Thanks for the pointers. I do have the module loaded so problems are not with that. Since beep is not an allocated group I chose to make that group and add my user to it. Using the second rule allows my background process to run beep. Would I be better off just adding my user to the input group?

I am encountering the same issue.

Before some recent update, I could use "sudo beep" from an account to use the system speaker.

Now I get the error message mentioned above.

I tried the following according to the wiki to no avail:


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Except for Dell and Mac, your computer or motherboard manufacturer is not the BIOS manufacturer. Determine the BIOS manufacturer for your computer's motherboard, then select the appropriate link below for beep code meanings.

On startup, computers perform a Power-on Self Test, commonly referred to as a POST. If problems are found while booting, you can usually diagnose them using the error codes displayed on the screen. However, if nothing displays on the screen, the computer might use sounds (that is, beep codes) to tell you what is wrong. Many of these errors indicate hardware problems that a service technician should fix. However, some errors are easily fixed. For example, keyboard controller errors often mean that your keyboard isn't plugged in.

I am using PrusaLink with my two MK3S+ printers, and a Raspberry Pi Zero W on each one. PrusaLink works flawlessly, except they randomly lose an internet connection for a second or two, and beep that there is an error. The error resolves itself, but the constant beeping throughout the day and night is irritating. Is there any way to turn off the beep when there is a connection error?

Thank you. This is a bug caused by two things. PrusaLink reports each dropped connection and the Connect backend is dropping those for some reason. We're searching for a fix on the latter one. In Link, I've added a workaround, to silence these for 10s. If the issue dissapears in this time, It won't make the printer beep. Coming in the next RC, hopefully soon.

this is what i do Tojik but as you wrote we have no news if filament run out or any other important beep !! Anyway it's weird , as some days i have a few beep and some other day i have 1 every mn or less !!

Thank you very much for the good news. In 99% of cases, the printer displays the message "errors resolved" I'm going to upgrade to MK3.5 soon and maybe buy MK4 right away. Replacing RPI with LAN connectivity is another good reason.

I built a new computer and used the gigabyte z490 ultra motherboard also got my hands on the rtx 3080 when I started up the computer I was met with 5 semi long beeps from the motherboard and then the vga led on the motherboard came on. However the pc started up fine and everything seemed to be running.

I looked over the gigabyte beep codes and 5 beeps meant cpu error however my cpu seemed to be running fine and getting picked up fine I tried everything removing ram, changing bios settings (one setting i changed enabling CSM meant i had a completely different beep code) only to find out 4 days later that its simply a conflict with the new graphics cards and the mobo.

Long story short if the graphics card doesn't pick up a signal from your monitors it lets out these 5 beeps don't stress just reset the computer and make sure your monitors are on and you will find this time it will start up with the normal 1 beep and no vga light.

This seems like something gigabyte should look into as the 5 beeps meaning 2 different things is really confusing and had me panicking my new cpu was faulty. I have seen a few others posting about this same issue and I dont think this answer has been put forward so I'm posting it to help anyone in the same boat I was.

Running sudo beep does not work, as expected. After a little bit of research, I have found that no beep group is existent on the system, as expected by the man page. I have tried reinstalling and reconfiguring without success.

To make things even stranger, beep works during boot via rc.local; at some point, however, it stops working and returns the error, thus breaking my rc.local-routine. Also, this command works just fine:

For clarification: I am running a headless home server that is not connected to any speakers; the simple noise-making-speaker is used for simple feedback during boot and if errors occur that require intervention. My setup used to work fine under Ubuntu Server 18.04 LTS.

Dell has a long tradition of building diagnostic indicators into our computers. These indicators can be useful in helping to diagnose and resolve any issues that your personal computer might experience while starting up. I have given a guide to the various codes for each family of desktop below.


If the display cannot show any errors that your computer might emit a series of beeps during start-up.

After each beep and each set of beeps, the BIOS should detect if the user presses the power button. If so, the BIOS jumps out from looping and performs the normal shutdown process and turn off the computer.

