1. It arrived and I powered it up to a high pitch whining sound. I emailed support and the guy asked me something about was it the power supply. I have no idea WHAT is causing this high pitch whine sound but at this point, since I have tinnitus in my left ear, I am about to throw the computer out the window.
2. How can the answer be improved?

High pitched whine back - EVGA GeForce GTX 750 I had this problem back in 2016, RMA the card and the new card had the same whine only not as loud. Went away after awhile and has been gone until last week when it came back.

'Intense' is the best phrase I can use to explain it because I'meters not really sure what it is definitely, whether it's i9000 Memory, GPU or Central processing unit.If I pan the camcorder in unity:A high pitched noise issues from the computér. The picosecond l begin panning the audio starts.

Halts the picosecond I end panning.If I start an unlimited loop: 2.0.0p247:016 x = 1= 12.0.0p247:017 while x places 'huzzah!' 2.0.0p247:019? endhuzzah!huzzah!huzzah!An similar high pitched sound can end up being heard.

I wear't believe it's the GPU credited to this easy experiment. Or any mónitor-weirdness (although thé audio does sound like one of those old CRT displays if you're aged enough to end up being young when those issues were about) The Central processing unit? Or maybe my SSD? lt's my initial SSD and the first period I've heard this noise.Should I end up being worried? Irrespective, what'beds causing this sound? I can't believe what would result in such high regularity vibrations.I built the Computer myself. Not enough high temperature substance on the CPU?

Just no concept what's heading on. Info:Processor Type QuadCore Intel Core i5-3570K, 3800 MHz (38 a 100)Motherboard Title Asus Maximus Sixth is v ExtremeFlash Memory Kind Samsung 21nmichael TLC NANDVideo Adaptér Asus HD7770. The two nearly all likely culprits are usually coils and capacitórs in the voItage converters in thé various switching setting power materials in the computer.Switching power items make use of coils to transform power efficiently from insight voltage amounts to output voltage amounts. The energy supply is applicable a increased voltage (elizabeth.h., 12V, not really extremely high voltage) to the coils connected to a lower voltage weight, like as the 1.2 volts or therefore utilized by the memory space or CPU. Thé high voltage leads to a present to build up in the coils. Then it disconnects thé high voltage fróm the coils. The collapsing permanent magnetic industry in the coils opposes adjustments in current, so the coil tries to pump present to its weight.

A diode from surface on the input aspect of the coil conducts, so current continues flowing to the insert after the high voltage insight is certainly disconnected. But the present actually flowing into the lower voltage result decays even more gradually than it was building up when the higher input voltage was applied. Hence, you get more present at lower voltage.

The output power can be always slightly much less than the input strength, but the conversion can be pretty effective.The permanent magnet industry in the coil acts on the present in the coil, creating an real mechanical force on the cable in the coil, like the force produced in any electric powered electric motor. Since the permanent magnet areas and currents are transforming, this leads to changing factors which can vibrate the cable of the coils. Power converter whine is certainly likely to be louder at heavier processing tons. Processors really do use more strength when they are usually hectic.Some capacitors furthermore perform. The voltage applied across the very slim insulator in the capacitor psychologically squeezes the insuIator, compressing the capacitór. Ceramic capacitors make use of piezoelectric components between conductors and actually store power as mechanised stress.

This effect is used to create beeping noises in some electronic devices, like as the béeper in a microwavé stove that tells you that your popcorn will be scorched into inedibIe charred fluff.lf your screen uses frosty cathode florescent backlight, there will be a very similar converter to transform to a really high voltage (e.gary the gadget guy., 1200V) at a really low present. If this converter is usually the noise maker, transforming screen lighting may have an effect on the quantity of the sound.In one computer I experienced a several decades ago the sound card picked up electronic sound from the various parts in the computer. It has been just audible at high quantity amounts, but it had been the limiting aspect of the dynamic range of the sound card. Storage activity had been a huge aspect in the digital hash owing to the large present surges when the disc heads shifted.

If hash in the sound card is certainly the sound source, decreasing the output volume should affect the volume of the whiné. As some óf the additional answers recommend, this shows up to be coil whine. I sometimes experience the exact same concern and had been determined to find out what the trigger was. I eliminated my Sámsung SSD830 and attached it hanging from an eSATA cable outside the machine so I could place my hearing next to it.It was the hard disk.I was a little bit confused by this, seeing as there are usually no relocating components in an SSD. I wrote a CPU bound program to recreate this behavior and could notice that the HD was nonproductive during the run. This confused me more.

Nevertheless, it changed out that this behavior demonstrated itself only when the laptop PSU had been disconnected and the machine was operating from battery pack only.It may become that when CPU load boosts, there can be not plenty of current accessible to power up all elements without a voItage sag in anothér component, hence leading to the behavior you have experienced. Powerful GPUs and CPUs desire present like a, só it may be you need a higher-ratéd PSU to provide enough present during insert spikes.NoteThis is certainly all conjecture and just centered on guesses, so don't move and buy another PSU without credit reporting the supply yourself. This may however help you track down the supply of the concern. If its heading to end up being anything, I would put my money on the CPU.The fact that you have got eliminated your GPU results in you with Processor, Ram memory, SSD, FANS.I doubt its Ram memory - you're hardly filling it at án obsurdly high price actually with your unlimited loopSame goes for HDD. The refinement function you are doing is certainly CPU rigorous, not really HDD strenuous.Its probable that your followers are re-writing up and a bad bearing is certainly causing you horrible noise. 1 for stating CPU is certainly most likely applicant, after ruling out RAM and some additional things.

Have got you ever heard high pitched RAM? There are usually points to appear at, There could end up being coils on a images cards. You write 'Its probable that your fans are spinning up and a bad bearing is usually leading to you horrible noise' Enthusiasts put on't also create high pitched sounds. It noises like you're also just detailing points with certainly no encounter of what can make noises(various other than fans you have noticed, but they're not really high pitched).-May 30 '14 at 16:00.