Saturday, June 25, 2005

GA-8I915G Duo

Performance for Extreme Edition


That is my machine motto.




With Intel 915G chipset, GA-8I915G Duo member of GIGABYTE PX series skillfully designed with pack of features and dedicated to satisfying the needs of platform performance to the extreme. Experience next-generation processing with the latest LGA 775 Intel® Pentium® 4 Processor with Hyper-Threading Technolgy! The GA-8I915G Duo supports both DDR & DDR2 main memory providing a more flexible memory usage and ready for future memory upgrades.






Intel® Graphics Media Accelerator 900


Supporting RAID (0, 1, 0+1), JBOD function and ATA133 interface, delivers completely solution for storage interface to increase fault tolerance, improve data access performance and provides additional interface for more IDE devices

June 2005, this board has just gotten an award from in Ukraine as "Editor Choice"

Friday, June 24, 2005

common PC problems you may be able to fix by yourself

Folks, you have to ensure that your computer has been grounded, not only you get a electric shock but static electricity can kill the circuitry inside your computer.




Well, let's try to describe some common PC that can be fix by ourself

We turn on the computer and nothing happens

No lights, no beeps, no fan noise. What is the first thing you do? Be sure the darn thing is plugged in! Even if you're absolutely certain that it is connected, double check.
Assuming that it is plugged in, you probably have a bad power supply. This is a metal box located in the top and back of the computer. It is usually held in by four screws and the power cable connects to it. A fan blows air out the back.
A wiring harness exits the power supply inside the computer. Numerous power connectors are attached to the ends of the wires. These plug into drives, fans and possibly other gizmos. The harness also will have connectors to the motherboard. It doesn't matter which wire connects where, as long as the connector fits.
When you open the computer, this mess of wiring can be very intimidating. Study it, and you'll find it less mysterious. Note the connections in writing, if necessary. Disconnect the wires and remove the power supply. Take it to the computer store and get a replacement with the same wattage.

The computer comes on, but nothing appears on our monitor.
In other words, Windows never shows up. You may have a monitor problem. Try using another known-good monitor on the computer and see if anything shows up on the screen. If the second monitor works, the first one is bad. Monitors are not worth repairing. Just buy a new one. Never open the back of a monitor to fix it. The capacitors inside monitors store electricity. You could be injured or even killed.
If the screen is dark, it could be a video card problem. First, find the video card. This is a circuit board that fits into a slot in the motherboard. The cable from the monitor connects to the VGA (video graphics adapter) port, which sticks out through the back of the computer. If the VGA port is part of the motherboard, the video is built-in. You can't fix that. Otherwise, it will be part of the video card.
Assuming you have a separate card, be sure it is firmly seated. The front end of the card can rise out of the slot inadvertently when the back end is screwed down to the computer frame.
If you have a computer that is working perfectly, turn it off and remove the video card. Put the card that works in the problem computer. If the system works, you need a new card.

If We regularly get the "Blue Screen of Death," we may have a random access memory (RAM) problem.
Note the message on the blue screen, especially the numbers. Check it in Microsoft's Help and Support Knowledge Base. Also, put the text of the error message in a search engine and check the Internet.
Assuming you can diagnose it, a memory problem is easy to fix. If you can't find the diagnosis information you need online, you can try swapping out memory sticks from another computer. But that memory must be the same type. If all else fails, take the old memory to a computer store. The people there may be willing to test it.
Sticks of memory go in slots near the microprocessor. They're about four inches long. Remove the old memory and match it at the store. Memory prices are all over the map, depending on type and speed. Be sure you get the same type.
When you press the new memory into the slot, you will probably have to use some force. The clips on each end will snap into place when the memory is seated properly

If we boot up, and the computer cannot find the C: drive, we might have a bad hard drive.
If you have another computer, swap hard drives to diagnose the problem. If your computer boots with the other drive, yours is probably bad.
Sometimes, a reboot will work. Your drive might have enough life to spin up occasionally. If this works, transfer your data to another drive, pronto.
According to techie lore, you can seal a nonworking drive in a bag and put it in a freezer overnight. That could shrink things enough to free them up. I've used this trick a few times and it's worth a try.
A regular backup regimen will save you in case of hard-drive failure, assuming you aren't backing up to the same hard drive. If the drive is dead and you don't have a backup, a computer shop may be able to save your data.
Hard drives are cheap. Get one boxed for retail, which will include instructions and any hardware needed.
Your hard drive is in the front of your machine. It will be about the size of a paperback book and is probably held in by four screws, two on each side. Power and ribbon cables connect to the back.
Put the new drive in and install it as the master. Reconfigure the old drive as the slave. The instructions that come with the new drive should explain that. Boot the computer and install Windows on the new drive. If you're lucky, the computer will see the old drive (it will be D:). You can then transfer your data to the new drive.
Replacing a hard drive is more difficult than the other operations. However, if you pay to have the work done, it may not be cost effective. You might be better off buying a new machine. So if you are adventuresome, and you have the time, changing the hard drive may be worthwhile.

Monday, June 20, 2005

Navision 4 C/Side Solution Development

I have passed Navision 4 C/Side Solution Development
Date : 20 Jun 2005

Required score : 80%
My Score : 83%

Scored with percentage:
  • C/Al Programming 100%
  • Solution Design 87%
  • Solution Implementation 70%
  • Specific Programming Topic 88%
  • Development Scenario 71%

Authenticate this score report at http://www.pearsonvue.com/authenticate

Registration Number: 211915566

Validation Number: 844471413

Wednesday, June 01, 2005

Intel Socket 775 processors

After having a P3 Celeron 1.3 Ghz for over 3 years, I've decided to upgrade soon. Now, I'm aiming for 3Ghz as of right now, P4 is quite expensive...

After reading for several websites, I feel interested with Intel Pentium IV Socket 775.
Here are some points of it:
  • Socket 775 becomes a leading platform for Intel processors, but Socket 478 will be supported for a long time. However, all the novelties will in the first place be announced for Socket 775
  • LGA775 will become the world-first x86 desktop platform with DDR2 support
  • LGA775 processors will be marked using processor numbers instead of real clock rate. For example, today we'll test two such processors: Pentium 4 550 (3.4GHz) and Pentium 4 560 (3.6GHz).
  • Along with the new processors, the company announces two chipsets: Intel 915P Express and Intel 925X Express. The former is positioned for low and middle-end systems and supports both DDR2 and DDR. Intel 925X Express is designed for high-performance desktops and workstations and supports DDR2 only.
  • Both chipsets do not support AGP. Instead there's higher-speed PCI Express x16. For other devices the usual PCI backward compatibility is provided along with up to 4 x PCI Express 1x slots.

Let's look at their appearance here.







Socket 775 CPUs do not have pins. Instead they feature flat contact pads, while pins are in the socket. However, let's get back to the new socket and it's peculiarities and look at diagnostic readouts. This time, along with CPU-Z results we provide CPU Info tab of RightMark Memory Analyzer. The latter is not finished yet, but even in the state it is, it did a good job.






And again CPU-Z considers Prescott Socket 775 a server CPU! Actually all these screenshots just indicate that you shouldn't believe such software right after new announcements. While it won't mistake in clock rate, instruction sets and cache, CPU official names and core codenames might be a problem. Anyway, the latter are usually fixed within days after announcements.

to be continued...