Tag Archive for today

Internet Connection For Us

Needs of today’s Internet connection is vital, in which almost every country seeks to meet the bandwidth requirements for almost any home or office. In the U.S. alone some kind of connection to the Internet have been present, some of which use a dsl connection with the use of telephone lines have been installed in the home. To be able to connect to the internet via this route first we have to do the dial up settings by entering the username and password given to us by the internet service provider. Power and ease of connection is very simple because the Internet has become one with the home phone line.

In developing countries are now beginning to implement such systems. So that the dial-up internet can be done almost every home. This type of Internet connection is very much of course starting from the slowest, and certainly up to the latest technology to be able to support the performance of Internet users to be very fast. Range of mobile communication devices or PDAs are now able to function as a wireless modem connection to a PC, either via data cable, infrared or bluetooth. However, it should also keep in mind, not all types of mobile phones that support GPRS network range can be transformed into the modem. In addition to using a cell phone or PDA handset range to access the internet on a PC or laptop, which tend to be rather hot if used for too long browsing, which is more stable as an external modem that is using a USB modem, cable modem, PCMCIA data card, and Wi-Fi card.

Motherboard buying tips

Introduction

For users planning on building a computer, a motherboard can be a confusing and sometimes frustrating decision. Below we have listed some considerations and tips when looking at purchasing a computer motherboard.

Type

The type, or form factor, of the motherboard is a crucial consideration when looking at a motherboard. There are various form factors and not all computer cases can accommodate each form factor. Today, the most commonly found and used motherboard is the ATX motherboard. When looking at the motherboard, make sure your case supports your motherboard form factor. Additional information and help with the form factors can be found on our motherboard page

When looking at who to purchase a motherboard through, consider all different brands of motherboards and vendors who sell those motherboards, as all motherboards will have positive and negative reviews. A listing of motherboard links and manufacturers can be found on the motherboard section of our network.

Considerations
CPU socket / slot    There are a wide variety of different CPU Sockets and Slots. When looking at purchasing a motherboard, ensure it is compatible with the CPU you have or that it will be compatible with the CPU you plan on purchasing.

Additional information about CPUs and the Sockets or Slots can be found on our CPU buying tips page.

Drive connectors    Drive connectors can be an important consideration when purchasing a computer. Determine the interface of the drives you plan on using, and ensure that the motherboard supports that interface or has the connector for that interface. An example of such an interface is IDE, EIDE or SCSI.

Additional information about hard disk drive buying tips can be found on our Hard drive buying tips page.

Additional information about CD-ROM buying tips can be found on our CD-ROM buying tips page.

Memory slots / type    Today, there is a wide variety of different types and speeds of memory. When looking at purchasing a motherboard, ensure that it is compatible with the memory you currently have or plan on purchasing.

Additional information about Memory buying tips can be found on our Memory buying tips page.

Slots    The available slots can be an important consideration. Below is a listing of the different slots used in motherboards.

PCI Express – The latest and greatest slot / bus type.
AGP – AGP, or Advanced Graphics Port, is used for video cards as a replacement for PCI.
AMR – AMR, or Audio Modem Riser, is a slot that is used for Audio / Modem cards and is found on some motherboards. This is not a critical slot and has been replaced by the CNR.
CNR – CNR, or Communication and Network Riser, is a slot that supports audio, modem, USB and Local Area Network cards. This slot is highly recommended for any user building a large amount of computers as the cards are generally cheaper than the standard PCI or ISA cards.
ISA – Today, ISA is becoming obsolete and is not found on all motherboards. Unless you have old ISA cards that need to be used, it is recommended you purchase a new motherboard with no ISA slots and additional PCI slots.
PCI – The most widely and commonly used slot.

Additional information about each of the above computer bus types.
Computer video card buying tips page.
Computer sound card buying tips page.
Computer modem buying tips page

Jumpers    Jumpers are generally overlooked when considering a motherboard; however, they can be an important consideration, especially for users who plan on overclocking their computer. Below is a listing of some of the jumpers that should be asked about or known when purchasing a computer motherboard.

Does the motherboard have a clear CMOS / BIOS jumper?
Does the motherboard have CPU settings jumpers? Or is it configured through CMOS? Is it auto detect?
Does the motherboard have onboard video / sound? If yes, can they be disabled with jumper or is it done through CMOS? Note: either way is fine as long as it can be disabled.

USB Ports    While all motherboards today have USB ports, ensure that the motherboard you plan on purchasing has USB ports.

Effects

Upgrading / replacing a new computer motherboard may have the below effects on the computer.

Speed up the overall performance of the computer. May not be noticeable.
Allow for new improved hardware to be added into the computer.

Motherboard installation

Additional help and information about installing a computer motherboard and other computer hardware can be found through our Installation section.

Advantages & Disadvantages of Windows 3.1

Windows 3.1 is an operating system that was released in 1992 as a successor to Windows 3.0, which was later discontinued when Windows 95 came out. This classic program ran off MS-DOS, which later fell-out of compatibility in future versions. As many programs released at the time ran off of MS-DOS as well, some gamers harkened back for the old days of Windows 3.1. The upgrades to Windows in time after Windows 3.1 have improved in some ways and have lost functionality in others.

Basic Machines

  • If you find yourself with a very basic, old computer running with a 286 or 386 processor, running a version of Windows later than 3.1 will make the computer much too slow. Windows 3.1 will function better if there are at least 16 MB of RAM inside. Also, if you have a low-end Pentium or a 486, Windows 3.1 will run much faster than Windows 95.

Simplicity

  • From Windows 95 onward, Microsoft has put a stronger emphasis on being able to do many processes at once. This can lead to cluttered desktops and tough-to-navigate files and folders. Windows 3.1 goes back to a much simpler time when people only wanted to do one or two things at once. Running an old computer with one application at a time is a simple task for Windows 3.1. As there were fewer programs on Windows 3.1, there tend to be fewer kinds of error messages than the more complicated error codes in later operating systems.

Running Windows 3.1 Now

  • As it is nearly 20 years since Windows 3.1 was created, there are problems making the operating system compatible with today’s software and hardware. Most new video and sound cards will not have drivers that work with Windows 3.1. By the same token, most software that has come out since 1995 is too advanced for Windows 3.1 to run and they will run at a snail’s pace or not at all.

Speed and Crashing

  • Despite the fact that there are fewer possible error messages on Windows 3.1, if you try to run several programs at a time, there will often be a lag or an error. Windows 3.1 uses a cooperative multitasking system, which means that your computer attempts to give equal memory to all programs at once. This means that the more programs you open, the more divided the memory. Enough programs open (more than 3) and the operating system has a tendency to crash.