Why Are Laptops More Expensive than Desktops with Comparable Features?

Laptops have become the most popular electronic devices in recent decades. They’re compact, quick, and far more powerful than they look on the surface. In fact, modern laptops are being utilized to execute jobs that need a lot of hardware-intensive work.  To understand why laptops are more expensive than desktops, a few fundamentals must be understood. And for this sole purpose, we have written this article.

Although both types of computers rely on semiconductors to function, the similarities between them start to fade as you examine their internal structures. The main reason laptops are more expensive than desktops is due to the development costs of hardware that is compact enough while still providing adequate performance.

And it’s not just about performance that matters but also the system cooling that is required to ensure that stability is maintained throughout the majority of normal operating conditions. So, we are going to mention a few attributes that make a laptop more expensive than a motherboard.

7 Attributes That Make a laptop more expensive than a desktop computer With Comparable Power and Features

Although there are cheap laptops under $150 available in the market, generally compared to desktop computers, the components used make Laptops More Expensive than Desktops.

More Sophisticated Motherboard:

More components must be integrated into the motherboard of a laptop which is in a smaller footprint than a standard-sized desktop motherboard. Therefore, more design obstacles have to be resolved with a smaller motherboard. Listed below are a few examples:

Smaller Components: The components with a smaller footprint must be chosen for the laptop’s motherboard because they provide the greatest solution for their size.

Extra track layout refinement: Because there are so many components connected to one another on a tiny motherboard, circuit routes must be constructed with very small clearances.

Layout: The component layout must be closely examined so that issues such as shielding, performance, and heat do not arise.

The sophisticated operations used to make a motherboard of a laptop cost more than that of a desktop.

CPU for laptops

A mobile processor is a central processing unit used in laptops. When it comes to power consumption, they operate in slightly different ways.

That is where some additional funds would be invested in its development. Special consideration must be given to achieve appropriate levels of performance while utilising as little electricity as possible.

Power management features are quite significant, and they add some more expense to the development process in order to reach a satisfactory result.

A CPU socket on a laptop motherboard isn’t something you’ll see very often these days. CPUs are frequently soldered directly to the motherboard using a BGA (Ball Grid Array)  to save space.

Small balls of solder are heated and melted to link solder pads on the motherboard.

In order for the soldering process to be successful, processors must be constructed to endure specific temperatures which cost more money. So a compact CPU on a laptop requires more capital as compared to a desktop computer.

Processing of graphics

In a laptop, the graphics processor is integrated in a couple of ways.

Integrated graphics: These graphics refer to a graphics processor that is built into the CPU. Both jobs are carried out by a single semiconductor package.
Dedicated Graphics: For graphics-intensive tasks such as gaming, a separate graphics processor is attached onto the motherboard, resulting in improved performance.

Having a specialised graphics processor on the motherboard necessitates further development in order to integrate and cool the extra semiconductor package on a compact motherboard.

This raises costs, which is why a laptop with specialised graphics will cost more.

Cost of RAM

When it comes to price, RAM (random access memory) is one of the exceptions. SODIMM RAM is utilised in laptops instead of DIMM memory, which is used in desktops.

Despite the fact that SODIMM modules are smaller than desktop RAM, it’s available at a slightly higher price as compared to desktop RAM because of the high demand.

System of cooling

The cooling system of a laptop must be constructed in such a way that it remains compact while maintaining its cooling efficiency. This is a difficult task, but it is one of the most critical components for system stability.

Not only does it cost more to create a compact heat sink and fan assembly, but they frequently include heat pipes that are sealed in a partial vacuum and include an inner wick and some fluid.

This increases the cost of manufacturing by adding a layer of complexity to the heat sink and the materials.

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More Expensive Drives

The primary drive in modern laptops has shifted to an M.2 SSD. This is fantastic news because SSDs don’t have the drawbacks of mechanical drives and give exceptional performance.

Hard discs for laptops are becoming smaller and more compact (2.5 Inches vs 3.5 Inches for desktops). They also have a lesser storage capacity, operate poorly, and cost slightly more than a desktop hard drive of the same size and features.

Battery

This is a feature that isn’t available on a desktop computer.   A UPS  (Uninterruptable Power Supply) is the only item that comes close to resembling one for a desktop machine. A UPS is essentially a battery-powered gadget that connects to the mains electricity and keeps your computer running long enough to save all of your work before safely shutting it down.

The battery on a laptop, on the other hand, can perform far more. You can use the laptop without plugging in the power charger for several hours at a time if you have extra peripherals connected.

This is something that increases the cost of producing a laptop. Despite the fact that it isn’t a particularly expensive item, it nonetheless contributes to the final cost.

A laptop must be made in such a way that the battery is protected from physical damage and is kept as cool as feasible.

As a result, an extra portion of the laptop’s architecture is dedicated to the battery. Other factors to consider when putting a battery into a product include a sufficient number of amp hours so that the laptop can run for an extended period of time before being exhausted. Because of this, more money is required to build a laptop as compared to a desktop computer.

Conclusion

We have explained all the major attributes that make laptops more expensive than desktops. So, the next time you’re at your favourite store looking at laptops, keep in mind all of the additional development and production costs associated with laptops which make them more expensive than desktop computers. If you like our article or have any queries regarding it, do mention them in the comment section!

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