What is Desktops & Laptops

Desktops and laptops are tools of every trade in modern times. With the modern workforce becoming increasing mobile, laptops seem to have overpowered the demand of desktops. But, desktops are still in use and have a long way to go with their distinct advantages of low power consumption and less heat-generating components. Upgradability is also easy with desktops. Over time, all-in-one PCs have also become popular owing to their faster mobile-designed components and wide-screen viewing.

Whether it’s desktop, laptop or all-in-one PCS, you need to look for the latest processors for easy computing and premium performance. High-resolution graphics and the display quality are other important factors to consider when buying laptops, desktops or all-in-ones. Robust structure and resistance to dust and extreme temperatures are also the highlighting features of todays’ computing devices.

Desktop & All-in-One PC's

Desktop & All-in-One PC's

For laptops and all-in-one PCs, people look for the plenty of storage space and the latest processor. While selecting between different desktops and all-in-one PCs, you need to look for major speci Read More



With more and more people working from home or on the go, the demand for laptops has increased considerably. With an increase in demand for laptops, the number of available options has surged simul Read More

Frequently Asked Questions

Computers are known by a wide variety of classifications that can be confusing for the consumer. First there are laptops, notebooks, netbooks, ultraportables and ultrabooks. Then there are tablets or slates, as well as convertible laptops that blur the boundaries between tablets and laptops. Lastly there are desktop computers, all-in-ones and net-tops.

The major brands of Desktops and laptops available in the market are as follows :-

  • Acer
  • Apple
  • Asus
  • Dell
  • Fujitsu
  • HP
  • Lenovo
  • MSI
  • Samsung
  • Sony
  • Toshiba

There are four main contributors to the speed of Desktops and Laptops :-

  1. Processor Speed :- Most computer applications require that the computer system meets minimum requirements in order for the installation to run. One of those requirements is processor speed. Processor speed measures (in megahertz or gigahertz; MHz or GHz) the number of instructions per second the computer executes. The need for speed is most evident for schools that offer advanced computing classes including web design, animation and graphic design. The processor speed for schools that primarily utilize “normal” sized programs for word processing and introduction to computers, for example, would not require the speed to be as high.
  2. Graphics Performance :-The performance of your computer's graphics card can seriously affect your productivity. If you do rendering, it's often worth the expense to upgrade your graphics card for the time savings alone. It's helpful to test your graphics card performance to compare it to other cards or to test for performance problems.
  3. RAM :-It is a type of computer memory that can be accessed randomly; that is, any byte of memory can be accessed without touching the preceding bytes.
  4. Hard Drive Speed :- RPM stands for revolutions per minute, and it's used to measure the rotational speeds of hard disk platters. All other things being equal, faster spinning platters will translate to quicker hard disk drives. In fact, the RPM of a hard disk drive makes the biggest impact on its overall speed. Consumer hard disk drives operate at 5,400 RPM to 10,000 RPM, with most desktop HDDs spinning at the standard 7,200 RPM. Just for general knowledge, the fastest hard disk drives clock in at a blazing 15,000 RPM, but these are enterprise-level drives out of reach for end-users.

RAM is essentially the core of the computer. It can be considered just as important as the processor, or hard drive. With the right amount of RAM on the computer, the performance of PC and the ability to support various types of software is optimized.

The overall performance of computer is determined by how well the CPU and RAM work together. The more is the RAM, the more CPU has access to, the easier its job becomes, which enables a faster computer. Random access memory also helps the system support software. Every piece of software requires a minimum amount of space and memory to be able to run smoothly. If the computer does not have enough RAM to support all the software systems you are running, or trying to run, they move so slow that it might not be worth running that software system. Additionally, if there is not enough storage room, the software might not run at all.

RAM is such a key element to how the computer functions that if one storage location out of a million is damaged your entire system can potentially crash.

A Desktop can typically outperform smaller form factors due to availability of internal space to allow for more active cooling of the components inside. Laptops are made to be portable so they usually cost more than desktop computers.

Desktops carry heavier duty processors compared to laptops. The reason being that laptops have a weaker cooling capacity than desktops do so manufacturers lower the performance of mobile processors so that they don’t run as hot.

Desktop computers are stationary so they’re less likely to have failing hard drives. Since laptops are portable, one quick drop might cause the hard drive to malfunction.

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