Hardware and Freeware are two important terms related to computers. Hardware is any physical component of a computer system while freeware is a software that is available to use without paying any subscription fee. In this article, we will discuss the important differences between hardware and freeware. But before discussing the differences, let us have look into their basics individually. What is Hardware? The physical components of a computer system are called Hardware. Therefore, CPU, CPU cabinet, motherboard, keyboard, power supply, mouse, monitor, etc. are examples of hardware. Hardware can be of two types, namely internal hardware and external ... Read More

Hardware and liveware are two important terms related to a computer system. Hardware is a term that represents the physical components of a computer system such as CPU, motherboard, monitor, keyboard, etc. Whereas, liveware represents human components of a computer system, i.e. computer users. In this article, we will discuss the important differences between hardware and liveware. But before going to discuss the differences, let us first discuss the basics about hardware and liveware individually. What is Hardware? The physical components of a computer system are called hardware. Therefore, CPU, CPU cabinet, motherboard, keyboard, power supply, mouse, monitor, etc. are ... Read More

In computing systems, there are two popular external interfaces namely, USB 3 and eSATA used for connecting external memory devices to the computer system. Although, they are completely different from each other in terms of data transfer rate, compatibility, technology, power consumption, etc. In this article, we will discuss all the important differences between USB 3 and eSATA. But before discussing the differences, let us first get an overview about their basics. What is USB 3? USB 3 stands for Universal Serial Bus 3.0. USB 3 is an enhanced version of USB interface. It is also known as USB ... Read More

When we connect one computer to another computer or more, we share the purpose of sending files, data, information, or media of such kind between them. It forms a network between these computers. But how does this data is transferred from one to other computers? For example, in a network, we are sending one file to another computer in the room, so the data will be transferred within seconds. What is happening that made it so easy to transfer those files? That is what we are going to understand here in a very simple manner. When we send messages and ... Read More

Banana Pi and Raspberry Pi look similar, but they are completely different from each other. In this article, we will explore all the major differences between Banana Pi and Raspberry Pi along with their basic description. Both Banana Pi and Raspberry Pi have many similarities, and are used by electronic hobbyists and developers who need a single-board computer at low cost for their projects. Let us start this article with a basic overview of Banana Pi and Raspberry Pi. What is Banana Pi? Banana Pi is a type of single-board computer used in a variety of electronics projects. ... Read More

There are two units of information namely, Bits and Quantum Bits. However, both Bits and Quantum Bits are different from each other. Bits, also called Classical Bits, is the smallest unit of measuring information and it can have only two values, i.e. 0 and 1, while Quantum Bits, also called Qubits, is a unit of information measurement employed in quantum computing. In this article, we will discuss all the major differences between Bits and Quantum Bits. But before that, let us first briefly discuss their basics. What are Bits? In computing technology, a bit is the smallest unit of information ... Read More

RDSK and DSK are both types of disc images used in computer systems, but they differ in some ways. A DSK file is a simple sector-based disc image file containing an exact copy of the data stored on a diskette or floppy disc. An RDSK file is a more complicated disc image file format that is used by some operating systems, such as IBM's OS/2 and Microsoft's Windows. Read this article to find out more about RDSK and DSK and how they are different from each other. What is RDSK? RDSK is a disc image file format used by several ... Read More

Pentium and Athlon are computer processor families developed by Intel and AMD, respectively. While both CPUs perform similar functions, there are a few important differences between them. Pentium CPUs have been recognized for their fast clock speeds, which measure how many cycles per second the processor can execute. Athlon CPUs have been recognized for their high multi-core performance. Read this article to find out more about Pentium and Athlon and how they are different from each other. What is Pentium? Pentium is a family of microprocessors, or CPUs (central processing units), manufactured by Intel, one of the world's largest semiconductor ... Read More

ANSI and UTF-8 are both character encoding schemes used in computer systems to represent text. They differ in a variety of aspects, including the number of characters they can represent, the size of the character set, and how characters are encoded. The American National Standards Institute (ANSI) character encoding scheme is primarily used in the United States. Unicode Transformation Format 8-bit (UTF-8) is a variable-length character encoding method that may encode up to 1, 112, 064 characters. Read this article to find out more about ANSI and UTF-8 and how they are different from each other. What is ANSI? The ... Read More

A Gantt chart can be a straight bar utilized within a project organization to visually epitomize a task program over a period. Gantt chart displays the timeline and status along with the responsible person for every job within the task. It can be an easy method to message what it may get to distribute a task on time and within budget. It is a full lot simpler to retain the project group and investors on a similar page from the get go. Charts can appear difficult at first. The users may be capable to tell what the tasks are and ... Read More