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Regarding the AMR slot, the same thing could be said GIGABYTE GA-6RX-1 the Gigabyte as for the other candidates - the slot is superfluous for retail customers because there are no peripheral devices available for it.

In the event of a BIOS flash update failure or incorrect settings, it is possible to switch chips. GIGABYTE GA-6RX-1 board's very poor performance is a serious problem - it places last in practically all the benchmarks.


On the other hand, the long track length between the processor and the Northbridge chipset already GIGABYTE GA-6RX-1 at this problem. On the other hand, the board's integrated RAID controller and its hardware diagnostic LED display feature lead to GIGABYTE GA-6RX-1 better overall impression. As far as the CNR slot is concerned, the same holds true for the MSI board as well as all other test candidates furnished with this port - it's utterly useless.

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The most conspicuous GIGABYTE GA-6RX-1 of the AV30 is its integrated network capability. The six PCI slots, which offer space for numerous components, are another positive feature. The front side bus can be adjusted in a range between 66 and MHz. Overclocking is not an option on GIGABYTE GA-6RX-1 board.

However, the board does obtain good results in the benchmark tests - on average, the Shuttle AV30 places second. As for the CNR slot - we can only repeat once more that it is useless for end users. A handicap on Shuttle's AV30 board - in order to ensure that the graphics card sits properly, a capacitor has been placed in front of the GIGABYTE GA-6RX-1 lever. Removing the graphics card can spell disaster for the entire board.

Gigabyte GA-6RX Apollo Pro266 ATX

Cracking off the capacitor renders the entire board useless. The second Shuttle board in our test, the AV32, has been more intelligently designed and does not have a capacitor next to the AGP slot. The AGP graphics card's plastic mounting is a welcome feature, since it effectively prevents the graphics card from slipping out. The choice of integrating an ACR slot seems questionable, since a sixth PCI slot has been sacrificed to make room for it. In terms of general performance, this board pretty much stays in the middle of the pack. An additional network chip has been integrated into the board. Features such as a front side bus, which is adjustable in increments of 1 MHz, adjustable CPU core voltage and a variable clock multiplier, make the Soyo an excellent GIGABYTE GA-6RX-1 candidate.


In terms of performance, the board averages third in our benchmarks. The board's developers have focused more directly on the market by simply omitting unnecessary multimedia ports, which are available on the other test candidates. Some problems cropped up when we deleted the CMOS memory module in the test - afterwards, the board was no longer able to produce any sounds. It wasn't until we used a second Soyo board running an older BIOS GIGABYTE GA-6RX-1 that we managed to remedy the freeze-up. The only possibility of overclocking this kind of CPU is to pump up the front side bus. Two prerequisites must be met in order to overclock a P3 successfully and painlessly - the FSB should ideally be adjustable in increments of 1 MHz.

In addition, increasing your CPU core voltage in small increments of 0. Although Asus has a good reputation for stability and capability when overclocked, when compared to the other test candidates you can see that the Asus CUV we tested does not offer increments of 1 MHz for the entire FSB GIGABYTE GA-6RX-1. Bad DRAM 1 long and 8 short beeps: Video card error Invoking Beep Codes. If the computer is actually functioning and the computer beeps continuously, then there is a problem with a voltage on the power supply being incorrect or the CPU overheating. You have built your computer you switch it on and then nothing happens except a few beeps from the PC speaker. Frustration sets in as you try to figure out what is wrong with it. If you didn't already know the computer has already told you the problem. It can't speak of course but it can direct you to the problem. Its all in the beeps.

The BIOS can recognise when the problem occurs and sends a signal out to send a certain amount of beeps through the speaker.

GA-6RX-1 (rev. ) Motherboard - GIGABYTE Global

These beeps then tell you the location of the problem. Unfortunately not all the BIOS' use the same codes as each other. Cache memory will be disabled. Can be caused by a badly seated Graphics card. If you have re-seated it then check with another Graphics card in the board. Always check for loose components before sending the board back as this is the main cause of errors on the POST. This beep is one long beep and then GIGABYTE GA-6RX-1 short beeps. This indicates a graphics card problem. Any other beeps should be treated as a RAM problem first and then the board sent in to be inspected.


The reason that the Award BIOS only uses the beep code for display problems is that it tries to display the error on-screen if at all possible. If the BIOS cannot initiate the display adapter then this causes the BIOS to make the beep code for a display error, which must be corrected before GIGABYTE GA-6RX-1 other errors can be determined. Auto//*/*//*/* MHz FSB 4 x pin DDR DIMMs support up to 4GB of DDR/ SDRAM Supoorts RAID 0, RAID 1 (for GA-6RX only). Gigabyte GA-6RX Apollo Pro ATX Lately, in the motherboard market, the spotlight has mostly been on AMD platform 1 AGP Pro Slot.

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