Basic Computer Knowledge is essential if you are to survive in the modern world. There are lots of different devices available today, catering for whole host of different requirements.
It is inevitable that these devices will need setup for your preferences, and updated to remain secure.
Here you will learn about device configuration and updating/upgrading. This enables you to gain a new understanding of how technology works so you get the best out of your computing investments.
The Basic Input/Output System or BIOS is a small chip found inside all computers. It checks all the parts inside of your machine e.g. memory, graphics, ports etc., are in working order, and tells these components how to work together.
American Megatrends BIOS (Opens New Window) is one of the most popular BIOS' in the world. You often hear the BIOS be called Firmware, System BIOS, CMOS, Flash BIOS, ROM BIOS and RAM BIOS to name but a few.
The BIOS performs initial checks through a process called the Power On Self Test (POST). This is visible when you first switch on your device.
When the POST detects an issue or fault, it alerts you by issuing an audible beep code. In the first of a two part tutorial, knowledge of how to interpret the fault beep codes is explained and passed on to you.
The tutorial also explains how to access and configure your BIOS settings. For example, you can setup BIOS passwords in the security menu so only you and selected members of your family can change the BIOS settings.
The American Megatrends BIOS Update (Opens New Window) page explains why updating your BIOS is a good idea, and clarifies the AMIBIOS update process, which can be difficult to understand.
One of the key steps to upgrading your BIOS is to identify the motherboard inside of your computer.
Modern Windows computers are now being released with the new UEFI Firmware installed. Unified Extensible Firmware Interface is a replacement for the increasingly legacy computer BIOS, or Basic Input/Output System.
The increasing need for security and computing performance in today's society drive initiatives such as UEFI Firmware (Opens New Window). Part of Apple technology for years now, we look at what UEFI offers Windows based platforms.
UEFI offers performance and security benefits. For example, UEFI completes POST tasks much more quickly and more thoroughly than the old BIOS, before handing over control to the Operating System.
Cryptography (a form of security) added to UEFI protects your machines pre-boot process against Bootkit attacks.
In addition to improved start up times and the ability to resume from hibernation much better than before (thus improving response times), UEFI Firmware also supports larger hard disk sizes and memory (RAM) capacity.
UEFI Firmware will eventually be the de facto choice for all devices. Understand how this works now so it becomes part of your basic computer knowledge.
Hard Disks are sealed units containing different types of components that enable you to run your device and save your files.
On a traditional hard drive your data files are actually stored inside thin, concentric circles, or bands, hosted on the hard drives platters. These platters spin when the hard drive powers up, and the drive head reads/writes data as required e.g. loading your operating system, saving your documents etc.
You can't actually see the circles stored on the platters. They are very smooth when you open up a hard disk drive. The image below shows the different components and helps to picture how traditional hard disk drives work .
A Solid State Hard Drive (Opens New Window) or SDD, is now a viable option for computer users as costs decrease and capacity increases.
A, SSD is made up of RAM memory boards (Random Access Memory) instead of traditional rotating disk platters.
The RAM inside SSD's is non-volatile. This means that information stored in it is not lost when your machine loses power, unlike traditional computer RAM, which is volatile (Have you ever closed a document without saving and lost your data? That's volatile RAM!)
Improving your basic computer knowledge is a must to properly manage all the new devices that are coming on to the market.
Knowledge is power, as they say. Education is important to acquiring knowledge, and I believe internet pages such as this one are key.
The following links are excellent sources of computing knowledge and education.