Whether a high school student is going off to college or a screenwriter is trying to find a device to help them write more conveniently, you can almost always find laptops in demand. But as these devices are increasingly compact and packed with features, you will almost always find yourself emptying your wallet trying to afford them.
Laptops are getting expensive daily because of the advanced engineering that allows them to have ground-breaking features in a compact, portable device. The cost of manufacturing paired with the cost of the hardware is what drives up their prices.
Nowadays, different laptops are aimed at different types of users. Your gaming laptops provide you state-of-the-art gaming experience in a device that can easily fit on an average school desk. You have ultrabooks with touch technology, allowing you to enjoy the features you love about your tablet with a machine that can function as a computer.
You can read more here to find out exactly what makes laptops so expensive.
Laptops Are Expensive
Portability and features never go along when it comes to being at an affordable price point. Time and time again, you and I, as consumers, are reminded that if we want everything in a product, we will have to pay a lot of money for it.
Laptops are marvelous machines that provide a desktop computer’s computing capabilities in a tablet’s mobility. From dedicated graphics cards to processors with multiple cores, a laptop provides you with functionality and features to help get you the best out of your device.
With such capabilities provided to you in such compact form, it is not unlikely for the manufacturers to price their products at the higher range of the spectrum because they know what they are providing is useful and difficult to manufacture.
Expensive Components
One of the biggest reasons which cause the prices of laptops to reach unaffordable heights for an average consumer is the components that are fitted inside these machines.
Vital components—such as RAM, GPU, motherboard, and other parts—are together in a single, compact unit. As a result, components must be packed significantly closer together.
Consequently, laptop manufacturers must create a smaller version of it. As a result, the price of these tiny components is higher than that of the more common, conventional computer parts.
Apart from these components, a laptop comes fitted with a keyboard, touchpad, screen, and ports for connectivity, such as USB ports, HDMI ports, and headphone and microphone jacks. Taking these essential features into account, it makes sense that it is a difficult task to manufacture everything in a single device, hence justifying the price.
Portability
It can be said without a doubt that the main selling point of a laptop is its portability. With a laptop, you may work wherever you are without needing a desk or table, as is the case with desktop computers. You don’t have to worry about submitting your assignment late, no matter where you are!
One of the factors influencing PC customers’ preference for laptops over desktops is their mobility. As a result, even laptop makers like ASUS, Lenovo, HP, and others are developing new hardware and technologies to make their laptops lighter, more portable, and more compact so you can do your work whenever and wherever you choose.
As discussed above, fitting components in a small space is difficult, but the need to fit them into a small space comes from the fact that laptops need to be portable. For example, laptops such as Ultrabooks and Chromebooks are prime examples of this. Therefore, to achieve such portability, it makes sense for manufacturers to increase the price of their devices.
Cooling Solutions
While difficult, it’s essential to design a laptop’s cooling system to be efficient at cooling while still being small. Unfortunately, designing a small heatsink and fan assembly costs an additional cost. They frequently include partially vacuum-sealed heat pipes and an inner wick and fluid.
There are different ways laptops achieve cooling solutions. For example, many have dedicated fans that remove hot air from the inside by drawing in cooler air from the outside through different vents designed in the laptop’s chassis.
So to achieve portability, which is a vital aspect discussed above, designing efficient cooling solutions makes laptops much pricier.
Battery Efficiency
Laptops are built with huge batteries that can keep them running even when not continually connected to allow you to move freely without taking the charging wire with you everywhere. This comes in line with achieving portability without sacrificing the laptop’s performance.
Laptops are constructed with power-efficient, small-sized components. Most laptops lack a separate graphics card and frequently employ integrated graphics, making them far more power-efficient. In addition, the size of the screen affects power usage. A laptop uses less power since its screen is significantly smaller than a desktop computer.
Paired with a large battery and power efficiency, laptops have power solutions that allow you to have a device that performs longer without getting plugged into a power outlet.
Advance Features
Some laptops come with advanced features. Many screens in laptops supporting Windows come with touch screens. Consumers use this feature to use their devices like a tablet. For example, students use this feature to use their devices to take notes during class, as devices with touchscreens support styluses.
Apart from touchscreens, some laptops come with high-resolution displays. For example, such displays are present in gaming laptops to give users higher refresh rates and high resolutions to help in a better gaming experience.
Conclusion
In this article, you can see that laptops are expensive because of a justified reason. Laptops are unique devices, and to make them requires extraordinary engineering to overcome problems associated with them.
Portability and expensive components are two of the biggest reasons laptops have a high price point. To achieve these two things requires the manufacturer to go above and beyond to spend capital on research and development.
