isn’t far from you. And in cases of device failure, finding a laptop repair service might be tricky. But thanks to cloud technology, you can still access your data while searching for laptop and desktop repair services.
It’s a Portable World
Portable devices will become more powerful, and more devices will become portable. People don’t need to be tied to a desk, office, or home for work, academics, or entertainment. They can now use their devices anywhere and at any time.