Intel motherboards beep codes
Beep symbolizes – Inconsistency in your computer system. Different pattern of beep Indicate different problems. If you know about the beep pattern, than you can easily sort out the problems and resolve it easily by implementing the given solution of beeps problem.
| Number of beeps | Indication |
|---|---|
| 1 beep | Refresh error |
| 2 beeps | Parity error |
| 3 beeps | Base 64 k memory error |
| 4 beeps | Timer not operational |
| 5 beeps | Processor error |
| 6 beeps | 8042 gate A20 failure |
| 7 beeps | Processor execution interrupt error |
| 8 beeps | Display memory read/write failure |
| 9 beeps | Rom checksum error |
| 10 beeps | CMOS shutdown register read/write error |
| 11 beeps | Cache memory bad |
Solution of beeps problem
1,2 & 3 beeps -
1st step -remove the memory (RAM) from the slots of the motherboard.
2nd step -clean ram slot and ram with the soft brush and fix them in a proper way. If, the same problem occurs then applying next step.
3rd step -if your motherboard having, like more than 4 or 4 slots and 2 ram then remove both of the ram from the slots and check them by fitting them on different slots 1 ram at a time at a different slot and than check by using 2 ram . if ,the same problem reoccurs then applying next step.
4th step -Check power supply if any fluctuation is occur than replace the power supply. if, the same problem reoccurs then apply next step. If, the same problem reoccurs then implement next step.
5th step – if the number of ram fitting on a motherboard is more than 1 ram then check the FSB of the different rams.
6th step -if the problem occurs than motherboard is faulty.
4 beeps -
this problem mainly occur due to short-circuit .check the motherboard if , motherboard is touches with the body of the cabinet than you have to remove properly all the screws of the cabinet which is mounts the motherboard on the cabinet than tight motherboard in a proper way and ensure that the screws are not too tight.
5 beeps-
1st step -Follow above process
2nd step – the processor is seated properly.
3rd step – Remove the desktop board from the chassis and reinstall it.
6 beeps-
1st step -Check for foreign objects such as screws that may ground the desktop board and make sure the screws that hold the motherboard are not too tight.
2nd step-check keyboard is properly fixed on the motherboard socket or not & the second possibility is the keyboard is faulty.
7 beeps-
1st step – the processor is seated properly.
2nd step – try different processor.
8 beeps-
1st step – Make sure that you have a video card on your system.
2nd step – If possible, swap the memory on the video card.
3rd step – Try a different video card.
9 beeps-
1st step – relishing the system BIOS.
2nd step -reseating the system BIOS chip.
10 beeps -
Motherboard is faulty.
11 beeps-
1st step – Make sure the system is configured properly (CMOS Setup Program and jumpers on the board) for the RAM cache.
2nd step -If possible, replace the RAM cache.
note – if problem occurs & then Try a different desktop board

the above comment z made by PRAVEEN KR. SHARMA