When booting my computer, the GPU (NVidia GeForce GTX 1070 Founders Edition) emits 4 beeps (1 long, 3 short) and produces no video output. As far as I can tell, the rest of the booting sequence works correctly.

There can be a bad streak of boots in error and then, the following day, everything works fine.There seems to have been an evolution in trends however, and getting the computer to boot properly seems increasingly difficult. Two years back, when I moved, it mainly worked OK and then, for a week, I had issues.

I worry about the fact that this error is not an "always" thing, and that the frequency seems to be increasing. I see many posts about a power issue or the GPU being badly connected, but I fail to understand how this could be my case and still boot sometimes.

Due to the amount of beep codes a PC can give, there are many questions on Super User about beep codes! I'm hoping this post will help to provide a community answer about all (dare I say all?) beep codes, with my fictional question.

A beep code is the audio signal given out by a computer to announce the result of a short diagnostic testing sequence the computer performs when first powering up (called the Power-On-Self-Test or POST ). The POST is a small program contained in the computer's Basic Input/Output Operating System ( BIOS ) that checks to make sure necessary hardware is present and required memory is accessible. If everything tests out correctly, the computer will typically emit a single beep and continue the starting-up process. If something is wrong, the computer will display an error message on the monitor screen and announce the errors audibly with a series of beeps that vary in pitch, number and duration (this is especially useful when the error exists with the monitor or graphic components). The beeping sequence is really a coded message (beep code) designed to tell the user what is wrong with the computer.

There is no official standard for beep codes; audio patterns vary according to the manufacturer of the computer's BIOS program. If an error message is beeped on startup, the user must first determine what kind of BIOS the computer is running (Phoenix or AMI are the most popular) and use that information to look up the particular beep code sequence that is being sent. BIOS information and beep code interpretations can be found in the manual that comes with the computer and on the manufacturer's Web site.

A beep code is the audio signal from a computer when it first powers on to give the Power-On Self-Test (POST) result. Typically, one short beep means that it passed the test successfully or a series of beeps means that something is wrong with the computer hardware. The location of the hardware fault is given by the pattern of the beeps. It may also be called the POST code.

When a computer powers on, the motherboard BIOS or UEFI performs a short test called POST. The POST determines if the hardware is complete and healthy enough to begin running more complicated code on the CPU and start showing an output on the screen. If it passes the test, the computer will usually emit one short beep and continue with the remainder of the boot sequence. Sometimes if the computer passes the vital tests but fails a minor one, such as having no keyboard or a missing case fan, the computer will emit a long beep and display an error but allow the boot to continue.

If the computer fails a major part of the POST, it may not be able to output a video signal to the screen. To alert the user and to indicate where it detected the problem, it will emit a patterned series of beeps. These beeps are similar to Morse code, hence the term beep code. Most computers will use a series consisting of short and long beeps with a long pause to indicate the end of the sequence. Sometimes the front power LED will flash in the same pattern. The location of the hardware fault can be determined by counting the beeps and consulting a data table provided by the manufacturer.

A beep code indicates that there is something wrong with the computer hardware. If anything was recently added or removed from the computer, more than likely the problem is with the new component. Removing or reseating the new hardware will typically resolve the issue.

If nothing was recently changed with the computer hardware, the beep code will be more difficult to troubleshoot. It is recommended to check for signs of damage such as burn marks or the smell of smoke before trying again. If there is no obvious damage, count the number and pattern of beeps in the beep code. Consult the motherboard BIOS documentation for the list of beep code meanings.

I have an old HP Z800 workstation. I've enabled the Compute for PCIe-16 slots and now it's not booting anymore. It beeps 6 times and pause then beep again. There is no LED light on the power button. Here's what I have done so far to troubleshoot this error and it still beeps 6 times.


I don't even get past POST. It starts beeping right after I press the power button. I'm not sure what else to test. I've also posted this same issue on HP forum but not one seems to have an idea. This Z800 was working fine until I try to install a Samsung 970 EVO SSD 1TB - M.2 NVMe and it wasn't detecting it as a boot drive. However, now, I can't even boot the computer anymore. Any help is much appreciated.

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